mhurhangee/patent-ind-claim-en huggingface dataset:
A digital display device to render an input image for viewing by a viewer having reduced visual acuity, the device comprising: a digital display medium comprising an array of pixels and operable to render a pixelated image accordingly; a light field shaping layer (LFSL) defined by an array of LFSL elements and disposed relative to said digital display medium so to dispose each of said LFSL elements over an underlying set of said pixels to shape a light field emanating therefrom and thereby at least partially govern a projection thereof from said display medium toward the viewer, wherein said LFSL is disposed relative to said digital display medium in geometric misalignment, said geometrical misalignment comprising the array of pixels being angled or rotated relative to the array of LFSL elements , so to geometrically misalign said array of pixels and said array of LFSL elements ; and a hardware processor operable on pixel data for the input image to output adjusted image pixel data to be rendered via said digital display medium and projected through said geometrically misaligned LFSL in accordance with said geometric misalignment so to produce a designated image perception adjustment to at least partially address the viewer's reduced visual acuity; wherein said LFSL comprises a microlens array having a focal length, and wherein said microlens array is disposed at a designated distance from said digital display that is shorter than said focal length so to produce a divergent light field therefrom. a digital display medium comprising an array of pixels and operable to render a pixelated image accordingly; a light field shaping layer (LFSL) defined by an array of LFSL elements and disposed relative to said digital display medium so to dispose each of said LFSL elements over an underlying set of said pixels to shape a light field emanating therefrom and thereby at least partially govern a projection thereof from said display medium toward the viewer, wherein said LFSL is disposed relative to said digital display medium in geometric misalignment, said geometrical misalignment comprising the array of pixels being angled or rotated relative to the array of LFSL elements , so to geometrically misalign said array of pixels and said array of LFSL elements ; and a hardware processor operable on pixel data for the input image to output adjusted image pixel data to be rendered via said digital display medium and projected through said geometrically misaligned LFSL in accordance with said geometric misalignment so to produce a designated image perception adjustment to at least partially address the viewer's reduced visual acuity; wherein said LFSL comprises a microlens array having a focal length, and wherein said microlens array is disposed at a designated distance from said digital display that is shorter than said focal length so to produce a divergent light field therefrom.
A method of generating a movement profile for a layup procedure, the movement profile defining relative movement between an applicator head and a tool along a head path for laying up a course of composite material, characterized in that the method comprises: determining a bond strength profile along the head path ; and determining a movement profile based on the bond strength profile, wherein the movement profile includes a variable rate of relative movement. determining a bond strength profile along the head path ; and determining a movement profile based on the bond strength profile, wherein the movement profile includes a variable rate of relative movement.
A battery module , comprising: a cell assembly including a plurality of pouch-type secondary batteries having electrode leads formed to protrude in a front and rear direction and stacked on each other in a left and right direction; a bus bar assembly located at a front side or a rear side of the cell assembly at which the electrode leads are formed, the bus bar assembly including a bus bar frame having a perforation hole (H1) through which at least one electrode lead protrudes and a bus bar mounted to an outer surface of the bus bar frame and having a conductive metal to electrically connect the plurality of pouch-type secondary batteries ; characterized by a heat-shrinkable tube formed to be shrunk by heat and configured so that the cell assembly is located therein, the heat-shrinkable tube being provided to surround a side surface of the cell assembly and a portion of the bus bar assembly , and a thermally conductive adhesive added to be interposed between the cell assembly and the heat-shrinkable tube , wherein the thermally conductive adhesive includes a filler having a metal including at least one of silver, copper, tin and aluminum in a dispersed form. a cell assembly including a plurality of pouch-type secondary batteries having electrode leads formed to protrude in a front and rear direction and stacked on each other in a left and right direction; a bus bar assembly located at a front side or a rear side of the cell assembly at which the electrode leads are formed, the bus bar assembly including a bus bar frame having a perforation hole (H1) through which at least one electrode lead protrudes and a bus bar mounted to an outer surface of the bus bar frame and having a conductive metal to electrically connect the plurality of pouch-type secondary batteries ; characterized by a heat-shrinkable tube formed to be shrunk by heat and configured so that the cell assembly is located therein, the heat-shrinkable tube being provided to surround a side surface of the cell assembly and a portion of the bus bar assembly , and a thermally conductive adhesive added to be interposed between the cell assembly and the heat-shrinkable tube , wherein the thermally conductive adhesive includes a filler having a metal including at least one of silver, copper, tin and aluminum in a dispersed form.
