mhurhangee/ep-ind-claims huggingface dataset:
A printed circuit board assembly comprising (i) an at least partly folded flexible printed circuit board, and (ii) an at least partly folded support, wherein: - the at least partly folded flexible printed circuit board comprises a first PCB region and a second PCB region, wherein at least part of the second PCB region is configured to fold over at least part of the first PCB region; - the at least partly folded support is configured to support at least part of the at least partly folded flexible printed circuit board, wherein the at least partly folded support comprises a first support region and a second support region, wherein at least part of the second support region is configured to fold over at least part of the first support region, wherein at least part of the at least partly folded flexible printed circuit board is configured between the first support region and the second support region, and wherein the at least partly folded support is configured to maintain the at least partly folded flexible printed circuit board folded, - the printed circuit board assembly further comprising a functional component functionally coupled to the at least partly folded flexible printed circuit board characterised in that the functional component is not covered by the at least partly folded flexible printed circuit board and not by the at least partly folded support, - wherein the functional component is configured at the first PCB region and is a solid state light source. - the at least partly folded flexible printed circuit board comprises a first PCB region and a second PCB region, wherein at least part of the second PCB region is configured to fold over at least part of the first PCB region; - the at least partly folded support is configured to support at least part of the at least partly folded flexible printed circuit board, wherein the at least partly folded support comprises a first support region and a second support region, wherein at least part of the second support region is configured to fold over at least part of the first support region, wherein at least part of the at least partly folded flexible printed circuit board is configured between the first support region and the second support region, and wherein the at least partly folded support is configured to maintain the at least partly folded flexible printed circuit board folded, - the printed circuit board assembly further comprising a functional component functionally coupled to the at least partly folded flexible printed circuit board characterised in that the functional component is not covered by the at least partly folded flexible printed circuit board and not by the at least partly folded support, - wherein the functional component is configured at the first PCB region and is a solid state light source.
A transmitter for a chaos communications system, said transmitter comprising: a symbol mapper that converts a series of information bits to a series of bit symbols; and at least one chaos generator providing a chaotic sequence for each bit symbol, wherein the chaotic sequence comprises a chaos sequence output from a RAM/ROM that provides auto-indexing, wherein the auto-indexing comprises a feed back of the chaos sequence output to an input of the RAM/ROM from which the RAM/ROM indexes to a next address to output a chaos sequence at that address as a next chaotic sequence. a symbol mapper that converts a series of information bits to a series of bit symbols; and
A drive device for driving an element, comprising - a toothed-belt drive with a toothed belt, - a frame member, - a toothed disk with tooth recesses for taking along teeth of the toothed belt, - a non-linear guide track, which extends at least in some portions parallel to the extent of the toothed belt and in which the rollers disposed on an outer force driver (22-2, 22-3) are guided, - a driving means, which is connected to the frame member and which serves for the connection to the element to be driven, characterized in that - the frame member forms two opposing connecting plates and a connecting wall that connects the two connecting plates to one another, - the drive device has at least three elongate force drivers, which are attached to the toothed belt and are oriented parallel to a width B of the toothed belt and parallel to one another, which - are disposed within the frame member, wherein a center force driver is non-rotatably attached to the two connecting plates and end portions of the adjacent outer force drivers each extend through curved elongated holes of the connecting plate, whereby the outer force drivers (22-2, 22-3) are pivotable, and the outer force drivers (22-2, 22-3) have at their ends, outside of one of the connecting plates, cylindrical projections that are configured as axle stubs and carry a roller each, - the toothed disk has force driver recesses for taking along the force drivers. - a toothed-belt drive with a toothed belt, - a frame member, - a toothed disk with tooth recesses for taking along teeth of the toothed belt, - a non-linear guide track, which extends at least in some portions parallel to the extent of the toothed belt and in which the rollers disposed on an outer force driver (22-2, 22-3) are guided, - a driving means, which is connected to the frame member and which serves for the connection to the element to be driven, characterized in that - the frame member forms two opposing connecting plates and a connecting wall that connects the two connecting plates to one another, - the drive device has at least three elongate force drivers, which are attached to the toothed belt and are oriented parallel to a width B of the toothed belt and parallel to one another, which - are disposed within the frame member, wherein a center force driver is non-rotatably attached to the two connecting plates and end portions of the adjacent outer force drivers each extend through curved elongated holes of the connecting plate, whereby the outer force drivers (22-2, 22-3) are pivotable, and the outer force drivers (22-2, 22-3) have at their ends, outside of one of the connecting plates, cylindrical projections that are configured as axle stubs and carry a roller each, - the toothed disk has force driver recesses for taking along the force drivers.
