mhurhangee/ep-ind-claims huggingface dataset:
A ray-tracing system comprising: an intersection testing resource for performing intersection testing of rays, comprising: means to access a memory storing definition data for a plurality of rays to be intersection tested in a scene; a plurality of test cells (310,340) comprising a working memory and test logic configured to perform intersection testing for the plurality of rays with primitives composing the scene and/or elements of an acceleration structure; and characterised by: an output buffer configured to receive indications of detected intersections of rays and respective primitives and/or acceleration structure elements, the output buffer being configured to collect those rays, based on common attributes, into collections for processing; and an intersection processing resource configured to: receive collections of rays which have been collected in the output buffer; and execute shader code for processing the received collections of rays. an intersection testing resource for performing intersection testing of rays, comprising: means to access a memory storing definition data for a plurality of rays to be intersection tested in a scene; a plurality of test cells (310,340) comprising a working memory and test logic configured to perform intersection testing for the plurality of rays with primitives composing the scene and/or elements of an acceleration structure; and characterised by: an output buffer configured to receive indications of detected intersections of rays and respective primitives and/or acceleration structure elements, the output buffer being configured to collect those rays, based on common attributes, into collections for processing; and means to access a memory storing definition data for a plurality of rays to be intersection tested in a scene; a plurality of test cells (310,340) comprising a working memory and test logic configured to perform intersection testing for the plurality of rays with primitives composing the scene and/or elements of an acceleration structure; and characterised by: an output buffer configured to receive indications of detected intersections of rays and respective primitives and/or acceleration structure elements, the output buffer being configured to collect those rays, based on common attributes, into collections for processing; and an intersection processing resource configured to: receive collections of rays which have been collected in the output buffer; and execute shader code for processing the received collections of rays. receive collections of rays which have been collected in the output buffer; and execute shader code for processing the received collections of rays.
A header for an agricultural vehicle, comprising: a header frame; a first deck plate carried by said header frame; a second deck plate carried by said header frame, said first deck plate and said second deck plate forming a gap therebetween defining a gap width and a width direction; and a rotatable tube carried by said header frame and connected to at least one of said first deck plate and said second deck plate such that rotation of said rotatable tube adjusts said gap width; characterized by: a spring fixed to said rotatable tube and having at least one end (321A, 321B) captured by said second deck plate such that a force directed in the width direction acting on said second deck plate produces a spring force in said spring (320, 720). a header frame; a first deck plate carried by said header frame; a second deck plate carried by said header frame, said first deck plate and said second deck plate forming a gap therebetween defining a gap width and a width direction; and a rotatable tube carried by said header frame and connected to at least one of said first deck plate and said second deck plate such that rotation of said rotatable tube adjusts said gap width; characterized by: a spring fixed to said rotatable tube and having at least one end (321A, 321B) captured by said second deck plate such that a force directed in the width direction acting on said second deck plate produces a spring force in said spring (320, 720).
