mhurhangee/patent-ind-claim-en huggingface dataset:
An electronic device comprising: a housing that includes a first surface facing a first direction and a second surface facing a second direction opposite to the first direction; a display that is disposed between the first surface and the second surface, the display being exposed through the first surface; at least one processor that is electrically connected to the display ; a metal part that surrounds a connector of universal serial bus (USB) type C; and a circuit comprising a first capacitor and a second capacitor , the first capacitor being connected to a first portion of the metal part surrounding the connector of USB type C, the second capacitor being connected to a second portion of the metal part surrounding the connector of USB type C, the first capacitor and the second capacitor being configured to prevent leakage current based on power applied from an accessory, wherein the first capacitor and the second capacitor are further configured to be short-circuited when an overcurrent occurs. a housing that includes a first surface facing a first direction and a second surface facing a second direction opposite to the first direction; a display that is disposed between the first surface and the second surface, the display being exposed through the first surface; at least one processor that is electrically connected to the display ; a metal part that surrounds a connector of universal serial bus (USB) type C; and a circuit comprising a first capacitor and a second capacitor , the first capacitor being connected to a first portion of the metal part surrounding the connector of USB type C, the second capacitor being connected to a second portion of the metal part surrounding the connector of USB type C, the first capacitor and the second capacitor being configured to prevent leakage current based on power applied from an accessory, wherein the first capacitor and the second capacitor are further configured to be short-circuited when an overcurrent occurs.
A method for preventing demagnetization by a wireless charging transceiver of a foreign object including magnetically stored data, characterized in that the foreign object includes a near field communication, NFC, chip and in that the method comprises the steps of: - detecting the foreign object by means of a first identification sensor at the wireless charging transceiver , wherein the first identification sensor is an NFC sensor; - determining, by a processor using information from the first identification sensor and data that is stored in a local memory or stored in a network, whether the foreign object includes magnetically stored data which are able to be interfered or erased or damaged by the electromagnetic signals from the wireless charging transceiver ; and - responsive to a determination that the foreign object includes magnetically stored data which are able to be interfered or erased or damaged by the electromagnetic signals from the wireless charging transceiver , preventing the wireless charging transceiver from operating. - detecting the foreign object by means of a first identification sensor at the wireless charging transceiver , wherein the first identification sensor is an NFC sensor; - determining, by a processor using information from the first identification sensor and data that is stored in a local memory or stored in a network, whether the foreign object includes magnetically stored data which are able to be interfered or erased or damaged by the electromagnetic signals from the wireless charging transceiver ; and - responsive to a determination that the foreign object includes magnetically stored data which are able to be interfered or erased or damaged by the electromagnetic signals from the wireless charging transceiver , preventing the wireless charging transceiver from operating.
Assembly comprising: - at least one element that is capable of transmitting heat (E); - at least one electrically insulating substrate comprising at least one film (I P ) of a polymer that is a good thermal conductor and electrical insulator; - at least one sintered metal joint (J1) that is in contact with said polymer film; - a main radiator; said main radiator being in direct contact, or in contact via a sintered joint, with said substrate. - at least one element that is capable of transmitting heat (E); - at least one electrically insulating substrate comprising at least one film (I P ) of a polymer that is a good thermal conductor and electrical insulator; - at least one sintered metal joint (J1) that is in contact with said polymer film; - a main radiator;
A total knee implant prosthesis comprising: a tibial component including a pair of bearing surfaces and a post positioned between the bearing surfaces , and a femoral component configured to rotate relative to the tibial component , the femoral component including (i) a pair of condyles sized and shaped to articulate on the bearing surfaces and (ii) an anterior cam positioned between the pair of condyles , and wherein (i) the cam engages the post at a first contact point when the femoral component is at 0 degrees of flexion, characterized in that : (ii) the cam engages the post at a second contact point located lateral of the first contact point when the femoral component is at a first degree of flexion greater than 0 degrees, and (iii) the cam is disengaged from the post when the femoral component is at a second degree of flexion greater than the first degree of flexion. a tibial component including a pair of bearing surfaces and a post positioned between the bearing surfaces , and a femoral component configured to rotate relative to the tibial component , the femoral component including (i) a pair of condyles sized and shaped to articulate on the bearing surfaces and (ii) an anterior cam positioned between the pair of condyles , and wherein (i) the cam engages the post at a first contact point when the femoral component is at 0 degrees of flexion, characterized in that : (ii) the cam engages the post at a second contact point located lateral of the first contact point when the femoral component is at a first degree of flexion greater than 0 degrees, and (iii) the cam is disengaged from the post when the femoral component is at a second degree of flexion greater than the first degree of flexion.
