mhurhangee/ep-ind-claims huggingface dataset:
A load structure comprising: a panel including: a core; and a coating of polyurethane around the core; a layer of carpet or felt on at least a portion of a first side of the panel; and an over mold coating on a second side of the panel; characterized in that the panel is formed with one or more protrusions that protrude from the second side of the panel, and in that the protrusion(s) has a height less than the thickness of the over mold coating such that the over mold coating covers the protrusion(s). a panel including: a core; and a coating of polyurethane around the core; a core; and a coating of polyurethane around the core; a layer of carpet or felt on at least a portion of a first side of the panel; and an over mold coating on a second side of the panel; characterized in that the panel is formed with one or more protrusions that protrude from the second side of the panel, and in that the protrusion(s) has a height less than the thickness of the over mold coating such that the over mold coating covers the protrusion(s).
An image detector, comprising: a pixel array comprising a plurality of photosensitive pixels, wherein each of the plurality of photosensitive pixels comprises: a photoelectric conversion layer configured to convert incident light into signal charges; and wherein the image detector is characterized in that each of the plurality of photosensitive pixels further comprises: a light shielding layer positioned at a side of the photoelectric conversion layer close to a light incident surface and comprising a plurality of openings to pass the incident light to the photoelectric conversion layer, wherein each of the plurality of openings has its light-passing area that increases with a distance from the opening to a border of the photosensitive pixel. a light shielding layer positioned at a side of the photoelectric conversion layer close to a light incident surface and comprising a plurality of openings to pass the incident light to the photoelectric conversion layer, wherein each of the plurality of openings has its light-passing area that increases with a distance from the opening to a border of the photosensitive pixel.
A robotic vehicle (101, 200, 401) for performing a movable operation in a workable area (104, 404, 724) in accordance with a planned path, the movable operation comprising a soil cultivation, the vehicle (101, 200, 401) comprising a memory and a processor, the memory comprising instructions, wherein execution of the instructions by the processor causes the vehicle (101, 200, 401) to: - detect, in a current position of the vehicle, a change in at least part of current boundaries (107, 109, 407, 409) of the workable area (104, 404, 724), wherein the detection of the change is performed based on sensor data characterizing a change in a characteristic of an object defining the current boundaries; - update the workable area (104, 404, 724) by changing boundaries of the workable area (104, 404, 724), the changed boundaries becoming the current boundaries, wherein the update is performed such that the change does not exceed a predefined change threshold (501, 741, 743); and - perform the movable operation using the planned path or a re-planned path based on the detected change. - detect, in a current position of the vehicle, a change in at least part of current boundaries (107, 109, 407, 409) of the workable area (104, 404, 724), wherein the detection of the change is performed based on sensor data characterizing a change in a characteristic of an object defining the current boundaries; - update the workable area (104, 404, 724) by changing boundaries of the workable area (104, 404, 724), the changed boundaries becoming the current boundaries, wherein the update is performed such that the change does not exceed a predefined change threshold (501, 741, 743); and - perform the movable operation using the planned path or a re-planned path based on the detected change.
Device for burning off propellants or explosive substances at a trigger temperature below the spontaneous ignition temperature of the propellant or the explosive substance which has at least two substances (5, 6) exothermically reacting with each other, characterized in that at least one first substance is present in a liquid state of aggregation below the trigger temperature of the device and separated from at least one second substance by at least one pressure-tight barrier, wherein, upon reaching the trigger temperature, the pressure-tight barrier permits contact between the first substance and the second substance.
An electronic device (100; 200; 300) comprising: a display (120; 220); a plurality of circuit boards (107, 112; 210 1-n; 307, 312); a main chassis element configured to support the display (120; 220); and a plurality of chassis enclosures, wherein each of the plurality of circuit boards (107, 112; 210 1-n; 307, 312) is separately housed by a chassis enclosure, and wherein each chassis enclosure includes a front housing (106, 111; 306, 311) and a back housing (108, 113; 308, 313), the front housing (106, 111; 306, 311) and back housing (108, 113; 308, 313) configured to retain a circuit board (107, 112; 210 1-n; 307, 312), and at least one heat dissipation element, wherein the plurality of chassis enclosures are mounted to provide an air gap for heat dissipation between each chassis enclosure, wherein each chassis enclosure is formed of a heat sinking material and wherein one or more heat spreading elements of the chassis enclosure extends into the air gap between chassis enclosures, wherein each chassis enclosure electrically shields a retained circuit board (107, 112; 210 1-n; 307, 312), and wherein the heat spreading elements in the air gap between two chassis enclosures are separated from each other. a display (120; 220); a plurality of circuit boards (107, 112; 210 1-n; 307, 312); a main chassis element configured to support the display (120; 220); and a plurality of chassis enclosures, wherein each of the plurality of circuit boards (107, 112; 210 1-n; 307, 312) is separately housed by a chassis enclosure, and wherein each chassis enclosure includes a front housing (106, 111; 306, 311) and a back housing (108, 113; 308, 313), the front housing (106, 111; 306, 311) and back housing (108, 113; 308, 313) configured to retain a circuit board (107, 112; 210 1-n; 307, 312), and at least one heat dissipation element, a front housing (106, 111; 306, 311) and a back housing (108, 113; 308, 313), the front housing (106, 111; 306, 311) and back housing (108, 113; 308, 313) configured to retain a circuit board (107, 112; 210 1-n; 307, 312), and at least one heat dissipation element, wherein the plurality of chassis enclosures are mounted to provide an air gap for heat dissipation between each chassis enclosure, wherein each chassis enclosure is formed of a heat sinking material and wherein one or more heat spreading elements of the chassis enclosure extends into the air gap between chassis enclosures, wherein each chassis enclosure electrically shields a retained circuit board (107, 112; 210 1-n; 307, 312), and wherein the heat spreading elements in the air gap between two chassis enclosures are separated from each other.
