mhurhangee/ep-ind-claims huggingface dataset:
An optical system to present an image to an eye of a user, the system comprising: a waveguide configured to output collimated light towards an optically powered element comprising at least one holographic component to generate optical power; the optically powered element configured to receive the output collimated light from the waveguide and direct the received light towards the eye of the user and impart an angular offset on the directed light such that the directed light forms a virtual image plane, wherein the optically powered element is configured to receive the output collimated light from the waveguide and direct the received light towards the eye of the user through the waveguide, wherein the optically powered element is tilted with respect to an optical axis of the waveguide, and wherein the waveguide is configured to emit a portion of received light away from the eye of the user from an opposite side of the waveguide from which the collimated light is emitted towards the optically powered element, and light reflected from the tilted optically powered element is emitted towards the eye of a user through the waveguide. a waveguide configured to output collimated light towards an optically powered element comprising at least one holographic component to generate optical power; the optically powered element configured to receive the output collimated light from the waveguide and direct the received light towards the eye of the user and impart an angular offset on the directed light such that the directed light forms a virtual image plane, wherein the optically powered element is configured to receive the output collimated light from the waveguide and direct the received light towards the eye of the user through the waveguide, wherein the optically powered element is tilted with respect to an optical axis of the waveguide, and wherein the waveguide is configured to emit a portion of received light away from the eye of the user from an opposite side of the waveguide from which the collimated light is emitted towards the optically powered element, and light reflected from the tilted optically powered element is emitted towards the eye of a user through the waveguide.
A device for a lifeline, the device including: - a main body having a first portion and a second portion, opposite to the first one; - a first secondary body coupled to said main body and intended for being hooked to a member of said lifeline on the side of said first portion, - a second secondary body coupled to the main body and intended for being hooked to an additional member of said lifeline on the side of said second portion; - a spring system interposed between said main body and said first secondary body; characterized in that the spring system, when subjected to a force equal to 2 kN, has a total length which differs from its own total length in the absence of applied forces for at least 3 mm, in that the second secondary body is coupled to the main body through a threaded coupling system and the main body can rotate relative to said second secondary body and, following to the relative rotation between said main body and said second secondary body, said threaded coupling system causes a variation of the total length of said device, and in that the second secondary body has a respective first portion exiting from a respective end wall of said second portion of the main body and intended for being hooked to said additional member of the lifeline and a respective second portion opposite to its own first portion, wherein said threaded coupling system is interposed between said main body and said second portion, the second portion of the second secondary body being externally threaded and inserted in a threaded through-hole arranged in correspondence with said respective end wall of said second portion of the main body. - a main body having a first portion and a second portion, opposite to the first one; - a first secondary body coupled to said main body and intended for being hooked to a member of said lifeline on the side of said first portion, - a second secondary body coupled to the main body and intended for being hooked to an additional member of said lifeline on the side of said second portion; - a spring system interposed between said main body and said first secondary body;
A method of fabricating an array of phosphor-converted LEDs, the method comprising: forming a phosphor layer on a first surface of a carrier substrate; forming trenches extending entirely through the phosphor layer and partially but not entirely through the carrier substrate to define a plurality of spaced-apart phosphor pixels; attaching a corresponding LED to each of the phosphor pixels to form an array of phosphor-converted LEDs arranged on the first surface of the carrier substrate; removing a sufficient portion of the carrier substrate from a second surface of the carrier substrate, opposite from the first surface, to reach and open the trenches and thereby expose phosphor pixel side walls defined by the trenches; and after removing the sufficient portion of the carrier substrate to reach and open the trenches, retaining a portion of the carrier substrate on a light-output surface of each phosphor pixel. forming a phosphor layer on a first surface of a carrier substrate; forming trenches extending entirely through the phosphor layer and partially but not entirely through the carrier substrate to define a plurality of spaced-apart phosphor pixels; attaching a corresponding LED to each of the phosphor pixels to form an array of phosphor-converted LEDs arranged on the first surface of the carrier substrate; removing a sufficient portion of the carrier substrate from a second surface of the carrier substrate, opposite from the first surface, to reach and open the trenches and thereby expose phosphor pixel side walls defined by the trenches; and after removing the sufficient portion of the carrier substrate to reach and open the trenches, retaining a portion of the carrier substrate on a light-output surface of each phosphor pixel.