A method for evaluating the condition of a print nozzle , the method comprising: measuring impedances across the print nozzle ; and being characterised by registering onto a print die circuitry of the print nozzle , at least at a first predetermined time instant and at a second predetermined time instant, a first test result and a second test result, respectively, obtained based on the measured impedances, wherein: each of the first predetermined time instant and the second predetermined time instant are measured with respect to a firing pulse, the first test result is obtained by comparing a voltage corresponding to the impedance measured at the first predetermined time instant with a threshold voltage, and the second test result is obtained by comparing a voltage corresponding to the impedance measured at the second predetermined time instant with the threshold voltage, and the first test result is indicative of whether a drive bubble persisted at the first predetermined time instant and the second test result is indicative of whether the drive bubble collapsed and ink within an ink chamber associated with the print nozzle replenished by the second predetermined time instant; evaluating the condition of the print nozzle based on the first test result and the second test result. each of the first predetermined time instant and the second predetermined time instant are measured with respect to a firing pulse, the first test result is obtained by comparing a voltage corresponding to the impedance measured at the first predetermined time instant with a threshold voltage, and the second test result is obtained by comparing a voltage corresponding to the impedance measured at the second predetermined time instant with the threshold voltage, and the first test result is indicative of whether a drive bubble persisted at the first predetermined time instant and the second test result is indicative of whether the drive bubble collapsed and ink within an ink chamber associated with the print nozzle replenished by the second predetermined time instant; evaluating the condition of the print nozzle based on the first test result and the second test result.
Wing of an aircraft , said wing comprising: - a leading edge forming a caisson delimited by a wall and an electrically conductive skin forming a lower surface and an upper surface of the wing and pierced with holes , the wall links an inner face of the lower surface to an inner face of the upper surface, - a pump provided to suck the air present in the caisson and/or to inject air into the caisson , said wing being characterized in that each hole is equipped with an anti-clogging system which comprises: - a electrode produced in an electrically conductive material, - a body produced in an electrically insulating material and having a stem which lodges in the hole and which has a central orifice in which the electrode lodges, where the outer face of the stem has at least one tooth , where the at least one tooth protrudes from the outer face of the stem and extends over the height of the stem , where the at least one tooth is distributed around the stem so as to create at least one channel , and - a voltage generator connected between the electrode and the skin . - a leading edge forming a caisson delimited by a wall and an electrically conductive skin forming a lower surface and an upper surface of the wing and pierced with holes , the wall links an inner face of the lower surface to an inner face of the upper surface, - a pump provided to suck the air present in the caisson and/or to inject air into the caisson , - a electrode produced in an electrically conductive material, - a body produced in an electrically insulating material and having a stem which lodges in the hole and which has a central orifice in which the electrode lodges, where the outer face of the stem has at least one tooth , where the at least one tooth protrudes from the outer face of the stem and extends over the height of the stem , where the at least one tooth is distributed around the stem so as to create at least one channel , and - a voltage generator connected between the electrode and the skin .
