mhurhangee/ep-ind-claims huggingface dataset:
A mobile terminal comprising: a display; a window to cover the display, the window having a central region and an edge region; a touch pattern unit (310, 410, 610) on a surface of the window, the touch pattern unit to define a sensing channel for a touch input applied onto the central region of the window; and a signal transfer unit (320, 420, 620) provided on the edge region of the window to cover at least a portion of the edge region of the window, the signal transfer unit to electrically connect to the touch pattern unit and provide a signal transfer path, characterized in that the signal transfer unit includes: a routing electrode (321, 421) to electrically connect the touch pattern unit to a circuit board; an etched portion (322, 422) to electrically separate each signal transfer unit along the sensing channel to form the routing electrode having a different path; and a dummy electrode (323, 423) to be electrically separated from the touch pattern unit by the etched portion, and wherein the routing electrode and the dummy electrode are formed of a same colored material and are outwardly exposed from the edge region to provide an appearance of the edge region. a display; a window to cover the display, the window having a central region and an edge region; a touch pattern unit (310, 410, 610) on a surface of the window, the touch pattern unit to define a sensing channel for a touch input applied onto the central region of the window; and a signal transfer unit (320, 420, 620) provided on the edge region of the window to cover at least a portion of the edge region of the window, the signal transfer unit to electrically connect to the touch pattern unit and provide a signal transfer path, characterized in that the signal transfer unit includes: a routing electrode (321, 421) to electrically connect the touch pattern unit to a circuit board; an etched portion (322, 422) to electrically separate each signal transfer unit along the sensing channel to form the routing electrode having a different path; and a dummy electrode (323, 423) to be electrically separated from the touch pattern unit by the etched portion, and wherein the routing electrode and the dummy electrode are formed of a same colored material and are outwardly exposed from the edge region to provide an appearance of the edge region. a routing electrode (321, 421) to electrically connect the touch pattern unit to a circuit board; an etched portion (322, 422) to electrically separate each signal transfer unit along the sensing channel to form the routing electrode having a different path; and a dummy electrode (323, 423) to be electrically separated from the touch pattern unit by the etched portion, and wherein the routing electrode and the dummy electrode are formed of a same colored material and are outwardly exposed from the edge region to provide an appearance of the edge region.
Hybrid video encoder for predictively encoding a first- and a second- view video into a multi-view data signal with frames (122 1 - 122 4) of the second-view video being spatially subdivided into sub-regions (132 232), the hybrid video encoder being configured to assign a prediction mode out of a set of possible prediction modes, to each of the sub-regions of the frames (122 1 - 122 4) of the second-view video, wherein the set of possible prediction modes comprises at least an inter-view prediction mode and an intra-view prediction mode; respectively determine, for sub-regions (132 232) of the frames of the second-view video with which the inter-view prediction mode is associated, a disparity vector among disparity vectors out of a set of disparity vectors lying within a predetermined search area, which corresponds to a local minimum of prediction errors resulting from applying the set of disparity vectors to a reconstructed version of a portion of frames (120 1 - 120 4) of the first-view video, and the prediction residual, resulting from applying the disparity vector determined; and respectively insert, for the sub-regions (132 232) of the frames of the second-view video with which the inter-view prediction mode is associated, the disparity vector determined, and the prediction residual determined into the multi-view data signal, the encoder being characterized in that it is configured to further respectively insert, for the sub-regions of the frames of the second-view video with which the inter-view prediction mode is associated, reliability data into the multi-view data signal, with the reliability data being determined in dependence on a function which monotonically increases with decreasing value of a dispersion measure of the distribution of a resulting prediction error at the set of disparity vectors when plotted against a distance of the respective one of the set of disparity vectors from the disparity vector inserted into the multi-view data signal. a disparity vector among disparity vectors out of a set of disparity vectors lying within a predetermined search area, which corresponds to a local minimum of prediction errors resulting from applying the set of disparity vectors to a reconstructed version of a portion of frames (120 1 - 120 4) of the first-view video, and the prediction residual, resulting from applying the disparity vector determined; and the disparity vector determined, and the prediction residual determined into the multi-view data signal, the encoder being characterized in that it is configured to further respectively insert, for the sub-regions of the frames of the second-view video with which the inter-view prediction mode is associated, reliability data into the multi-view data signal, with the reliability data being determined in dependence on a function which monotonically increases with decreasing value of a dispersion measure of the distribution of a resulting prediction error at the set of disparity vectors when plotted against a distance of the respective one of the set of disparity vectors from the disparity vector inserted into the multi-view data signal.
