mhurhangee/ep-ind-claims huggingface dataset:
An antenna arrangement comprising a large loop antenna; an antenna circuitry electrically coupled to the large loop antenna; a first capacitance coupled in series with the large loop antenna and between the large loop antenna and a ground potential; and a second capacitance coupled between the ground potential and a common node between the large loop antenna and the antenna circuitry, characterized in that the antenna arrangement: further comprising a third capacitance coupled in series with the large loop antenna and between the large loop antenna and the antenna circuitry, and further comprising a fourth capacitance coupled between the ground potential and a common node between the large loop antenna and the third capacitance. a large loop antenna; an antenna circuitry electrically coupled to the large loop antenna; a first capacitance coupled in series with the large loop antenna and between the large loop antenna and a ground potential; and a second capacitance coupled between the ground potential and a common node between the large loop antenna and the antenna circuitry, characterized in that the antenna arrangement: further comprising a third capacitance coupled in series with the large loop antenna and between the large loop antenna and the antenna circuitry, and further comprising a fourth capacitance coupled between the ground potential and a common node between the large loop antenna and the third capacitance. further comprising a third capacitance coupled in series with the large loop antenna and between the large loop antenna and the antenna circuitry, and further comprising a fourth capacitance coupled between the ground potential and a common node between the large loop antenna and the third capacitance.
A process for the preparation of 2-phenyl ethanol using Pd salt on a basic support catalyst without calcination, wherein said process comprises the steps of: a. mixing styrene oxide, an organic solvent and Pd salt on basic support catalyst under stirring followed by flushing the reaction mixture with hydrogen gas at a temperature of 24 °C to 30 °C; b. pressurizing the reaction mixture as obtained in step (a) with hydrogen gas at 2.758-5.515 MPa (400-800 psig.) followed by stirring at a speed rate ranging between 800-1300 rpm at a temperature ranging between 24 °C to 30 °C for a period ranging between 1 h to 5 h, subsequently maintaining hydrogen pressure inside the reactor by intermittent supply of hydrogen gas; c. depressurizing the reaction mixture as obtained in step (b) at a temperature ranging between 24 °C to 30 °C; d. separating the catalyst Pd on a basic support which generates in situ from the reaction mixture as obtained in step (c) by decantation/filtration and obtaining 2-phenyl ethanol with organic solvent; e. distilling the solvent from 2-phenyl ethanol with organic solvent as obtained in step (d) to obtain solid 2-phenyl ethanol. a. mixing styrene oxide, an organic solvent and Pd salt on basic support catalyst under stirring followed by flushing the reaction mixture with hydrogen gas at a temperature of 24 °C to 30 °C; b. pressurizing the reaction mixture as obtained in step (a) with hydrogen gas at 2.758-5.515 MPa (400-800 psig.) followed by stirring at a speed rate ranging between 800-1300 rpm at a temperature ranging between 24 °C to 30 °C for a period ranging between 1 h to 5 h, subsequently maintaining hydrogen pressure inside the reactor by intermittent supply of hydrogen gas; c. depressurizing the reaction mixture as obtained in step (b) at a temperature ranging between 24 °C to 30 °C; d. separating the catalyst Pd on a basic support which generates in situ from the reaction mixture as obtained in step (c) by decantation/filtration and obtaining 2-phenyl ethanol with organic solvent; e. distilling the solvent from 2-phenyl ethanol with organic solvent as obtained in step (d) to obtain solid 2-phenyl ethanol.
An overvoltage protection device operable to provide protection against overvoltage events of positive and negative polarity, comprising: a horizontal NPN bipolar transistor structure defining: a first N-type region; a first P-type region; and a second N-type region; wherein the first N-type region is connected to a terminal, conductor or node that is to be protected against an overvoltage event, and the second N-type region is connected to a second node acting as reference voltage; and further comprising a first further P-type region formed within the first N-type region and electrically connected to the first node; characterized in that a field plate is in contact with the first P-type region, and the field plate overlaps with but is isolated from portions of the first and second N type regions, that the overvoltage protection device further comprises a first non-zero impedance connected to the first P-type region for controlling current flow therein once the protection device has become conducting, and by further comprising a second further P-type region formed within the second N-type region and connected to the second node. a horizontal NPN bipolar transistor structure defining: a first N-type region; a first P-type region; and a second N-type region; wherein the first N-type region is connected to a terminal, conductor or node that is to be protected against an overvoltage event, and the second N-type region is connected to a second node acting as reference voltage; and further comprising a first further P-type region formed within the first N-type region and electrically connected to the first node; a first N-type region; a first P-type region; and a second N-type region; wherein the first N-type region is connected to a terminal, conductor or node that is to be protected against an overvoltage event, and the second N-type region is connected to a second node acting as reference voltage; and further comprising a first further P-type region formed within the first N-type region and electrically connected to the first node; characterized in that a field plate is in contact with the first P-type region, and the field plate overlaps with but is isolated from portions of the first and second N type regions, that the overvoltage protection device further comprises a first non-zero impedance connected to the first P-type region for controlling current flow therein once the protection device has become conducting, and by further comprising a second further P-type region formed within the second N-type region and connected to the second node.