A printing system for thermal transfer printing onto a surface of a substrate, the system comprising: a) a movable transfer member (10, 700) having opposite front and rear sides with an imaging surface on the front side, b) a coating station at which a monolayer of particles made of, or coated with, a thermoplastic polymer is applied to the imaging surface or at least a segment thereof, c) an imaging station (16, 16') at which energy in the form of electromagnetic radiation is applied via the rear side of the transfer member to selected regions of the particles coated imaging surface to render the particles thereon tacky within the selected regions, and d) a transfer station at which the imaging surface and the surface of the substrate, or respective segments thereof, are pressed against one another to cause transfer to the surface of the substrate of only the regions of the particle coating that have been rendered tacky, characterised in that (e) the rear side of the transfer member is formed of a body transparent to the EM radiation, and an EM radiation absorbing layer (704, 720) made of an elastomeric silicone opaque to the EM radiation is provided on the front side of the transfer member adjoining the transparent body, the imaging surface being formed on, or as part of, the radiation absorbing layer to receive EM radiation passing through the transparent body. a) a movable transfer member (10, 700) having opposite front and rear sides with an imaging surface on the front side, b) a coating station at which a monolayer of particles made of, or coated with, a thermoplastic polymer is applied to the imaging surface or at least a segment thereof, c) an imaging station (16, 16') at which energy in the form of electromagnetic radiation is applied via the rear side of the transfer member to selected regions of the particles coated imaging surface to render the particles thereon tacky within the selected regions, and d) a transfer station at which the imaging surface and the surface of the substrate, or respective segments thereof, are pressed against one another to cause transfer to the surface of the substrate of only the regions of the particle coating that have been rendered tacky, characterised in that (e) the rear side of the transfer member is formed of a body transparent to the EM radiation, and an EM radiation absorbing layer (704, 720) made of an elastomeric silicone opaque to the EM radiation is provided on the front side of the transfer member adjoining the transparent body, the imaging surface being formed on, or as part of, the radiation absorbing layer to receive EM radiation passing through the transparent body. (e) the rear side of the transfer member is formed of a body transparent to the EM radiation, and an EM radiation absorbing layer (704, 720) made of an elastomeric silicone opaque to the EM radiation is provided on the front side of the transfer member adjoining the transparent body, the imaging surface being formed on, or as part of, the radiation absorbing layer to receive EM radiation passing through the transparent body.
A method comprising: detecting, in a digital image, a set of sub-images matching a selected object type; generating a first confidence score that a first sub-image (110, 402) in set of sub-images matches a selected object type; generating a second confidence score that a second sub-image (112, 404) in set of sub-images matches the selected object type; generating a similarity measure by comparing the first sub-image (110, 402) to the second sub-image (112, 404); removing, responsive to the similarity measure exceeding a similarity threshold value and the first confidence score exceeding the second confidence score, the second sub-image (112, 404) from the set of sub-images; and processing, after removing, the digital image using the set of sub-images. detecting, in a digital image, a set of sub-images matching a selected object type; generating a first confidence score that a first sub-image (110, 402) in set of sub-images matches a selected object type; generating a second confidence score that a second sub-image (112, 404) in set of sub-images matches the selected object type; generating a similarity measure by comparing the first sub-image (110, 402) to the second sub-image (112, 404); removing, responsive to the similarity measure exceeding a similarity threshold value and the first confidence score exceeding the second confidence score, the second sub-image (112, 404) from the set of sub-images; and processing, after removing, the digital image using the set of sub-images.
Impact-protection device capable of being provided on a bottle, having a body in the form of a cylinder of revolution terminated, at a first end, by a bottom and, at a second end opposite the first end, by a distal portion successively comprising from the body, along a longitudinal direction of the bottle, a shoulder, a neck and a mouth, said device comprising a first cup configured to cooperate with the bottom of the bottle and a second cup configured to cooperate with the shoulder of the bottle, each of the first and second cups (2, 3) having a shock-absorbing portion capable of protruding, along a transverse plane that is perpendicular to the longitudinal direction, beyond a larger diameter area of the bottle, and the protruding portion of the shock-absorbing portion of the at least first cup including a plurality of shock-absorbing pads spaced apart from each other, the plurality of pads being evenly distributed in the transverse plane, characterised in that the plurality of pads are made of elastomer, and in that: either (i) at least one of the plurality of pads is solid and is made of a silicone elastomer that has a shore A hardness ranging from about 75 to about 85 or of an elastomeric polyurethane (TPE-U or TPU) that has a shore A hardness ranging from about 75 to about 85, or (ii) at least one of the plurality of pads has an internal cavity and is made of a material that has a Shore A hardness greater than 90.