An assembly comprising: an outer component ; an inner component ; and a ring positioned between the outer component and the inner component , the ring comprising at least one radially extending projection adapted to seat within at least one groove (311a and 311b) in the inner component or outer component , wherein the at least one projection is adapted to compress radially to allow axial movement between the inner component and the outer component upon application of axial force to at least one of the inner component or the outer component , and characterised in that the at least one projection comprises a circumferentially extending rounded disconnected ridge with tapered shoulders at its axial ends, wherein the projection is adapted to compress radially to facilitate axial movement upon application of an axial force, then expand to fill the groove (311a and 311b) in the inner component or outer component to impede axial movement during application of an axial force. an outer component ; an inner component ; and a ring positioned between the outer component and the inner component , the ring comprising at least one radially extending projection adapted to seat within at least one groove (311a and 311b) in the inner component or outer component , wherein the at least one projection is adapted to compress radially to allow axial movement between the inner component and the outer component upon application of axial force to at least one of the inner component or the outer component , and characterised in that the at least one projection comprises a circumferentially extending rounded disconnected ridge with tapered shoulders at its axial ends, wherein the projection is adapted to compress radially to facilitate axial movement upon application of an axial force, then expand to fill the groove (311a and 311b) in the inner component or outer component to impede axial movement during application of an axial force.
A system comprising: a target apparatus comprising a set of color target elements having known colors, and at least one illumination target element having known surface normals; an imaging device ; and a processor , the processor being configured to (a) extract a partial environment map of global illumination of a scene including the target apparatus that is imaged by the imaging device; (b) capture respective colors for the set of color target elements from the image of the scene; (c) determine expected colors for the set of color target elements based on the known colors of the set of color target elements and the extracted partial environment map; and (d) calculate color transformation parameters based on differences between the expected colors and the captured colors for the set of color target elements, characterized in that the partial environment map is a representation of the global illumination of the scene in the form of an image of relevant light sources, the partial environment map storing information spatially relating the light sources in the image of relevant light sources to a surface of the target apparatus and providing a full set of imaging conditions for each light source included in the partial environment map. a target apparatus comprising a set of color target elements having known colors, and at least one illumination target element having known surface normals; an imaging device ; and a processor , the processor being configured to (a) extract a partial environment map of global illumination of a scene including the target apparatus that is imaged by the imaging device; (b) capture respective colors for the set of color target elements from the image of the scene; (c) determine expected colors for the set of color target elements based on the known colors of the set of color target elements and the extracted partial environment map; and (d) calculate color transformation parameters based on differences between the expected colors and the captured colors for the set of color target elements, characterized in that the partial environment map is a representation of the global illumination of the scene in the form of an image of relevant light sources, the partial environment map storing information spatially relating the light sources in the image of relevant light sources to a surface of the target apparatus and providing a full set of imaging conditions for each light source included in the partial environment map.
A system for detecting glue-joint failure , which is provided on a gypsum board production apparatus and which detects the glue-joint failure at a glue joint section (G) of upper and lower sheets of paper for gypsum board liner with use of optical detection means, wherein the gypsum board production apparatus is arranged to apply a glue to an edge portion of the sheet for gluing the edge portions of the sheets with gypsum slurry (S) being fed between the sheets, thereby forming a continuous layered formation (W), which is formed with a cross-section of an edge portion of a gypsum board (B) and which is conveyed on a forming belt , comprising: a light emission part which is located on one side of said continuous layered formation (W) and which projects a laser light (β) toward an edge portion of said formation (W), the laser light extending in a direction intersecting a conveyance direction of the forming belt ; a light receiving part which is opposed to the light emission part and located on the opposite side of said formation (W) and which receives the laser light of the light emission part; and a control device for determining occurrence of the glue-joint failure (K) when a height (h3) of said laser light blocked by said formation (W) exceeds a predetermined value or a predetermined ratio, wherein said laser light is so positioned that a first part (h1) of the laser light is blocked by said formation (W), a second part (h2) of the laser light passes through an area above an upper surface of said formation (W), and the second part (h2) of the laser light is partially blocked by a rising (Δh) of the edge portion of the glue joint section of the formation (W) upon occurrence of the glue-joint failure. a light emission part which is located on one side of said continuous layered formation (W) and which projects a laser light (β) toward an edge portion of said formation (W), the laser light extending in a direction intersecting a conveyance direction of the forming belt ; a light receiving part which is opposed to the light emission part and located on the opposite side of said formation (W) and which receives the laser light of the light emission part; and a control device for determining occurrence of the glue-joint failure (K) when a height (h3) of said laser light blocked by said formation (W) exceeds a predetermined value or a predetermined ratio, wherein said laser light is so positioned that a first part (h1) of the laser light is blocked by said formation (W), a second part (h2) of the laser light passes through an area above an upper surface of said formation (W), and the second part (h2) of the laser light is partially blocked by a rising (Δh) of the edge portion of the glue joint section of the formation (W) upon occurrence of the glue-joint failure.