A watch , in particular wristwatch, comprising: a timer arrangement with an oscillation system , - wherein the oscillation system comprises: ∘ an light wave guide arrangement disposing at an light wave guide , ∘ an electro-optical converter arranged to feed a clocked light signal into the light wave guide arrangement, ∘ and an optical-electrical converter receiving the light signal from the light wave guide and arranged to generate an electrical signal based on the received light signal, - wherein the timer arrangement comprises an electronic usage signal generating device configured to generate a usage signal based on a frequency of the electrical signal, and a watch display device arranged to display the time based on the usage signal. a timer arrangement with an oscillation system , - wherein the oscillation system comprises: ∘ an light wave guide arrangement disposing at an light wave guide , ∘ an electro-optical converter arranged to feed a clocked light signal into the light wave guide arrangement, ∘ and an optical-electrical converter receiving the light signal from the light wave guide and arranged to generate an electrical signal based on the received light signal, - wherein the timer arrangement comprises an electronic usage signal generating device configured to generate a usage signal based on a frequency of the electrical signal, - wherein the oscillation system comprises: ∘ an light wave guide arrangement disposing at an light wave guide , ∘ an electro-optical converter arranged to feed a clocked light signal into the light wave guide arrangement, ∘ and an optical-electrical converter receiving the light signal from the light wave guide and arranged to generate an electrical signal based on the received light signal, ∘ an light wave guide arrangement disposing at an light wave guide , ∘ an electro-optical converter arranged to feed a clocked light signal into the light wave guide arrangement, ∘ and an optical-electrical converter receiving the light signal from the light wave guide and arranged to generate an electrical signal based on the received light signal, - wherein the timer arrangement comprises an electronic usage signal generating device configured to generate a usage signal based on a frequency of the electrical signal, and a watch display device arranged to display the time based on the usage signal.
A vehicle comprising: an electric power reception unit that is configured to receive electric power that is required to turn on an electric power supply relay , from a portable device that is portable, the portable device including an electrical storage device provided therein, and the portable device being configured to carry out authentication of a user of the vehicle and issuance of a command to activate a system of the vehicle , wherein the electric power reception unit includes an exterior insertion portion which is provided outside a vehicle cabin and into which the portable device is inserted, an interior insertion portion which is provided inside the vehicle cabin and into which the portable device is inserted, a placement portion which is provided inside the vehicle cabin and onto which the portable device is placed, and a non-contact electric power reception portion that is configured to receive the electric power from the portable device in a non-contact manner. an electric power reception unit that is configured to receive electric power that is required to turn on an electric power supply relay , from a portable device that is portable, the portable device including an electrical storage device provided therein, and the portable device being configured to carry out authentication of a user of the vehicle and issuance of a command to activate a system of the vehicle , wherein the electric power reception unit includes an exterior insertion portion which is provided outside a vehicle cabin and into which the portable device is inserted, an interior insertion portion which is provided inside the vehicle cabin and into which the portable device is inserted, a placement portion which is provided inside the vehicle cabin and onto which the portable device is placed, and a non-contact electric power reception portion that is configured to receive the electric power from the portable device in a non-contact manner.
Method for thickening a longitudinal edge strip of a strip made of a plastically deformable material, wherein the strip is transversely compression-rolled in its transverse direction (Q) so that the strip becomes narrower and at the same time the longitudinal edge strip becomes thicker, characterized in that before or simultaneously with the cross edge rolling process, the strip is bent in a transverse direction (QS) in opposite directions along two parallel bending lines which extend in a longitudinal direction of the strip and otherwise delimit the longitudinal edge strip from the strip , so that a step extending in the longitudinal direction of the strip is produced, on which step the strip is supported transversely to the strip during the cross edge rolling process of the longitudinal edge strip .
A verification method comprising: presenting a keypad image over an operable keypad within a display zone of a screen associated with an electronic device, wherein the keypad image and the operable keypad are generated using at least one scrambled keypad configuration generated on or at the electronic device; storing an encoded version of an identifier entered into the electronic device by a user operating the operable keypad via the keypad image; transmitting the encoded version of the identifier to a remote computing resource; and transmitting the at least one scrambled keypad configuration to the remote computing resource to enable decoding of the encoded version of the identifier. presenting a keypad image over an operable keypad within a display zone of a screen associated with an electronic device, wherein the keypad image and the operable keypad are generated using at least one scrambled keypad configuration generated on or at the electronic device; storing an encoded version of an identifier entered into the electronic device by a user operating the operable keypad via the keypad image; transmitting the encoded version of the identifier to a remote computing resource; and transmitting the at least one scrambled keypad configuration to the remote computing resource to enable decoding of the encoded version of the identifier.