A pneumatic tire having at least one outer region circumferential main groove extending continuously in a circumferential direction of a tire and disposed in an outer region of a tread surface which faces outward of a tire equator with respect to a vehicle, said outer region circumferential main groove being a straight groove such that each of ridge lines at which groove wall surfaces on both sides of said groove intersect with said tread surface extends straight in the circumferential direction, each of said groove wall surfaces comprising a gently-inclined upper wall surface portion which extends downwardly from each of said ridge lines at an angle θ1 of 40 to 60° with respect to a normal line to the tread surface, and a steeply-inclined lower wall surface portion which is continuous with a lower end (Ue) of said upper wall surface portion and extends up to a groove bottom at an angle θ2 smaller than said angle θ1, characterized by said lower wall surface portion including projections disposed at intervals in the circumferential direction, said projections having a triangular cross section and projecting from said lower wall surface portion toward a groove width center (Cg) with a slope surface extending from said lower end (Ue) of said upper wall surface portion up to said groove bottom at an angle θ3 which is not greater than said angle θ1 but is greater than said angle θ2.
Method for the manufacture of cutting inserts, comprising: - depositing a layer of hard metal, forming the cutting inserts, on a dissolvable profiled substrate using a PVD (Physical Vapor Deposition) process, whereby the deposited layer substantially corresponds to the thickness of the cutting insert, and - dissolving the substrate to obtain cutting inserts configured as free-standing parts. - depositing a layer of hard metal, forming the cutting inserts, on a dissolvable profiled substrate using a PVD (Physical Vapor Deposition) process, whereby the deposited layer substantially corresponds to the thickness of the cutting insert, and - dissolving the substrate to obtain cutting inserts configured as free-standing parts.
A process for coupling a polymer comprising: polymerizing a monomer or a mixture of monomers to form polymer segments; and reacting the polymer segments with a coupling agent, the coupling agent having at least two alkenylbenzene groups each covalently bonded with a nitrogen of an amine compound. polymerizing a monomer or a mixture of monomers to form polymer segments; and reacting the polymer segments with a coupling agent, the coupling agent having at least two alkenylbenzene groups each covalently bonded with a nitrogen of an amine compound.
Inductive charging device comprising an evaluation unit for identifying a foreign object on a surface for transmitting energy between a primary coil of an inductive device and a secondary coil of a secondary unit, comprising: - a primary coil (4, 13), - a surface, through which energy is transmitted substantially between the primary coil and the secondary coil, - a first temperature sensor thermally coupled to the surface, characterized by - a second temperature sensor thermally coupled to the coil (4, 13), and - an evaluation unit connected to the temperature sensors (5, 6) for information interchange purposes, wherein the evaluation unit is configured to identify a foreign object on the surface in response to an increase in the temperature detected by means of the second temperature sensor that is slower with respect to an increase in the temperature detected by means of the first temperature sensor. - a primary coil (4, 13), - a surface, through which energy is transmitted substantially between the primary coil and the secondary coil, - a first temperature sensor thermally coupled to the surface, - a second temperature sensor thermally coupled to the coil (4, 13), and - an evaluation unit connected to the temperature sensors (5, 6) for information interchange purposes, wherein the evaluation unit is configured to identify a foreign object on the surface in response to an increase in the temperature detected by means of the second temperature sensor that is slower with respect to an increase in the temperature detected by means of the first temperature sensor.
