mhurhangee/ep-ind-claims huggingface dataset:
A phase shift mask, comprising: a transparent substrate which includes a scribe line region, a peripheral edge region surrounded by said scribe line region, and an integrated circuit region surrounded by said peripheral edge region and having rectangular shape; a phase shifter film formed in said scribe line region, said peripheral edge region, and said integrated circuit region on said transparent substrate; a light shield film formed in said scribe line region and in only a part of said peripheral edge region on said transparent substrate; and a main wall part pattern located in said light shield film of said peripheral edge region and surrounding said integrated circuit region, wherein an area covered with said light shield film protrudes toward four corners of said integrated circuit region at four corners of said peripheral edge region. a transparent substrate which includes a scribe line region, a peripheral edge region surrounded by said scribe line region, and an integrated circuit region surrounded by said peripheral edge region and having rectangular shape; a phase shifter film formed in said scribe line region, said peripheral edge region, and said integrated circuit region on said transparent substrate; a light shield film formed in said scribe line region and in only a part of said peripheral edge region on said transparent substrate; and a main wall part pattern located in said light shield film of said peripheral edge region and surrounding said integrated circuit region, wherein an area covered with said light shield film protrudes toward four corners of said integrated circuit region at four corners of said peripheral edge region.
A solid-state image pickup apparatus comprising: a pixel array including a plurality of first pixels in which an On Chip Lens of a standard size in a plan view is formed, at least one second pixel in which an On Chip Lens of a size different from the standard size in a plan view is formed, and at least one third pixel adjacent to the at least one second pixel in which a shape of the On Chip Lens is deformed from an original standard size among the plurality of first pixels on the pixel array; and a correction section configured to correct a color signal of the at least one third pixel to account for a change in sensitivity due to the deformed On Chip Lens. a pixel array including a plurality of first pixels in which an On Chip Lens of a standard size in a plan view is formed, at least one second pixel in which an On Chip Lens of a size different from the standard size in a plan view is formed, and at least one third pixel adjacent to the at least one second pixel in which a shape of the On Chip Lens is deformed from an original standard size among the plurality of first pixels on the pixel array; and a correction section configured to correct a color signal of the at least one third pixel to account for a change in sensitivity due to the deformed On Chip Lens.
An energy unit comprising: a housing; a power source mounted in or on the housing and configured to provide electricity; a fluid chamber in the housing configured to hold a volume of fluid; an electrolysis element in the housing electrically connected to the power source and in fluid communication with the fluid chamber, the electrolysis chamber configured and operable to break the fluid down and to provide hydrogen gas; a hydrogen storage element in the housing connected to the electrolysis element and configure to store hydrogen in solid form by absorbing the hydrogen in a metal hydride material; and a fuel cell in the housing, connected to the hydrogen storage element and operable to generate electricity using at least hydrogen supplied from the hydrogen storage element; characterized by a vibrating element configured to reciprocate a ram head at a resonance frequency of the metal hydride material for causing vibration in a crystalline lattice of the metal hydride while the ram head physically pushes the hydrogen into the metal hydride material. a housing; a power source mounted in or on the housing and configured to provide electricity; a fluid chamber in the housing configured to hold a volume of fluid; an electrolysis element in the housing electrically connected to the power source and in fluid communication with the fluid chamber, the electrolysis chamber configured and operable to break the fluid down and to provide hydrogen gas; a hydrogen storage element in the housing connected to the electrolysis element and configure to store hydrogen in solid form by absorbing the hydrogen in a metal hydride material; and a fuel cell in the housing, connected to the hydrogen storage element and operable to generate electricity using at least hydrogen supplied from the hydrogen storage element; characterized by a vibrating element configured to reciprocate a ram head at a resonance frequency of the metal hydride material for causing vibration in a crystalline lattice of the metal hydride while the ram head physically pushes the hydrogen into the metal hydride material.
A laminated adhesive sheet for skin comprising a skin adhesion layer, an intermediate layer, a protective adhesion layer, and a highly stretchable support laminated in this order, wherein the skin adhesion layer contains an acrylic adhesive agent or a urethane adhesive agent, wherein the highly stretchable support is made of a polyurethane film, an ethylene vinyl acetate film, a urethane non-woven fabric, or a polyester non-woven fabric, wherein the protective adhesion layer contains a rubber adhesive agent, wherein the intermediate layer is made of a polyurethane film or an ethylene vinyl acetate film, the laminated adhesive sheet having a water-vapor permeation rate of 200 g/m 2• 24 h or less. wherein the skin adhesion layer contains an acrylic adhesive agent or a urethane adhesive agent, wherein the highly stretchable support is made of a polyurethane film, an ethylene vinyl acetate film, a urethane non-woven fabric, or a polyester non-woven fabric, wherein the protective adhesion layer contains a rubber adhesive agent, wherein the intermediate layer is made of a polyurethane film or an ethylene vinyl acetate film, the laminated adhesive sheet having a water-vapor permeation rate of 200 g/m 2• 24 h or less.