A lid assembly for a drink container comprising: a top including a drink opening; a bottom including a drink path opening; and a plunger connectable with the top and the bottom, with the plunger connected with the top and the bottom the top is rotatable about a rotational axis with respect to the bottom to move the plunger in a direction parallel with the rotational axis such that the lid assembly is movable into an open position in which fluid in an associated drink container to which the lid assembly is attached is able to flow around the plunger and through the drink opening, a closed position in which fluid in the associated drink container to which the lid assembly is connected is blocked by the plunger from flowing through the drink opening, and an unlocked position in which the top is removable from the bottom by moving the top with respect to the bottom in a direction parallel with the rotational axis, characterized in that the top is rotatable in a first direction from the closed position toward the open position, and the top is rotatable in a second, opposite, direction from the closed position toward the unlocked position. a top including a drink opening; a bottom including a drink path opening; and a plunger connectable with the top and the bottom, with the plunger connected with the top and the bottom the top is rotatable about a rotational axis with respect to the bottom to move the plunger in a direction parallel with the rotational axis such that the lid assembly is movable into an open position in which fluid in an associated drink container to which the lid assembly is attached is able to flow around the plunger and through the drink opening, a closed position in which fluid in the associated drink container to which the lid assembly is connected is blocked by the plunger from flowing through the drink opening, and an unlocked position in which the top is removable from the bottom by moving the top with respect to the bottom in a direction parallel with the rotational axis, characterized in that the top is rotatable in a first direction from the closed position toward the open position, and the top is rotatable in a second, opposite, direction from the closed position toward the unlocked position.
A regenerative control system of a vehicle comprising: a low voltage system circuit including a low voltage battery that outputs a voltage; a high voltage system circuit including a high voltage battery of which a rated voltage is higher than that of said low voltage battery; a power generation unit configured to generate electrical energy by making use of kinetic energy of the vehicle, and generate electrical energy of a low voltage suitable for said low voltage system circuit or electrical energy of a high voltage suitable for said high voltage system circuit by performing a duty control of the on and off of a regulator that changes over between the turn-on and the turn-off of a field current; characterized in that it comprises a changeover switch configured to cause the generated electrical energy to be inputted to either one of the low voltage system circuit and the high voltage system circuit; and a control means that is configured to perform the duty control of a ratio (γ) between a period of time during which said low voltage electrical energy is generated, and a period of time during which said high voltage electrical energy is generated, when controlling said power generation unit in such a manner that electric power generation is carried out while changing over a generation voltage between said low voltage and said high voltage in an alternate manner when the vehicle is in a deceleration running state. a low voltage system circuit including a low voltage battery that outputs a voltage; a high voltage system circuit including a high voltage battery of which a rated voltage is higher than that of said low voltage battery; a power generation unit configured to generate electrical energy by making use of kinetic energy of the vehicle, and generate electrical energy of a low voltage suitable for said low voltage system circuit or electrical energy of a high voltage suitable for said high voltage system circuit by performing a duty control of the on and off of a regulator that changes over between the turn-on and the turn-off of a field current; characterized in that it comprises a changeover switch configured to cause the generated electrical energy to be inputted to either one of the low voltage system circuit and the high voltage system circuit; and a control means that is configured to perform the duty control of a ratio (γ) between a period of time during which said low voltage electrical energy is generated, and a period of time during which said high voltage electrical energy is generated, when controlling said power generation unit in such a manner that electric power generation is carried out while changing over a generation voltage between said low voltage and said high voltage in an alternate manner when the vehicle is in a deceleration running state.