A vibration assembly for a downhole tool positionable in a subterranean formation , the vibration assembly comprising: a vibration race positioned in the downhole tool , the vibration race having a non-planar engagement surface ; an additional race positioned in the downhole tool a distance from the vibration race , the additional race having another engagement surface facing the non-planar engagement surface of the vibration race ; and rollers rollably engageable with the non-planar engagement surface and the another engagement surface to vary the distance between the vibration race and the additional race whereby axial movement is provided in the downhole tool ; characterized in that the non-planar engagement surface comprises a plurality of valleys each having a first radius and a plurality of ramps each having a second radius that is different from the first radius. a vibration race positioned in the downhole tool , the vibration race having a non-planar engagement surface ; an additional race positioned in the downhole tool a distance from the vibration race , the additional race having another engagement surface facing the non-planar engagement surface of the vibration race ; and rollers rollably engageable with the non-planar engagement surface and the another engagement surface to vary the distance between the vibration race and the additional race whereby axial movement is provided in the downhole tool ; characterized in that the non-planar engagement surface comprises a plurality of valleys each having a first radius and a plurality of ramps each having a second radius that is different from the first radius.
A method, comprising: at a hearing aid with one or more processors; a memory; an output unit; and a wireless communication unit: receiving, via the wireless communication unit, a wireless signal including a succession of frames including a first frame including first encoded audio samples; and determining a first codec; performing an error check based on the first frame; and in accordance with a determination that the first frame fails to pass the error check: performing a test, including determining first difference values between first expected histogram values in categories and first observed histogram values of the first encoded audio samples in the categories; wherein the expected histogram values are associated with the first codec; and determining a first fitness value associated with the first difference values; wherein the first expected histogram values are stored in the memory; in accordance with a determination that the first fitness value satisfies a first criterion, enabling rendering of the first encoded audio samples via the output unit. at a hearing aid with one or more processors; a memory; an output unit; and a wireless communication unit: receiving, via the wireless communication unit, a wireless signal including a succession of frames including a first frame including first encoded audio samples; and determining a first codec; performing an error check based on the first frame; and in accordance with a determination that the first frame fails to pass the error check: performing a test, including determining first difference values between first expected histogram values in categories and first observed histogram values of the first encoded audio samples in the categories; wherein the expected histogram values are associated with the first codec; and determining a first fitness value associated with the first difference values; receiving, via the wireless communication unit, a wireless signal including a succession of frames including a first frame including first encoded audio samples; and determining a first codec; performing an error check based on the first frame; and in accordance with a determination that the first frame fails to pass the error check: performing a test, including determining first difference values between first expected histogram values in categories and first observed histogram values of the first encoded audio samples in the categories; wherein the expected histogram values are associated with the first codec; and determining a first fitness value associated with the first difference values; wherein the first expected histogram values are stored in the memory; in accordance with a determination that the first fitness value satisfies a first criterion, enabling rendering of the first encoded audio samples via the output unit.
A method for producing copper particles, the method comprising: preparing a copper compound, a salt of a main group metal, and a polyhydric alcohol; and heating a mixture of the copper compound, the salt of the main group metal, and the polyhydric alcohol to reduce the copper compound by the polyhydric alcohol, thus producing copper particles, wherein the copper compound is copper hydroxide or copper nitrate, the main group metal is sodium, the salt is a sulfide, a hydroxide, or a carbonate, the salt of the main group metal has a molar concentration of at least 100 μM and no greater than 300 μM relative to a volume of the mixture, the copper particles have a specific characteristic in their particle size distribution as measured by dynamic light scattering, and the specific characteristic is that the particle size distribution has two peaks, one of the two peaks is in a range of particle sizes of less than 1,000 nm and the other of the two peaks is in a range of particle sizes of greater than or equal to 1,000 nm, and a ratio of a maximum value of a scattering intensity distribution associated with the other peak in the range of particle sizes of greater than or equal to 1,000 nm to a maximum value of the scattering intensity distribution associated with the one peak in the range of particle sizes of less than 1,000 nm is at least 0.3 and no greater than 1.5. preparing a copper compound, a salt of a main group metal, and a polyhydric alcohol; and heating a mixture of the copper compound, the salt of the main group metal, and the polyhydric alcohol to reduce the copper compound by the polyhydric alcohol, thus producing copper particles, wherein the copper compound is copper hydroxide or copper nitrate, the main group metal is sodium, the salt is a sulfide, a hydroxide, or a carbonate, the salt of the main group metal has a molar concentration of at least 100 μM and no greater than 300 μM relative to a volume of the mixture, the copper particles have a specific characteristic in their particle size distribution as measured by dynamic light scattering, and the specific characteristic is that the particle size distribution has two peaks, one of the two peaks is in a range of particle sizes of less than 1,000 nm and the other of the two peaks is in a range of particle sizes of greater than or equal to 1,000 nm, and a ratio of a maximum value of a scattering intensity distribution associated with the other peak in the range of particle sizes of greater than or equal to 1,000 nm to a maximum value of the scattering intensity distribution associated with the one peak in the range of particle sizes of less than 1,000 nm is at least 0.3 and no greater than 1.5.