An encapsulating film, comprising: a first layer that consists of a resin component, a tackifier and a moisture scavenger, said resin component having a contact angle of deionized water of 108 degrees, a water vapor transmission rate of 7.8 g/m 2 ·day and a glass transition temperature after curing of -60 °C; and a second layer including a curable resin composition of a silane-modified epoxy resin and a phenoxy resin in a weight ratio of 20/15, wherein the water vapor transmission rate is measured in a thickness direction at 37.8°C (100 °F) and a relative humidity of 100% by forming a film having a thickness of 100 μm using the component, and the resin component of the first layer being a base resin of a polyisobutene resin and a maleic acid anhydride-grafted styrene-ethylene-butadiene-styrene block copolymer (MA-SEBS) included at 7.1 parts by weight with respect to 100 parts by weight of the base resin, the first layer further comprising a tackifier consisting of a hydrogenated dicyclopentadiene-based resin included at 42.9 parts by weight with respect to 100 parts by weight of the base resin, and a moisture scavenger consisting of calcined dolomite solution in toluene with stearic acid included at 30 parts by weight with respect to 100 parts by weight of the base resin, the thickness of the first layer being 40 μm, and the thickness of the second layer being 15 μm, and the contact angle of deionized water being measured according to the method defined in "section 1. Measurement of Contact Angle" of the description. a first layer that consists of a resin component, a tackifier and a moisture scavenger, said resin component having a contact angle of deionized water of 108 degrees, a water vapor transmission rate of 7.8 g/m 2 ·day and a glass transition temperature after curing of -60 °C; and a second layer including a curable resin composition of a silane-modified epoxy resin and a phenoxy resin in a weight ratio of 20/15, wherein the water vapor transmission rate is measured in a thickness direction at 37.8°C (100 °F) and a relative humidity of 100% by forming a film having a thickness of 100 μm using the component, and the resin component of the first layer being a base resin of a polyisobutene resin and a maleic acid anhydride-grafted styrene-ethylene-butadiene-styrene block copolymer (MA-SEBS) included at 7.1 parts by weight with respect to 100 parts by weight of the base resin, the first layer further comprising a tackifier consisting of a hydrogenated dicyclopentadiene-based resin included at 42.9 parts by weight with respect to 100 parts by weight of the base resin, and a moisture scavenger consisting of calcined dolomite solution in toluene with stearic acid included at 30 parts by weight with respect to 100 parts by weight of the base resin, the thickness of the first layer being 40 μm, and the thickness of the second layer being 15 μm, and the contact angle of deionized water being measured according to the method defined in "section 1. Measurement of Contact Angle" of the description.
A tensioner comprising: a base; a ring engaged with the base, the ring rotatable about a center "C" within a base opening, a pulley journalled to the ring; a pivot arm pivotally engaged with the ring, a pulley journalled to the pivot arm; a torsion spring disposed between the ring and the pivot arm for urging the pivot arm; a damping assembly comprising a damping material frictionally disposed between the base and the ring, a spring applying a normal load to the damping material; and characterized by: a bushing disposed between the ring and the base to facilitate rotational movement of the ring; the damping material having an electrical resistance in the range of greater than 0Ω up to 10,000Ω, wherein the damping material comprises stainless steel fibers, wherein the stainless steel fibers comprise by weight 3% to 5% of the damping material, wherein the damping assembly further comprises a metallic backing plate. a base; a ring engaged with the base, the ring rotatable about a center "C" within a base opening, a pulley journalled to the ring; a pivot arm pivotally engaged with the ring, a pulley journalled to the pivot arm; a torsion spring disposed between the ring and the pivot arm for urging the pivot arm; a damping assembly comprising a damping material frictionally disposed between the base and the ring, a spring applying a normal load to the damping material; and characterized by: a bushing disposed between the ring and the base to facilitate rotational movement of the ring; the damping material having an electrical resistance in the range of greater than 0Ω up to 10,000Ω, wherein the damping material comprises stainless steel fibers, wherein the stainless steel fibers comprise by weight 3% to 5% of the damping material, wherein the damping assembly further comprises a metallic backing plate. a bushing disposed between the ring and the base to facilitate rotational movement of the ring; the damping material having an electrical resistance in the range of greater than 0Ω up to 10,000Ω, wherein the damping material comprises stainless steel fibers, wherein the stainless steel fibers comprise by weight 3% to 5% of the damping material, wherein the damping assembly further comprises a metallic backing plate.