A cooking appliance comprising: a structural wall that at least partly delimits a cooking chamber in which food is receivable; and a heating module that comprises a heater and a fan arranged to circulate gas in the cooking chamber; wherein the heating module is arranged in the cooking chamber, and a fan motor is arranged outside the cooking chamber, characterized in that the structural wall is a non-metallic structural wall. a structural wall that at least partly delimits a cooking chamber in which food is receivable; and a heating module that comprises a heater and a fan arranged to circulate gas in the cooking chamber; wherein the heating module is arranged in the cooking chamber, and a fan motor is arranged outside the cooking chamber, characterized in that the structural wall is a non-metallic structural wall.
A process for the production of a substrate which process comprises the steps of: - providing a substrate comprising cellulosic fibres, - adding a solution comprising dissolved and/or partly dissolved cellulosic fibres to the surface of the substrate, - adding a regeneration solution to the surface of the substrate so that the dissolved and/or partly dissolved cellulosic fibres regenerates on the surface of the substrate, - drying the substrate. - providing a substrate comprising cellulosic fibres, - adding a solution comprising dissolved and/or partly dissolved cellulosic fibres to the surface of the substrate, - adding a regeneration solution to the surface of the substrate so that the dissolved and/or partly dissolved cellulosic fibres regenerates on the surface of the substrate, - drying the substrate.
A display device, comprising: a substrate which includes an active area including a plurality of sub pixels and a non-active including a gate driver, the substrate formed of one of a transparent conducting oxide layer and an oxide semiconductor layer and including a plurality of substrate patterns; a film member disposed below the substrate; an insulating layer disposed on the substrate; and an airgap disposed between the insulating layer and the film member; further comprises a plurality of first wiring lines disposed on a plurality of substrate patterns of the substrate in the non-active area, and a plurality of second wiring lines disposed on the plurality of substrate patterns in the non-active area; wherein in the non-active area, the plurality of substrate patterns are disposed in an area overlapping the first wiring lines or the second wiring lines, and the air gap is disposed in a remaining area. a substrate which includes an active area including a plurality of sub pixels and a non-active including a gate driver, the substrate formed of one of a transparent conducting oxide layer and an oxide semiconductor layer and including a plurality of substrate patterns; a film member disposed below the substrate; an insulating layer disposed on the substrate; and an airgap disposed between the insulating layer and the film member; further comprises a plurality of first wiring lines disposed on a plurality of substrate patterns of the substrate in the non-active area, and a plurality of second wiring lines disposed on the plurality of substrate patterns in the non-active area; wherein in the non-active area, the plurality of substrate patterns are disposed in an area overlapping the first wiring lines or the second wiring lines, and the air gap is disposed in a remaining area.
A label holder for attaching an electronic label to a support, which support comprises a supporting arm and a cross-piece arranged transversely to the supporting arm, said label holder comprising; - a label receiving portion, - a cross-piece receiving portion arranged to enclose at least a portion of the cross-piece and defining a first pivotal axis about which the label holder is pivotal in relation to the support, and - an angle adjusting portion, which is movable between at least two different positions and which is arranged to, in at least one of said positions, be supported by the support for maintaining the label receiving portion in a corresponding pivotal angle in relation to the support, characterized by a hinge by which said angle adjusting portion is pivotally connected to the label receiving portion, about a second pivotal axis, which is parallel to and separate from the first pivotal axis. - a label receiving portion, - a cross-piece receiving portion arranged to enclose at least a portion of the cross-piece and defining a first pivotal axis about which the label holder is pivotal in relation to the support, and - an angle adjusting portion, which is movable between at least two different positions and which is arranged to, in at least one of said positions, be supported by the support for maintaining the label receiving portion in a corresponding pivotal angle in relation to the support, characterized by a hinge by which said angle adjusting portion is pivotally connected to the label receiving portion, about a second pivotal axis, which is parallel to and separate from the first pivotal axis.