Rotating cleaner comprising a housing which has a cavity and an inlet which can be connected to a fluid supply line, comprising a shaft extending in sections into the cavity, comprising a spray body which has an interior space, which spray body is connected to the shaft for conjoint rotation therewith and includes at least one outlet opening, and comprising a bearing for rotatably supporting the shaft in the housing, wherein a fluid manifold (13; 13') configured for uniform distribution of fluid is arranged in the interior space, wherein the fluid manifold (13; 13') comprises a hollow body having a cylinder and a dome-shaped end face.
A method of performing speech recognition on board of an aircraft, wherein the method comprises: - receiving a speech signal spoken by a user; - performing speech recognition on a first portion of the speech signal before the user has been identified; - performing speaker recognition on the first portion of the speech signal to identify the user from the speech signal; - selecting a speech recognition user profile which is associated with the identified user; and - performing speech recognition on a remaining portion of the speech signal using the selected user profile. - receiving a speech signal spoken by a user; - performing speech recognition on a first portion of the speech signal before the user has been identified; - performing speaker recognition on the first portion of the speech signal to identify the user from the speech signal; - selecting a speech recognition user profile which is associated with the identified user; and - performing speech recognition on a remaining portion of the speech signal using the selected user profile.
A supercharger having a longitudinal axis, comprising: a housing at least partially defining a chamber, the housing having a first end and a second end; at least one rotor disposed within the chamber; an inlet port proximate the first end of the housing and in fluid communication with the chamber; an outlet port proximate the second end of the housing and in fluid communication with the chamber, wherein at least a section of the outlet port is located at the same longitudinal position as a portion of the rotor and is configured to allow fluid to directly exit the chamber in a radial direction; and a relief chamber in fluid communication with the chamber, the relief chamber including a chamber end surface and a pair of oppositely disposed chamber side surfaces (40, 42) defining the entire width of the relief chamber, wherein the relief chamber has a depth in the axial direction that is equal to at least 10% of the axial length of the rotor and is configured to allow fluid to exit the chamber in an axial direction, and wherein the chamber end surface is substantially curved from a front edge to a back edge and each of the chamber side surfaces (40, 42) is angled outwardly from the relief chamber. a housing at least partially defining a chamber, the housing having a first end and a second end; at least one rotor disposed within the chamber; an inlet port proximate the first end of the housing and in fluid communication with the chamber; an outlet port proximate the second end of the housing and in fluid communication with the chamber, wherein at least a section of the outlet port is located at the same longitudinal position as a portion of the rotor and is configured to allow fluid to directly exit the chamber in a radial direction; and a relief chamber in fluid communication with the chamber, the relief chamber including a chamber end surface and a pair of oppositely disposed chamber side surfaces (40, 42) defining the entire width of the relief chamber, wherein the relief chamber has a depth in the axial direction that is equal to at least 10% of the axial length of the rotor and is configured to allow fluid to exit the chamber in an axial direction, and wherein the chamber end surface is substantially curved from a front edge to a back edge and each of the chamber side surfaces (40, 42) is angled outwardly from the relief chamber.
A fluoride-reduced lipid-rich krill fraction having a dry matter total lipid content of approximately 50%, and a dry weight fluoride reduction of over 70% as compared to an 1.500 ppm fluoride value in commercial krill meal.
A method of driving a bistable electro-optic display having a plurality of pixels, each of which is capable of displaying at least three gray levels, the method being characterized by: the electro-optic display being an electrophoretic display in which charged particles move through a suspending fluid under the influence of an electric field; storing data representing the impulses necessary to convert an initial gray level to a final gray level in a look-up table; storing data representing at least an initial state of each pixel of the display; receiving an input signal representing a desired final state of at least one pixel of the display; generating an output signal representing the impulse necessary to convert the initial state of the one pixel to the desired final state thereof, as determined from the look-up table; and characterized by receiving a temperature signal representing the temperature of at least one pixel of the display and generating the output signal dependent upon the temperature signal. the electro-optic display being an electrophoretic display in which charged particles move through a suspending fluid under the influence of an electric field; storing data representing the impulses necessary to convert an initial gray level to a final gray level in a look-up table; storing data representing at least an initial state of each pixel of the display; receiving an input signal representing a desired final state of at least one pixel of the display; generating an output signal representing the impulse necessary to convert the initial state of the one pixel to the desired final state thereof, as determined from the look-up table;
An ink jet recording method comprising: attaching a reaction liquid and one or more ink jet ink compositions to a low-absorbing or non-absorbing recording medium, wherein the reaction liquid contains a reactant which is a carboxylic acid or carboxylate that reacts with a component of the ink jet ink composition, wherein the ink jet ink composition contains a resin and water, and characterized in that, when a deposition amount in an area in which the deposition amount of the resin is the greatest per unit area in a deposition area of the ink jet ink composition on the low-absorbing or non-absorbing recording medium is set to be 100%, the reaction liquid and the ink jet ink composition are deposited so that a mass ratio between the deposition amount of the resin and the deposition amount of the reactant (resin/reactant) in the deposition area in which the deposition amount of the resin is in a range of 20% to 100% is in a range of 1.5 to 16. attaching a reaction liquid and one or more ink jet ink compositions to a low-absorbing or non-absorbing recording medium, wherein the reaction liquid contains a reactant which is a carboxylic acid or carboxylate that reacts with a component of the ink jet ink composition, wherein the ink jet ink composition contains a resin and water, and characterized in that, when a deposition amount in an area in which the deposition amount of the resin is the greatest per unit area in a deposition area of the ink jet ink composition on the low-absorbing or non-absorbing recording medium is set to be 100%, the reaction liquid and the ink jet ink composition are deposited so that a mass ratio between the deposition amount of the resin and the deposition amount of the reactant (resin/reactant) in the deposition area in which the deposition amount of the resin is in a range of 20% to 100% is in a range of 1.5 to 16.