Prechamber spark plug suitable for use in a combustion chamber of an internal combustion engine, comprising a prechamber which is fluidically connected to the combustion chamber by means of at least one opening during normal use, wherein an ignition device having at least one central electrode is arranged in the prechamber and is suitable for igniting an ignitable mixture, wherein further a first pressure sensor is arranged in the prechamber in order to measure a pressure curve in the prechamber, characterised in that the prechamber spark plug has a second pressure sensor which is arranged for measuring a pressure curve in the combustion chamber.
A method of rendering a three-dimensional image signal comprising: - receiving a three-dimensional image signal comprising a first component, a second component for creating a three-dimensional image in combination with the first component, a text component for including in the three-dimensional image, and a data component comprising location information describing an area within the three-dimensional image at which the text component is to be displayed, the first component being a two-dimensional image frame and the second component being one of a depth map or a disparity map, - rendering a three-dimensional image from the first image component and the second component, the rendering including rendering the text component in the three-dimensional image, wherein the rendering of the text component comprises adjusting three-dimensional parameters of the three-dimensional image at the area of the three-dimensional image where the text component is to be displayed, comprising reducing the perceived depth of the three-dimensional image at the area where the text component is to be displayed. - receiving a three-dimensional image signal comprising a first component, a second component for creating a three-dimensional image in combination with the first component, a text component for including in the three-dimensional image, and a data component comprising location information describing an area within the three-dimensional image at which the text component is to be displayed, the first component being a two-dimensional image frame and the second component being one of a depth map or a disparity map, - rendering a three-dimensional image from the first image component and the second component, the rendering including rendering the text component in the three-dimensional image,
A turbine shroud comprising: a body having a plurality of sides (26, 28, 30), where a first lateral side is one of the plurality of sides (26, 28, 30); a first inward facing groove defined by the first lateral side of the body; a first seal connected to an inner surface and to the body proximate to an opening created by the first inward facing groove, the first seal covering the first inward facing groove to define a first fluid passage in the first inward facing groove along the first lateral side of the body; and a first inlet port through the first seal, wherein the first inlet port provides fluid communication through the first seal into the first fluid passage. a body having a plurality of sides (26, 28, 30), where a first lateral side is one of the plurality of sides (26, 28, 30); a first inward facing groove defined by the first lateral side of the body; a first seal connected to an inner surface and to the body proximate to an opening created by the first inward facing groove, the first seal covering the first inward facing groove to define a first fluid passage in the first inward facing groove along the first lateral side of the body; and a first inlet port through the first seal, wherein the first inlet port provides fluid communication through the first seal into the first fluid passage.
An array of vertically stacked tiers (12, 14, 16) of nonvolatile memory cells comprising five memory cells per unit cell in a volume having a combination of a plurality of vertically oriented memory cells (2, 3, 4, 5) and a plurality of horizontally oriented memory cells, individual of the memory cells comprising programmable material between crossing electrode lines, the vertically oriented memory cells being characterized by predominant current flow through the programmable material in a horizontal direction, the horizontally oriented memory cells being characterized by predominant current flow through the programmable material in a vertical direction.
A story control valve having a valve housing, which has an inlet and an outlet connected to each other via a control duct and receives a valve insert comprising a control piston and a thermostat element adjusting the control piston, a control pin being formed integrally on the control piston and dipping into the control duct, characterized in that the control pin is guided in the control channel along axially running lines of contact.