Container for a beverage or foodstuff preparation machine, the container for containing beverage or foodstuff material and comprising a code encoding preparation information, the code comprising a reference portion and a data portion: the reference portion comprising an arrangement of at least two reference units to define a reference line r, the data portion comprising a data unit, wherein the data unit is arranged on an encoding line D that intersects the reference line r, the data unit is arranged at a distance d from said intersection point as a variable to at least partially encode a parameter of the preparation information, whereby said encoding line D is circular and is arranged with a tangent thereto orthogonal the reference line r at said intersection point; wherein the data unit can occupy any continuous distance d from said intersection point along the encoding line D; wherein there are a plurality of data units each with a dedicated encoding line D intersecting the reference line r at a different position with a tangent thereto orthogonal at the point of intersection, whereby said encoding lines are concentrically arranged, wherein the reference portion comprises: a reference unit as a reference line orientation identifier, which is arranged at a centre of the circle defined by the encoding line D; a reference unit, which is arranged: at a greater radial position from said orientation identifier than the data units. the reference portion comprising an arrangement of at least two reference units to define a reference line r, the data portion comprising a data unit, wherein the data unit is arranged on an encoding line D that intersects the reference line r, the data unit is arranged at a distance d from said intersection point as a variable to at least partially encode a parameter of the preparation information, whereby said encoding line D is circular and is arranged with a tangent thereto orthogonal the reference line r at said intersection point; wherein the data unit can occupy any continuous distance d from said intersection point along the encoding line D; wherein there are a plurality of data units each with a dedicated encoding line D intersecting the reference line r at a different position with a tangent thereto orthogonal at the point of intersection, whereby said encoding lines are concentrically arranged, wherein the reference portion comprises: a reference unit as a reference line orientation identifier, which is arranged at a centre of the circle defined by the encoding line D; a reference unit, which is arranged: at a greater radial position from said orientation identifier than the data units.
An IR sensor apparatus comprising: a die having a base and a cap, the base having a first side and a second side, wherein the second side of the base is supported by a lead frame, and the cap having a top surface, the cap disposed on the first side of the base, the cap and base forming a void and covering an IR sensor disposed on the first side of the base; an IR opaque aperture layer on the top surface of the cap, the IR opaque aperture layer having an IR transmissive structure (36, 40) aligned with said IR sensor for controlling the field of view of said IR sensor; wherein the die is disposed in a mould compound flush with the top surface of the cap, such that the IR opaque aperture layer stands in relief of the top surface of the mould compound; and etched silicon focusing elements disposed on the top surface of the cap within the IR transmissive structure, the etched silicon focusing elements being aligned with the IR sensor, wherein the first and second sides of the base are substantially flat, such that the second side of the base conforms to an adjacent surface of the lead frame across the entire length of the base. a die having a base and a cap, the base having a first side and a second side, wherein the second side of the base is supported by a lead frame, and the cap having a top surface, the cap disposed on the first side of the base, the cap and base forming a void and covering an IR sensor disposed on the first side of the base; an IR opaque aperture layer on the top surface of the cap, the IR opaque aperture layer having an IR transmissive structure (36, 40) aligned with said IR sensor for controlling the field of view of said IR sensor; wherein the die is disposed in a mould compound flush with the top surface of the cap, such that the IR opaque aperture layer stands in relief of the top surface of the mould compound; and etched silicon focusing elements disposed on the top surface of the cap within the IR transmissive structure, the etched silicon focusing elements being aligned with the IR sensor, wherein the first and second sides of the base are substantially flat, such that the second side of the base conforms to an adjacent surface of the lead frame across the entire length of the base.
An embolic device, comprising: an elongate flat member having a longitudinal axis, a first side comprising a first side surface, and a second side comprising a second side surface, the first and second sides (4, 6) being reverse to each other with the first side surface and second side surface facing in opposite directions, the elongate flat member having an elongated constrained configuration for being deployed through a delivery catheter to targeted vascular site, and a three-dimensional unconstrained configuration, wherein in the three-dimensional unconstrained configuration, the elongate flat member assumes a plurality of successive loops in which the elongate flat member is at least partially twisted about its longitudinal axis between each loop of the plurality, characterized in that the first side surface faces externally of each loop, and the second side surface faces an interior of each loop, respectively, regardless of a change in direction and/or orientation of the elongate flat member, wherein the plurality of successive loops includes a first loop defining a first plane, a second loop defining a second plane that is not coplanar with the first plane, and a third loop defining a third plane that is not coplanar with either of the first and second planes. an elongate flat member having a longitudinal axis, a first side comprising a first side surface, and a second side comprising a second side surface, the first and second sides (4, 6) being reverse to each other with the first side surface and second side surface facing in opposite directions, the elongate flat member having an elongated constrained configuration for being deployed through a delivery catheter to targeted vascular site, and a three-dimensional unconstrained configuration, wherein in the three-dimensional unconstrained configuration, the elongate flat member assumes a plurality of successive loops in which the elongate flat member is at least partially twisted about its longitudinal axis between each loop of the plurality, characterized in that the first side surface faces externally of each loop, and the second side surface faces an interior of each loop, respectively, regardless of a change in direction and/or orientation of the elongate flat member, wherein the plurality of successive loops includes a first loop defining a first plane, a second loop defining a second plane that is not coplanar with the first plane, and a third loop defining a third plane that is not coplanar with either of the first and second planes.