A fuel-oil heat exchange system for an engine, the heat exchange system comprising: an engine oil system; an engine combustor; ancillary engine equipment; a first fuel line for delivery of fuel to the engine combustor; a second fuel line for delivery of fuel to the ancillary engine equipment; characterised in that the heat exchange system further comprises: a first heat exchanger for transfer of heat from the engine oil system to the first fuel line; a second heat exchanger for transfer of heat from the engine oil system to the second fuel line; a control valve for selective control of the oil flow from the engine oil system to the first and second heat exchangers (34:40); and a temperature sensor in at least the second fuel line, wherein the control valve is operated to prioritise oil flow to the second heat exchanger if the fuel temperature in the second fuel line is below 0°C. an engine oil system; an engine combustor; ancillary engine equipment; a first fuel line for delivery of fuel to the engine combustor; a second fuel line for delivery of fuel to the ancillary engine equipment; a first heat exchanger for transfer of heat from the engine oil system to the first fuel line; a second heat exchanger for transfer of heat from the engine oil system to the second fuel line; a control valve for selective control of the oil flow from the engine oil system to the first and second heat exchangers (34:40); and a temperature sensor in at least the second fuel line, wherein the control valve is operated to prioritise oil flow to the second heat exchanger if the fuel temperature in the second fuel line is below 0°C.
An electronic device comprising: a substrate; a sensor integrated circuit positioned on a surface of the substrate, defining a plane at the surface of the substrate; an electrostatic discharge, ESD, protection structure positioned at least partially around a perimeter of the sensor integrated circuit, wherein the ESD protection structure is configured to protect the sensor integrated circuit from an electrostatic discharge strike, and wherein the ESD protection structure extends from the substrate in a direction perpendicular to the plane of the surface of the substrate; a cover layer extending over the ESD protection structure and an outer edge of the sensor integrated circuit as viewed along a direction perpendicular to the plane of the surface of the substrate; a concealing layer positioned on a surface of the ESD protection structure, wherein the concealing layer is configured to at least partially conceal the ESD protection structure from view, and wherein the concealing layer is positioned between the ESD protection structure and the sensor integrated circuit, wherein the concealing layer is a conductive paint layer; and a surface layer on a top surface of the sensor integrated circuit, said surface layer made of non-conductive material comprising paint with conductive carbon, wherein a potential electrostatic discharge from a surface to an opposite side of the device is enabled to travel through the ESD protection structure and not through the sensor integrated circuit. a substrate; a sensor integrated circuit positioned on a surface of the substrate, defining a plane at the surface of the substrate; an electrostatic discharge, ESD, protection structure positioned at least partially around a perimeter of the sensor integrated circuit, wherein the ESD protection structure is configured to protect the sensor integrated circuit from an electrostatic discharge strike, and wherein the ESD protection structure extends from the substrate in a direction perpendicular to the plane of the surface of the substrate; a cover layer extending over the ESD protection structure and an outer edge of the sensor integrated circuit as viewed along a direction perpendicular to the plane of the surface of the substrate; a concealing layer positioned on a surface of the ESD protection structure, wherein the concealing layer is configured to at least partially conceal the ESD protection structure from view, and wherein the concealing layer is positioned between the ESD protection structure and the sensor integrated circuit, wherein the concealing layer is a conductive paint layer; and a surface layer on a top surface of the sensor integrated circuit, said surface layer made of non-conductive material comprising paint with conductive carbon, wherein a potential electrostatic discharge from a surface to an opposite side of the device is enabled to travel through the ESD protection structure and not through the sensor integrated circuit.
A printer device which prints a solder on a substrate superimposed on a rear surface of a mask via pattern holes of the mask by moving the solder on a surface of the mask supported inside the printer device, the printer device comprising: a ventilation port formed for blowing air into the device from an external air blower; and a mask holding mechanism for holding the mask, including a support member for supporting the mask; wherein the solder on the surface of the mask is cooled as a result of the inside of the device being cooled by air from the ventilation port; characterized in that the mask holding mechanism includes a blocking member (71, 72, 73) for preventing an airflow introduced from the ventilation port from directly coming into contact with the mask supported by the support member, the blocking member (71, 72, 73) has thermal conductivity with the support member such that the support member is cooled when the blocking member (71, 72, 73) is cooled, the solder on the surface of the mask is cooled as a result of the surface of the mask supported by the support member being cooled by the blocking member (71, 72, 73), and when the blocking member (71, 72, 73) is cooled by the air from the ventilation port, the surface of the mask supported by the support member is also cooled. a ventilation port formed for blowing air into the device from an external air blower; and a mask holding mechanism for holding the mask, including a support member for supporting the mask; wherein the solder on the surface of the mask is cooled as a result of the inside of the device being cooled by air from the ventilation port; characterized in that the mask holding mechanism includes a blocking member (71, 72, 73) for preventing an airflow introduced from the ventilation port from directly coming into contact with the mask supported by the support member, the blocking member (71, 72, 73) has thermal conductivity with the support member such that the support member is cooled when the blocking member (71, 72, 73) is cooled, the solder on the surface of the mask is cooled as a result of the surface of the mask supported by the support member being cooled by the blocking member (71, 72, 73), and when the blocking member (71, 72, 73) is cooled by the air from the ventilation port, the surface of the mask supported by the support member is also cooled.