A catheter, comprising: proximal and distal shafts respectively having proximal and distal end regions, wherein the distal end of the proximal shaft and the proximal end of the distal shaft are connected to each other, the proximal end of the proximal shaft is connected to a hub for holding the catheter, at least part of the distal shaft has an internal shaft and an external shaft enclosing the internal shaft coaxially, the internal shaft extends out of the external shaft toward the distal side, the lumen of the internal shaft forms a guide wire lumen, a projection formed on on external surface of said internal shaft and a diameter-reducing protuberance formed on an internal surface of said external shaft are in contact with each other, so as to prohibit the relative movement of the external and internal shafts when an insertion force at a particular intensity or more is applied to the catheter, said projection is placed to the distal side of said diameter-reducing protuberance, characterized in that said projection and diameter-reducing protuberance are provided at the proximal end of a balloon-expandable region. proximal and distal shafts respectively having proximal and distal end regions, wherein the distal end of the proximal shaft and the proximal end of the distal shaft are connected to each other, the proximal end of the proximal shaft is connected to a hub for holding the catheter, at least part of the distal shaft has an internal shaft and an external shaft enclosing the internal shaft coaxially, the internal shaft extends out of the external shaft toward the distal side, the lumen of the internal shaft forms a guide wire lumen, a projection formed on on external surface of said internal shaft and a diameter-reducing protuberance formed on an internal surface of said external shaft are in contact with each other, so as to prohibit the relative movement of the external and internal shafts when an insertion force at a particular intensity or more is applied to the catheter, said projection is placed to the distal side of said diameter-reducing protuberance,
A sealing module including at least one sealing element assembly (41, 42) and a means for attaching the said sealing module situated at the level of a corner defined by the junction of all or a portion of the sealing elements (41, 42) converging toward one another, characterized in that it includes a base forming a part of the said corner, and an insert intended for the attaching of the said sealing module on a dedicated support, the said insert including a spacer projecting from which there extends axially an indexing drum with respect to the said dedicated support and radially a branch connecting the spacer to the base.
A tool, comprising: a. a tool portion (11; 31), comprising a tool element (31, 32); b. a light source capable of illuminating a tool portion (11; 31) of the tool or a receptacle for detachably engaging a removable light source capable of illuminating a tool portion of the tool; and c. a connector for matingly engaging an engaging element disposed on a distal end of a pole at an angle relative to a longitudinal axis of the tool portion (11; 31); wherein the connector comprises a fitting comprising a metal casting that, at one end, has a bore into which the distal end of a pole can be inserted and secured thereto and comprising a set of spaced teeth arrayed about a circular arc, and comprises a complementary fitting on the tool portion (11; 31) and proximate the one fitting and comprising a set of spaced teeth, wherein the teeth of the one fitting fall into gaps disposed between the teeth of the complementary fitting. a. a tool portion (11; 31), comprising a tool element (31, 32); b. a light source capable of illuminating a tool portion (11; 31) of the tool or a receptacle for detachably engaging a removable light source capable of illuminating a tool portion of the tool; and c. a connector for matingly engaging an engaging element disposed on a distal end of a pole at an angle relative to a longitudinal axis of the tool portion (11; 31);
A position sensor (1a-1d) for a bearing arrangement, the position sensor (1a-1d) comprising: at least one shaft or bearing ring (2a-2e); an inductive sensor (4a-4e); a composite marking ring (6a-6d) connected to the at least one shaft or bearing ring (2a-2e), spaced apart from and aligned with the inductive sensor (4a-4e), the composite marking ring (6a-6d) including a ferrous material ring having a wavy surface (10a-10d) with a plurality of projections (12a-12d) with valleys (14a-14d) therebetween facing the inductive sensor (4a-4e), such that the inductive sensor (4a-4e) detects a rotational angle position of the at least one shaft or bearing ring (2a-2e) based on a proximity of the wavy surface (10a-10d) to the inductive sensor (4a-4e), and an outer layer formed of a filler material arranged at least on the wavy surface (10a-10d) of the ferrous material ring, the filler material comprises a non-ferrous material and the outer layer (16a-16d) provides a constant predetermined spacing between the composite marking ring (6a-6d) and the inductive sensor (4a-4e). at least one shaft or bearing ring (2a-2e); an inductive sensor (4a-4e); a composite marking ring (6a-6d) connected to the at least one shaft or bearing ring (2a-2e), spaced apart from and aligned with the inductive sensor (4a-4e), the composite marking ring (6a-6d) including a ferrous material ring having a wavy surface (10a-10d) with a plurality of projections (12a-12d) with valleys (14a-14d) therebetween facing the inductive sensor (4a-4e), such that the inductive sensor (4a-4e) detects a rotational angle position of the at least one shaft or bearing ring (2a-2e) based on a proximity of the wavy surface (10a-10d) to the inductive sensor (4a-4e), and an outer layer formed of a filler material arranged at least on the wavy surface (10a-10d) of the ferrous material ring, the filler material comprises a non-ferrous material and the outer layer (16a-16d) provides a constant predetermined spacing between the composite marking ring (6a-6d) and the inductive sensor (4a-4e).