A computer-implemented system for directing motorists to available parking spaces, comprising: an availability module to determine availability of a plurality of parking spaces; a location identification module to identify a street location of a dynamic parking sign comprising identifiers for at least one street; a direction determination module to determine a direction of each of the available parking spaces from the street location and to group the parking spaces by direction; a parking factor module to apply parking factors to the grouped available parking spaces and to select at least one of the groups of parking spaces that satisfy the parking factors; and a display module to display on a dynamic parking sign, the direction of the selected groups of parking spaces. an availability module to determine availability of a plurality of parking spaces; a location identification module to identify a street location of a dynamic parking sign comprising identifiers for at least one street; a direction determination module to determine a direction of each of the available parking spaces from the street location and to group the parking spaces by direction; a parking factor module to apply parking factors to the grouped available parking spaces and to select at least one of the groups of parking spaces that satisfy the parking factors; and a display module to display on a dynamic parking sign, the direction of the selected groups of parking spaces.
A method of forming a sporting implement comprising: placing a plurality of fibers in a cavity formed in a first portion of a mold, the mold having an inlet and an outlet; positioning a second portion of the mold in contact with the first portion such that the cavity cooperates with the second portion of the mold to define a chamber; mixing a first material with a second material to form a thermoplastic resin; injecting the thermoplastic resin into the chamber through the inlet; closing the inlet and the outlet; waiting until the thermoplastic resin has completely polymerized so as to form a fiber reinforced sporting element in the chamber; and removing the sporting element from the chamber; characterized in that the thermoplastic resin is injected into the chamber at a resin temperature of below approximately 50°C or between approximately 20°C and approximately 60°C. placing a plurality of fibers in a cavity formed in a first portion of a mold, the mold having an inlet and an outlet; positioning a second portion of the mold in contact with the first portion such that the cavity cooperates with the second portion of the mold to define a chamber; mixing a first material with a second material to form a thermoplastic resin; injecting the thermoplastic resin into the chamber through the inlet; closing the inlet and the outlet; waiting until the thermoplastic resin has completely polymerized so as to form a fiber reinforced sporting element in the chamber; and removing the sporting element from the chamber; characterized in that the thermoplastic resin is injected into the chamber at a resin temperature of below approximately 50°C or between approximately 20°C and approximately 60°C.
A reaction mixture for amplifying either HIV-1 M group nucleic acids or HIV-1 O group nucleic acids, comprising: (a) a first amplification primer comprising a first primer target-hybridizing sequence that independently hybridizes to a first strand of HIV-1 M group nucleic acids and a first strand of HIV-1 O group nucleic acids; (b) a second amplification primer comprising a second primer target-hybridizing sequence that hybridizes to an enzymatic extension product of said first amplification primer using as a template either said first strand of HIV M group nucleic acids or said first strand of HIV-1 O group nucleic acids; and (c) a molecular torch hybridization probe consisting of the sequence set forth in SEQ ID NO:24 and comprising an interactive pair of detectable labels, wherein said molecular torch hybridization probe hybridizes to an amplicon synthesized by the combined activity of said first amplification primer and said second amplification primer, wherein neither said first primer target-hybridizing sequence nor said second primer target-hybridizing sequence is fully complementary to said HIV-1 M group or HIV-1 O group nucleic acids or the complement thereof, and wherein said HIV-1 M group nucleic acids and HIV-1 O group nucleic acids amplify in the reaction mixture with substantially equal efficiency. (a) a first amplification primer comprising a first primer target-hybridizing sequence that independently hybridizes to a first strand of HIV-1 M group nucleic acids and a first strand of HIV-1 O group nucleic acids; (b) a second amplification primer comprising a second primer target-hybridizing sequence that hybridizes to an enzymatic extension product of said first amplification primer using as a template either said first strand of HIV M group nucleic acids or said first strand of HIV-1 O group nucleic acids; and (c) a molecular torch hybridization probe consisting of the sequence set forth in SEQ ID NO:24 and comprising an interactive pair of detectable labels, wherein said molecular torch hybridization probe hybridizes to an amplicon synthesized by the combined activity of said first amplification primer and said second amplification primer,