An external breast prosthesis comprising a shell in a flexible material having a breast shape, said shell defining an internal cavity formed by a lid, a face of which, called external face, is adapted so as to be pressed against the chest of a person, said cavity containing a filling and a weighted element intended for adjusting the weight of the prosthesis, characterized in that the weighted element is made as a plurality of ballast elements (7, 10) distributed along a sagittal axis of the prosthesis substantially orthogonal to the plane of the lid.
A multi-cell electroacoustic transducer, comprising: a flexural plate; a plurality of piezoelectric disks (12a-12c), said piezoelectric disks arranged in a planar array on and attached to said flexural plate; and a rail layer comprising a plurality of rails defining a plurality of apertures, said rail layer attached to said flexural plate; wherein each one of said plurality of piezoelectric disks (12a-12c) is centered within each one of said plurality of apertures, said rails defining walls of a plurality of bilayer electroacoustic cells; said piezoelectric disk comprises a ceramic and said flexural plate is selected from the group consisting of: carbon steel, stainless steel, alumina, silicon and glass, characterized in that: each of said piezoelectric disks (12a-12c) and flexural plate defining a bilayer unit a flexural plate; a plurality of piezoelectric disks (12a-12c), said piezoelectric disks arranged in a planar array on and attached to said flexural plate; and a rail layer comprising a plurality of rails defining a plurality of apertures, said rail layer attached to said flexural plate; wherein each one of said plurality of piezoelectric disks (12a-12c) is centered within each one of said plurality of apertures, said rails defining walls of a plurality of bilayer electroacoustic cells; said piezoelectric disk comprises a ceramic and said flexural plate is selected from the group consisting of: carbon steel, stainless steel, alumina, silicon and glass, characterized in that: each of said piezoelectric disks (12a-12c) and flexural plate defining a bilayer unit
Use of a cosmetic composition comprising fermented honeybush as an active ingredient in preventing or alleviating skin wrinkles, wherein the fermented honeybush is prepared by the method comprising the following steps: 1) inoculating animal milk with lactic acid bacteria; 2) mixing the inoculated milk of step 1) with a carbon source and the honeybush extract; and 3) fermenting the mixture of step 2). 1) inoculating animal milk with lactic acid bacteria; 2) mixing the inoculated milk of step 1) with a carbon source and the honeybush extract; and 3) fermenting the mixture of step 2).
A container comprising smoking articles, comprising container walls, wherein the container is formed from a blank, wherein the container is a hinge-lid container, comprising a box and a lid, wherein a front wall of the lid is formed from a panel of the blank, wherein the lid front wall is fixed by means of an adhesive to a further component of the container, wherein the further component is an inner liner, which encloses a bundle of smoking articles and is arranged in between the smoking articles and the container walls, wherein the inner liner comprises a cover flap, covering a designated opening of the inner liner, and the cover flap is fixed to the inside of the lid front wall, wherein the cover flap of the inner liner is attached by the adhesive to the inside of the lid front wall, characterized in that the lid front wall comprises a fluid guide element (16, 17, 18), wherein the fluid guide element (16, 17, 18) is provided on the inside of the lid front wall, and the adhesive is provided in the fluid guide element (16, 17, 18), wherein the fluid guide element (16, 17, 18) is adapted to promote the adhesive into advancing into a predetermined direction, such that the locally applied adhesive is distributed to the desired locations in the inner lid front wall panel.
A method of determining a physiological parameter of an individual, the method comprising the steps of: obtaining a series of images of a skin exposed region of the individual; performing a periodogram on at least one of the red, green and blue channels of the skin exposed region of the series of images to obtain frequency components of the channel; and determining the physiological parameter based on the periodogram; and performing band pass filtering on the periodogram, the band pass filter being configured to pass through frequencies of the pulse of the individual.