A shift control arrangement in a gearbox, comprising a first shift rod, provided with a first and second end part (72, 82), which first end part is connectable to a first power means and the second end part is connected to a first shift fork; a second shift rod, provided with a first and second end part (73, 84), which first end part is connectable to a second power means and the second end part is connected to a second shift fork; a first set of grooves arranged in the first shift rod, a second set of grooves arranged in the second shift rod; and a first and a second lock pin (75, 79) arranged between the first and second shift rods (68, 70), which first and a second lock pins (75, 79) together with the first and second set of grooves (86, 88) are arranged to restrict or allow axial movement of the respective first and second shift rod (68, 70), characterized in that the first set of grooves comprises at least one groove (96, 97) arranged in the first shift rod above a plane passing through the first and second shift rods (68, 70) such that the plane coincides with the centreline of the first and second shift rods (68, 70), and at least one groove (98, 99) arranged below the plane, and the second set of grooves comprises at least one groove arranged in the second shift rod above the plane and at least one groove arranged below the plane.
Compound for an organic optoelectronic device, in particular for an organic photoelectric device, an organic light emitting diode, an organic solar cell, an organic transistor, an organic photo conductor drum, or an organic memory device, represented by one of the following Chemical Formulae 3, 6 to 48, 50 to 52, 54, C-3, C-6 to C-13 and C-15 to C-18:
A surgical instrument, comprising: an outer shaft; an end effector coupled to the outer shaft; a rotatable drive shaft coaxially disposed within an inner lumen of the outer shaft; a first selectively engageable clutch disposed along a distal portion of the rotatable drive shaft that is configured to transfer torque from the drive shaft to cause a first movement of the end effector; and a second selectively engageable clutch disposed along a portion of the rotatable drive shaft that is proximal to the first clutch, the second clutch being configured to transfer torque from the drive shaft to cause a second movement of the end effector, wherein each clutch includes an electromagnet (6140, 6240), characterized by each clutch (6110, 6210) further comprising a permanent magnet disposed around the rotatable drive shaft and configured to translate proximally and distally relative thereto. an outer shaft; an end effector coupled to the outer shaft; a rotatable drive shaft coaxially disposed within an inner lumen of the outer shaft; a first selectively engageable clutch disposed along a distal portion of the rotatable drive shaft that is configured to transfer torque from the drive shaft to cause a first movement of the end effector; and a second selectively engageable clutch disposed along a portion of the rotatable drive shaft that is proximal to the first clutch, the second clutch being configured to transfer torque from the drive shaft to cause a second movement of the end effector, wherein each clutch includes an electromagnet (6140, 6240), characterized by each clutch (6110, 6210) further comprising a permanent magnet disposed around the rotatable drive shaft and configured to translate proximally and distally relative thereto.
Method for mounting of at least two.components (30, 40) of a wind turbine with each other in the process of building up a wind turbine, - wherein the first component is first positioned, oriented and/or arranged relatively to the second component by a Reach Stacker and - wherein then the at least two components (30, 40) are mounted with each other. - wherein the first component is first positioned, oriented and/or arranged relatively to the second component by a Reach Stacker and - wherein then the at least two components (30, 40) are mounted with each other.