An electron lens for use in an electron beam device having an electron gun for emitting an electron beam in a Z axis direction, the electron lens comprising: an outer cylinder composed of a cylindrical ferromagnet with the Z axis as a central axis; a cylindrical permanent magnet located inside the outer cylinder and polarized along the Z axis direction; a correction coil located inside or outside the cylindrical permanent magnet with a gap from the cylindrical permanent magnet, for adjusting a magnetic field strength generated by the cylindrical permanent magnet along the Z axis direction; and a coolant passage located in the gap between the cylindrical permanent magnet and the correction coil, for allowing a coolant to flow therethrough and controlling temperature changes in the cylindrical permanent magnet; characterized in that a thin ferromagnetic ring which homogenizes a magnetic field generated by the cylindrical permanent magnet is located on an end surface of an electron beam emission side of the cylindrical permanent magnet along the Z axis direction. an outer cylinder composed of a cylindrical ferromagnet with the Z axis as a central axis; a cylindrical permanent magnet located inside the outer cylinder and polarized along the Z axis direction; a correction coil located inside or outside the cylindrical permanent magnet with a gap from the cylindrical permanent magnet, for adjusting a magnetic field strength generated by the cylindrical permanent magnet along the Z axis direction; and a coolant passage located in the gap between the cylindrical permanent magnet and the correction coil, for allowing a coolant to flow therethrough and controlling temperature changes in the cylindrical permanent magnet; characterized in that a thin ferromagnetic ring which homogenizes a magnetic field generated by the cylindrical permanent magnet is located on an end surface of an electron beam emission side of the cylindrical permanent magnet along the Z axis direction.
A liquid droplet ejecting apparatus comprising: a liquid droplet ejecting section that is suitable for ejecting liquid droplets by pressurizing a liquid using a piezoelectric element; a drive section that is suitable for driving the piezoelectric element; a gas delivery section that is suitable for delivering a dry gas; a gas delivery passage in which the piezoelectric element is disposed and through which the gas that has been delivered from the gas delivery section can flow; a branch passage, disposed with its side opposite the gas delivery passage side facing the drive section; a cutoff means, provided in the branch passage, that is suitable for allowing the gas to be delivered from the gas delivery passage to the branch passage, and that is suitable for cutting off the flow of the gas from the branch passage to the gas delivery passage, characterised in that the branch passage branches from the gas delivery passage and can blow onto the drive section some of the gas that has been delivered from the gas delivery section. a liquid droplet ejecting section that is suitable for ejecting liquid droplets by pressurizing a liquid using a piezoelectric element; a drive section that is suitable for driving the piezoelectric element; a gas delivery section that is suitable for delivering a dry gas; a gas delivery passage in which the piezoelectric element is disposed and through which the gas that has been delivered from the gas delivery section can flow; a branch passage, disposed with its side opposite the gas delivery passage side facing the drive section; a cutoff means, provided in the branch passage, that is suitable for allowing the gas to be delivered from the gas delivery passage to the branch passage, and that is suitable for cutting off the flow of the gas from the branch passage to the gas delivery passage, characterised in that the branch passage branches from the gas delivery passage and can blow onto the drive section some of the gas that has been delivered from the gas delivery section.
A liquid crystalline polyester resin composition for use in camera modules, the resin composition comprising 20 to 45 parts by weight of spherical silica particles having an average particle diameter of 15 μm or more and less than 30 μm in 100 parts by weight of a liquid crystalline polyester resin, wherein the average particle diameter refers to the number-average particle diameter determined with a laser diffraction/scattering particle size analyzer.
A system for a pilot operated valve, said system comprising: a first main conduit; a second main conduit configured to be in a fluid communication with said first main conduit; a diaphragm configured to control bidirectional flow of fluid between said first main conduit and said second main conduit; a 2/2 pilot operated solenoid valve operatively connected to said diaphragm, said 2/2 pilot operated solenoid valve configured to enable oscillatory movement of said diaphragm into a space defined between said diaphragm and said 2/2 pilot operated solenoid valve; and a 3/2 solenoid valve; characterized in that the system is suitable for a pilot operated valve with bidirectional isolation and in that the 3/2 solenoid valve is configured to selectively allow a flow of fluid from said first main conduit and said second main conduit into said space to control said oscillatory movement of said diaphragm. a first main conduit; a second main conduit configured to be in a fluid communication with said first main conduit; a diaphragm configured to control bidirectional flow of fluid between said first main conduit and said second main conduit; a 2/2 pilot operated solenoid valve operatively connected to said diaphragm, said 2/2 pilot operated solenoid valve configured to enable oscillatory movement of said diaphragm into a space defined between said diaphragm and said 2/2 pilot operated solenoid valve; and a 3/2 solenoid valve;
A Park2 nucleic acid composition and/or Park2 polypeptide composition for use in a method of treating a cardiac condition in an individual, wherein the method comprises the steps of (a) providing to the individual an effective amount of the Park2 nucleic acid composition and/or Park2 polypeptide composition; and (b) providing to the individual an effective amount of an shRNA that targets Salvador (Salv) nucleic acid.