A machine-implemented method for authenticating a user session, comprising: displaying a personalized digital image (310, 360) on a display screen; receiving a user drawing set executed by a user over the personalized digital image determining if the user drawing set matches a library drawing set, wherein each member of the user drawing set is compared to the library drawing set based on tolerance values, and wherein, if a majority of members of the user drawing set match, tolerance values for the remaining members are increased; and if the user drawing set matches the library drawing set, measuring user accuracy; and authenticating access to the user session if the user drawing set matches the library drawing set associated with the user; wherein a position tolerance value and a vector tolerance value associated with the user are adjusted based on the user accuracy. displaying a personalized digital image (310, 360) on a display screen; receiving a user drawing set executed by a user over the personalized digital image determining if the user drawing set matches a library drawing set, wherein each member of the user drawing set is compared to the library drawing set based on tolerance values, and wherein, if a majority of members of the user drawing set match, tolerance values for the remaining members are increased; and if the user drawing set matches the library drawing set, measuring user accuracy; and authenticating access to the user session if the user drawing set matches the library drawing set associated with the user; wherein a position tolerance value and a vector tolerance value associated with the user are adjusted based on the user accuracy.
A hand controller device, comprising: a first finger supporting means (240; 440; 1040; 1140; 1240) for supporting a user's thumb and a second finger supporting means (250, 260; 450, 460; 1050; 1250) for supporting one or more of the user's fingers, wherein at least one of the finger supporting means is movably coupled to a support structure (210; 1010; 1110) such that a movement of the movable finger supporting means (250, 260; 450, 460; 1050; 1250) increases or reduces an opening angle and/or a distance between the first (240; 440; 1040; 1140; 1240) and second (250, 260; 450, 460; 1050; 1250) finger supporting means; and a force and/or torque generation means configured to generate a force and/or torque between the first (240; 440; 1040; 1140; 1240) and second (250, 260; 1050; 1250) finger supporting means, wherein the first finger supporting means (240; 440; 1040; 1140; 1240) and/or the second finger supporting means (250, 260; 1050; 1250) comprise finger detecting means configured to detect whether or not and/or where a user's finger is in contact with a surface (241, 251, 261) of the first and/or second finger supporting means; and wherein whether or not and/or where a user's finger is in contact with the surface of the first finger supporting means (240; 440) and/or with the surface (251, 261) of the second finger supporting means (250, 260; 1050; 1250) is detected independently of whether or not the movable finger supporting means (250, 260; 1050; 1250) is moved. a first finger supporting means (240; 440; 1040; 1140; 1240) for supporting a user's thumb and a second finger supporting means (250, 260; 450, 460; 1050; 1250) for supporting one or more of the user's fingers, wherein at least one of the finger supporting means is movably coupled to a support structure (210; 1010; 1110) such that a movement of the movable finger supporting means (250, 260; 450, 460; 1050; 1250) increases or reduces an opening angle and/or a distance between the first (240; 440; 1040; 1140; 1240) and second (250, 260; 450, 460; 1050; 1250) finger supporting means; and a force and/or torque generation means configured to generate a force and/or torque between the first (240; 440; 1040; 1140; 1240) and second (250, 260; 1050; 1250) finger supporting means, wherein the first finger supporting means (240; 440; 1040; 1140; 1240) and/or the second finger supporting means (250, 260; 1050; 1250) comprise finger detecting means configured to detect whether or not and/or where a user's finger is in contact with a surface (241, 251, 261) of the first and/or second finger supporting means; and wherein whether or not and/or where a user's finger is in contact with the surface of the first finger supporting means (240; 440) and/or with the surface (251, 261) of the second finger supporting means (250, 260; 1050; 1250) is detected independently of whether or not the movable finger supporting means (250, 260; 1050; 1250) is moved.