Ball bearing for a timepiece movement, comprising an outer ring in which are machined a first surface and a second surface facing each other forming a channel in which spherical balls roll, a concentric inner ring body inside of said outer ring and having a third surface resting on said balls, a retaining ring having a fourth surface resting on said balls and facing the third surface, characterized in that the inner ring body comprises a lip deformable against the retaining ring for fixedly uniting said retaining ring and said inner ring body when the lip is deformed; and in that the inner ring comprises an upper surface and a lower surface in a plane perpendicular to the axis of the bearing, and wherein the lip is formed adjacent to the diameter onto which the retaining ring slots by a circular groove, the top of the lip being in the same plane as that of said lower surface.
Screw cartridge auxiliary device for a motor-driven screwing device for screwing in screws, having a main body, which can be coupled to a screwing device by means of a coupling device, and having a tool guide for guiding a screwing device tool, which can be driven by the screwing device, said screwing device tool having a carriage, which can be supported against a workpiece, and is slidably guided on a carriage guide of the main body along a carriage displacement axis, on which carriage a cartridge guide is arranged for guiding a strip-shaped screw cartridge providing the screws, wherein a feed device having a feed pawl member is arranged on the carriage for pre-feeding the screw cartridge, said feed pawl member engaging in the screw cartridge through a feed gear cooperating with the main body at a displacement stroke of the carriage with respect to the main body, and pre-feeding this screw cartridge, and wherein the feed pawl member is pivotably mounted about a pawl pivot axis transversely, in particular perpendicularly transversely, to the carriage displacement axis on a bearing arrangement of the carriage, pivoting between an engagement position, in which the feed pawl member engages in the screw cartridge, and a release position, in which the feed pawl member disengages from the screw cartridge, characterised in that the feed pawl member has at least one operating handle for manual actuation between the engagement position and the release position.
A method for providing sound to at least one user, comprising: capturing audio signals and transforming the audio signals into audio data, transmitting audio data, by applying a digital modulation scheme, via a digital wireless link (12, 212) from a transmission unit (10,110,210) to at least one receiver unit; generating audio signals from the received audio data; and stimulating the hearing of the user(s) according to audio signals supplied from the receiver unit; wherein the audio data is transmitted as audio data packets in separate slots of a TDMA frame structure, wherein the transmission unit and the receiver unit(s) are synchronized to form a wireless network comprising at least the transmission unit and the receiver unit(s) as synchronized network members, wherein each of said TDMA frame structure comprises at least one listening slot during which none of the synchronized network members is allowed, to transmit data while at least one of the synchronized network members listens, and wherein control data is transmitted from an external control device, which is not a synchronized network member, according to a sequence pattern selected according to the duration and periodicity (t delta) of the listening slot(s) in order to be received by the at least one of the synchronized network members during said listening slot(s). capturing audio signals and transforming the audio signals into audio data, transmitting audio data, by applying a digital modulation scheme, via a digital wireless link (12, 212) from a transmission unit (10,110,210) to at least one receiver unit; generating audio signals from the received audio data; and stimulating the hearing of the user(s) according to audio signals supplied from the receiver unit; wherein the audio data is transmitted as audio data packets in separate slots of a TDMA frame structure, wherein the transmission unit and the receiver unit(s) are synchronized to form a wireless network comprising at least the transmission unit and the receiver unit(s) as synchronized network members, wherein each of said TDMA frame structure comprises at least one listening slot during which none of the synchronized network members is allowed, to transmit data while at least one of the synchronized network members listens, and wherein control data is transmitted from an external control device, which is not a synchronized network member, according to a sequence pattern selected according to the duration and periodicity (t delta) of the listening slot(s) in order to be received by the at least one of the synchronized network members during said listening slot(s).
Windscreen wiper device for a vehicle, capable of being mounted through the glazed wall of an opening panel delimiting an internal space and an external space, said device comprising an internal motor having an internal transmission casing, said motor actuating a driveshaft guided in said transmission casing, the free outer end of said shaft being able to receive the wiper arm, said shaft at the output of said casing being housed at least partly in a sleeve that can extend from said casing to the outside of the glazed wall of the opening panel, by passing through a through-hole produced in the glazed wall, said sleeve being fitted geometrically in its distal part over the outer face of said casing and sealed with at least one sealing member with respect to the driveshaft and with at least one outer sealing member with respect to said wall of the vehicle, said sleeve having, at its outer proximal end, a control for manoeuvring the opening panel, characterized in that said sleeve, at its outer proximal end, has a flange of which a portion is extended by said control for manoeuvring the opening panel.