A baking apparatus for forming and baking a food product, preferably a flat bread, from a dough portion accommodated in a capsule, the backing apparatus having a housing, having a capsule-handling device for opening and/or emptying the capsule, and having an upper plate and a lower plate, arranged in the housing, which lower plate can be displaced in a guide device of the baking apparatus along a displacement path between a receiving position for receiving the dough portion from the capsule, an interaction position for interacting with the upper plate for baking and/or forming, in particular pressing, the dough portion, and an emptying position in which the lower plate is inclined relative to a base surface of the baking apparatus, the guide device having a diverter which has a diverter element which can be switched between at least two switching positions for predetermining the displacement path of the lower plate in the guide device, characterized in that the baking apparatus comprises an electromotive drive assigned to the diverter element for switching the diverter element automatically.
A method of playing a broadcast program by a terminal in a broadcasting system, the method comprising: receiving signaling information during playing a first program based on a first broadcast signal, the signaling information comprising a service guide of a second broadcast signal; identifying the second broadcast signal using the signalling information; playing a second program based on the identified second broadcast signal, wherein the signaling information comprises: a field to identify an alternate program; a field to indicate whether the alternate program is for watching beforehand or for watching subsequently; a field to indicate a time count until a live broadcasting begins; and a field to represent a type of a field that represents a location of the alternate program, wherein the second program is an alternate program for the first program, the first and second programs being received on different networks. receiving signaling information during playing a first program based on a first broadcast signal, the signaling information comprising a service guide of a second broadcast signal; identifying the second broadcast signal using the signalling information; playing a second program based on the identified second broadcast signal, wherein the signaling information comprises: a field to identify an alternate program; a field to indicate whether the alternate program is for watching beforehand or for watching subsequently; a field to indicate a time count until a live broadcasting begins; and a field to represent a type of a field that represents a location of the alternate program, a field to identify an alternate program; a field to indicate whether the alternate program is for watching beforehand or for watching subsequently; a field to indicate a time count until a live broadcasting begins; and a field to represent a type of a field that represents a location of the alternate program, wherein the second program is an alternate program for the first program, the first and second programs being received on different networks.
A system for producing a plant, the system comprising: - an indoor environment; - a plurality of plant holders for growing and transporting a plant therein; - a controller for at least controlling temperature and humidity in the indoor environment; and wherein the plant holder comprises: - a semi-permeable foil defining a boundary between an interior space of the plant holder and an exterior space; - a reservoir, confining an amount of liquid in the interior space for feeding the plant, wherein the reservoir and the semi-permeable foil are arranged to allow the plant to grow in the interior space, wherein the semi-permeable foil has permeation of water vapor and air, and is arranged to block pathogens, characterized in that the semi-permeable foil defines a non-planar boundary. - an indoor environment; - a plurality of plant holders for growing and transporting a plant therein; - a controller for at least controlling temperature and humidity in the indoor environment; and - a semi-permeable foil defining a boundary between an interior space of the plant holder and an exterior space; - a reservoir, confining an amount of liquid in the interior space for feeding the plant, wherein the reservoir and the semi-permeable foil are arranged to allow the plant to grow in the interior space, wherein the semi-permeable foil has permeation of water vapor and air, and is arranged to block pathogens, characterized in that the semi-permeable foil defines a non-planar boundary. wherein the reservoir and the semi-permeable foil are arranged to allow the plant to grow in the interior space, wherein the semi-permeable foil has permeation of water vapor and air, and is arranged to block pathogens, characterized in that the semi-permeable foil defines a non-planar boundary.