Knife gate valve of the type comprising a body having an upper part including a flat notch for the passage of a gate which acts as closing element, and having a lower part including an opening and where the flat notch traverses the body from the upper part to the opening, wherein: - the surface of the interior of the opening does not include inner channels; - the knife gate valve comprises a sleeve in the interior of the opening comprising a groove coinciding with the flat notch in the upper part of the opening so the gate is surrounded by the sleeve, and the section of said sleeve comprises a central core which is the contact surface with the gate in closed valve position; and - the knife gate valve comprises a pair of fastening rings which are identical and which are placed on both sides of the valve body, covering the perimeter of the opening and which have an inner section complementary to the section of the sleeve, characterised in that: - the sleeve has recesses on both sides of the central core, - the sleeve comprises a first recess on each side of the central core and comprises a second recess beside each of the first recesses; and in that the inner section of the fastening rings comprises a first projection corresponding to the first recess and a second projection corresponding to the second recess. - the surface of the interior of the opening does not include inner channels; - the knife gate valve comprises a sleeve in the interior of the opening comprising a groove coinciding with the flat notch in the upper part of the opening so the gate is surrounded by the sleeve, and the section of said sleeve comprises a central core which is the contact surface with the gate in closed valve position; and - the knife gate valve comprises a pair of fastening rings which are identical and which are placed on both sides of the valve body, covering the perimeter of the opening and which have an inner section complementary to the section of the sleeve, characterised in that: - the sleeve has recesses on both sides of the central core, - the sleeve comprises a first recess on each side of the central core and comprises a second recess beside each of the first recesses; and in that the inner section of the fastening rings comprises a first projection corresponding to the first recess and a second projection corresponding to the second recess.
A target plate for radioisotope production, comprising: a target for receiving charged particle beam irradiation; and a support substrate supporting the target, the support substrate comprising one or more graphite films placed such that a surface thereof intersects a charged particle beam, the one or more graphite films each having a thermal conductivity, in a surface direction, of 1200 W/(m·K) or greater, the one or more graphite films each having a thickness of 0.05 μm or greater and 100 μm or less. a target for receiving charged particle beam irradiation; and a support substrate supporting the target, the support substrate comprising one or more graphite films placed such that a surface thereof intersects a charged particle beam, the one or more graphite films each having a thermal conductivity, in a surface direction, of 1200 W/(m·K) or greater, the one or more graphite films each having a thickness of 0.05 μm or greater and 100 μm or less.
A method for producing a single crystal in accordance with Czochralski method by flowing an inert gas downward in a chamber of a single crystal-pulling apparatus and surrounding a single crystal having a diameter D pulled from a raw material melt with a gas flow-guide cylinder, wherein when a single crystal within N region outside OSF region generated in a ring shape in the radial direction of the single crystal is pulled, the single crystal within N region is pulled in a condition that flow amount of the inert gas between the single crystal and the gas flow-guide cylinder is 0.6 D(L/min) or more and pressure in the chamber is 0.6 D(hPa) or less, in which D (mm) is a diameter of the single crystal to be pulled, wherein the single crystal to be pulled is a silicon single crystal.
A footwear comprising: - a concave portion formed at an insole at a position corresponding to a first site ranging from a ball (f1a) of a big toe to a tip (f1b) of the toe for alleviating a weight load of a wearer acting on the big toe; and - a pressing portion formed at the insole at a position corresponding to a second site being adjacent to a heel side of the ball (f1a) of the big toe for pressing the second site, a reaction force occurring by the pressing causing the first site to sink in the concave portion; - a lifting portion formed at the insole at a position corresponding to four toes (f2-f5) except for the big toe, for lifting the four toes (f2-f5); and wherein the lifting portion is formed to become gradually high from a second toe toward a small toe both included in the four toes (f2-f5), to cause a straight line connecting top ends of the four toes (f2-f5) to be substantially horizontal; characterized in that the lifting portion is provided with a projecting portion having a different shape from the lifting portion, the projection portion is placed at the insole at a position corresponding to a clearance between a third toe and a fourth toe both included in the four toes (f2-f5) for widening the clearance. - a concave portion formed at an insole at a position corresponding to a first site ranging from a ball (f1a) of a big toe to a tip (f1b) of the toe for alleviating a weight load of a wearer acting on the big toe; and - a pressing portion formed at the insole at a position corresponding to a second site being adjacent to a heel side of the ball (f1a) of the big toe for pressing the second site, a reaction force occurring by the pressing causing the first site to sink in the concave portion; - a lifting portion formed at the insole at a position corresponding to four toes (f2-f5) except for the big toe, for lifting the four toes (f2-f5); and