Coupling assembly for transmitting a rotational movement, the coupling assembly comprising: - a first coupling member (1; 11; 21; 31; 41; 51 ; 61) rotationally mounted about a first axis (A), and having a first coupling means (10; 110; 210), - a second coupling member (2; 12; 22) rotationally mounted about a second axis (B), and having a second coupling means (20; 120; 220), - a sliding member (3; 13; 23; 33; 43; 53; 63) comprising: - a first cooperating means (10a; 110a; 210a) cooperating with the first coupling means (10; 110; 210) such that the sliding member (3; 13; 23) is translationally moveable relatively to the first coupling member (1; 11; 21) about a first direction (X), - a second cooperating means (20a; 120a; 220a) cooperating with the second coupling means (20; 120; 220) such that the sliding member (3; 13; 23) is translationally moveable relatively to the second coupling member (2; 12; 22) about a second direction (Y) substantially perpendicular to the first direction (X), wherein the first coupling member (1; 11; 21; 31; 41; 51 ; 61) and/or the sliding member (3; 13; 23; 33; 43; 53; 63) comprises retaining means (4, 5; 14, 15; 24, 25; 34, 35; 44, 45; 54, 55; 64, 65) retaining axially and/or radially the slider (3; 13; 23; 33; 43; 53; 63) on the first coupling member (1; 11; 21; 31; 41; 51; 61), such that the first cooperating means (10a; 110a; 210a) cooperates with the first coupling means (10; 110; 210), characterized in that the retaining means comprises at least one clip fastening means (4; 14; 24) retaining radially the slider (3; 13; 23) on the first coupling member (1; 11; 21). - a first coupling member (1; 11; 21; 31; 41; 51 ; 61) rotationally mounted about a first axis (A), and having a first coupling means (10; 110; 210), - a second coupling member (2; 12; 22) rotationally mounted about a second axis (B), and having a second coupling means (20; 120; 220), - a sliding member (3; 13; 23; 33; 43; 53; 63) comprising: - a first cooperating means (10a; 110a; 210a) cooperating with the first coupling means (10; 110; 210) such that the sliding member (3; 13; 23) is translationally moveable relatively to the first coupling member (1; 11; 21) about a first direction (X), - a second cooperating means (20a; 120a; 220a) cooperating with the second coupling means (20; 120; 220) such that the sliding member (3; 13; 23) is translationally moveable relatively to the second coupling member (2; 12; 22) about a second direction (Y) substantially perpendicular to the first direction (X), - a first cooperating means (10a; 110a; 210a) cooperating with the first coupling means (10; 110; 210) such that the sliding member (3; 13; 23) is translationally moveable relatively to the first coupling member (1; 11; 21) about a first direction (X), - a second cooperating means (20a; 120a; 220a) cooperating with the second coupling means (20; 120; 220) such that the sliding member (3; 13; 23) is translationally moveable relatively to the second coupling member (2; 12; 22) about a second direction (Y) substantially perpendicular to the first direction (X),
A process for the preparation of potassium chloride granulate from a crystalline potassium chloride raw material, comprising the steps of treating the potassium chloride raw material prior to granulation with at least one alkali metal carbonate and at least one phosphate additive, selected from alkali metal monophosphates, alkali metal pyrophosphates, linear alkali metal polyphosphates and mixtures thereof, in the presence of water, wherein the content of water during the treatment of the crystalline potassium chloride raw material with the alkali metal carbonate and the phosphate additive is in the range from 2 to 15% by weight, relative to the solid portion of the potassium chloride raw material, wherein the alkali metal carbonate is used in an amount of from 0.05 to 1% by weight and the phosphate additive is used in an amount of from 0.025 to 2% by weight, relative to the solid portion of the potassium chloride raw material. wherein the content of water during the treatment of the crystalline potassium chloride raw material with the alkali metal carbonate and the phosphate additive is in the range from 2 to 15% by weight, relative to the solid portion of the potassium chloride raw material, wherein the alkali metal carbonate is used in an amount of from 0.05 to 1% by weight and the phosphate additive is used in an amount of from 0.025 to 2% by weight, relative to the solid portion of the potassium chloride raw material.