An electronic device comprising: a housing ; a camera decoration member having at least a portion disposed inside the housing and a first through-hole formed therein to be at least partially fluidly connected with the outside of the housing , the camera decoration member being configured to support at least a portion of a camera module disposed inside the housing ; a microphone module including a first printed circuit board disposed on the camera decoration member and a microphone disposed on the first printed circuit board; an adhesive member disposed between the first printed circuit board and the camera decoration member , the adhesive member having a second through-hole , at least a portion of which is fluidly connected with the first through-hole; a waterproof membrane disposed in the second through-hole and located between the camera decoration member and the first printed circuit board to cover the first through-hole; and a support member disposed inside the housing and supporting the first printed circuit board to be in contact with the camera decoration member, and wherein the support member includes a receiving space in which at least a portion of the microphone is accommodated and a peripheral portion protruding to form the receiving space, and wherein the peripheral portion contacts at least a portion of the first printed circuit board to support the first printed circuit board . a housing ; a camera decoration member having at least a portion disposed inside the housing and a first through-hole formed therein to be at least partially fluidly connected with the outside of the housing , the camera decoration member being configured to support at least a portion of a camera module disposed inside the housing ; a microphone module including a first printed circuit board disposed on the camera decoration member and a microphone disposed on the first printed circuit board; an adhesive member disposed between the first printed circuit board and the camera decoration member , the adhesive member having a second through-hole , at least a portion of which is fluidly connected with the first through-hole; a waterproof membrane disposed in the second through-hole and located between the camera decoration member and the first printed circuit board to cover the first through-hole; and a support member disposed inside the housing and supporting the first printed circuit board to be in contact with the camera decoration member, and wherein the support member includes a receiving space in which at least a portion of the microphone is accommodated and a peripheral portion protruding to form the receiving space, and wherein the peripheral portion contacts at least a portion of the first printed circuit board to support the first printed circuit board .
A versatile phantom for image quality control on multiple different types of medical x-ray imaging equipment comprising a radiolucent housing in which there are located a first series of elements of the same shape and size wherein each element has a different electron density such that grey scale can be evaluated utilizing the series; a second series of elements of the same shape and material but having a range of different sizes for assessing low contrast detectability; at least one position indicating item selected from a central ball within the housing, position indicating lines on the housing and a unique flat peripheral face of the housing; and at least one mammography dedicated item selected from elements representative of mammography fibres and mammography micro-calcifications.
An antenna apparatus, comprising: an antenna radiator , at least one antenna trough , a feedpoint , and at least one first protruding metal strip ; wherein a printed circuit board, PCB metal layer is disposed around the antenna apparatus; the at least one antenna trough is disposed on the antenna radiator ; the at least one antenna trough extends from a bottom edge to near a top edge of the antenna radiator ; the feedpoint is further disposed on the antenna radiator , and the feedpoint is disposed at an end of the bottom edge of the antenna radiator and is near a side edge of the antenna radiator ; the at least one first protruding metal strip is inserted in the antenna trough and is separated from the antenna radiator ; and an end of the at least one first protruding metal strip is connected to the PCB metal layer ; characterized in that the feedpoint connects the antenna radiator and the PCB metal layer .