A computer-implemented method, comprising: obtaining a protocol stack requirement for a custom protocol stack, wherein the stack requirement specifies at least a description for a verifier stack component which verifies a Content Object over an Information Centric Network using a key identifier (KeyID) associated with the producer of the Content Object; instantiating the verifier stack component in the custom stack; and using the custom stack to obtain a verified Content Object, which involves: transmitting, to the custom stack, an Interest that includes a name for a piece of content and includes the KeyID associated with the content producer; and receiving, from the custom stack, a corresponding Content Object which the verifier stack component has verified is signed by the content producer associated with the KeyID. obtaining a protocol stack requirement for a custom protocol stack, wherein the stack requirement specifies at least a description for a verifier stack component which verifies a Content Object over an Information Centric Network using a key identifier (KeyID) associated with the producer of the Content Object; instantiating the verifier stack component in the custom stack; and using the custom stack to obtain a verified Content Object, which involves: transmitting, to the custom stack, an Interest that includes a name for a piece of content and includes the KeyID associated with the content producer; and receiving, from the custom stack, a corresponding Content Object which the verifier stack component has verified is signed by the content producer associated with the KeyID. transmitting, to the custom stack, an Interest that includes a name for a piece of content and includes the KeyID associated with the content producer; and receiving, from the custom stack, a corresponding Content Object which the verifier stack component has verified is signed by the content producer associated with the KeyID.
A pipeline pig launching device, comprising: a tubular body that accommodates a set of pipeline pigs arranged in series such that respective chambers are defined within the body in which to apply launch pressure behind each pig with respect to a launch direction, the body having an open end through which pigs of the set may be launched in succession and a closed end opposed to the open end; a fluid inlet communicating with one of said chambers defined between the closed end and a pig of the set nearest to that closed end; and a passageway (30, 42) that communicates with another fluid inlet, that passageway (30, 42) extending through at least one pig of the set to at least one of said chambers defined between successive pigs of the set. a tubular body that accommodates a set of pipeline pigs arranged in series such that respective chambers are defined within the body in which to apply launch pressure behind each pig with respect to a launch direction, the body having an open end through which pigs of the set may be launched in succession and a closed end opposed to the open end; a fluid inlet communicating with one of said chambers defined between the closed end and a pig of the set nearest to that closed end; and a passageway (30, 42) that communicates with another fluid inlet, that passageway (30, 42) extending through at least one pig of the set to at least one of said chambers defined between successive pigs of the set.
A trunking having two differently oriented lengths of trunking each including a base section (10, 10') having two lateral flanges (12, 13; 12', 13') with rims (14, 15; 14', 15') that are directed toward each other which include means for fitting (14A, 14B; 15A, 15B; 14'A, 14'B; 15'A, 15'B) a length of cover section (40, 40'), said trunking comprising an angle accessory establishing continuity between the two lengths of trunking; said angle accessory comprising two cheeks (20, 30; 20', 30') each adapted to establish a continuous wall between two lateral flanges (12', 13') of said two base sections (10, 10'), each cheek (20, 30; 20', 30') carrying a band (24, 34; 21', 31') for establishing a continuous wall between said rims (14, 15; 14', 15') of said two lateral flanges (12, 13; 12', 13') of said (20, 30; 20', 30') base sections (10, 10'), characterized in that said band (24, 34; 21', 31') of each cheek (20, 30; 20', 30') includes means for fitting the length of cover section (40; 40') which extend along a circular arc of given radius of curvature; and in that the trunking includes a length of cover (40, 40') fitted to said cheeks and to said base sections, closing a portion of said base sections (10, 10') and the angle formed between said base sections (10, 10') with no gap or visible edge or crease in said angle.
A non-asbestos organic friction material comprising a particulate inorganic porous material, wherein the particulate porous material comprises an anticorrosive agent absorbed within its pores, wherein the anticorrosive agent comprises an alkali silicate, wherein the particulate inorganic porous material comprises a calcium silicate structure.