An electronic circuit configured to charge a supply voltage capacitor, wherein the supply voltage capacitor is intended for providing a supply voltage to a gate of a source-controlled power switch; wherein the power switch forms a switched-mode power converter, in conjunction with a power converter network; and wherein the drain of the power switch is coupled to a mains voltage; wherein the circuit comprises - a gate interface and a source interface intended for coupling the circuit to the gate and a source of the power switch, respectively; - a capacitor interface intended for coupling the circuit to the supply voltage capacitor; - a start-up path arranged to couple the gate interface to the capacitor interface; wherein the start-up path is configured to apply a voltage at the gate interface, which is at or above a threshold voltage of the power switch; wherein a drain and the gate of the power switch are coupled by a pull-up resistor; wherein the start-up path is configured to form a voltage divider with the pull-up resistor, such that a voltage at the gate interface is at or above a threshold voltage of the power switch; and - a charging path arranged to couple the source interface to the capacitor interface; wherein the charging path is configured to provide a charging current to the capacitor interface, when the power switch is in on-state. - a gate interface and a source interface intended for coupling the circuit to the gate and a source of the power switch, respectively; - a capacitor interface intended for coupling the circuit to the supply voltage capacitor; - a start-up path arranged to couple the gate interface to the capacitor interface; wherein the start-up path is configured to apply a voltage at the gate interface, which is at or above a threshold voltage of the power switch; wherein a drain and the gate of the power switch are coupled by a pull-up resistor; wherein the start-up path is configured to form a voltage divider with the pull-up resistor, such that a voltage at the gate interface is at or above a threshold voltage of the power switch; and - a charging path arranged to couple the source interface to the capacitor interface; wherein the charging path is configured to provide a charging current to the capacitor interface, when the power switch is in on-state.
A system for use in a wellbore, comprising: a tool having: an anchored section fixed relative to the wellbore; a shifting section movable relative to the wellbore by a tubular extending to a surface location; a single isolation device isolating pressure in a first section of the wellbore from pressure in a second section of the wellbore; and a valve system located in the tool to allow fluid to be pumped from the tubular into the wellbore while blocking flow of fluid from the wellbore into the tubular, the shifting section being movable, without being substantially affected by wellbore pressure below the isolation device, to control whether the fluid flowing from the tubular exits above or below the isolation device, while the isolation device is positioned to isolate pressure in the first and second sections of the wellbore. an anchored section fixed relative to the wellbore; a shifting section movable relative to the wellbore by a tubular extending to a surface location; a single isolation device isolating pressure in a first section of the wellbore from pressure in a second section of the wellbore; and a valve system located in the tool to allow fluid to be pumped from the tubular into the wellbore while blocking flow of fluid from the wellbore into the tubular, the shifting section being movable, without being substantially affected by wellbore pressure below the isolation device, to control whether the fluid flowing from the tubular exits above or below the isolation device, while the isolation device is positioned to isolate pressure in the first and second sections of the wellbore.
A polyacetal resin composition which comprises a polyacetal resin and a mold release agent, wherein the mold release agent is a polyolefin-based wax and/or a polytetrafluoroethylene-based wax, and a content of the mold release agent in the polyacetal resin composition is 0.01 part by mass or more and 1.0 part by mass or less based on 100 parts by mass of the polyacetal resin, wherein the polyacetal resin composition further comprises an antioxidant in a content of 0.03 part by mass or more and 0.15 parts by mass or less based on 100 parts by mass of the polyacetal resin, and wherein the antioxidant is one or more kinds selected from the group consisting of pentaerythritol-tetrakis[3-(3,5-di-tert-butyl-4-hydroxyphenyl)propionate] and, 1,3,5-trimethyl-2,4,6-tris(3,5-di-tert-butyl-4-hydroxybenzyl)benzene. wherein the polyacetal resin composition further comprises an antioxidant in a content of 0.03 part by mass or more and 0.15 parts by mass or less based on 100 parts by mass of the polyacetal resin, and wherein the antioxidant is one or more kinds selected from the group consisting of pentaerythritol-tetrakis[3-(3,5-di-tert-butyl-4-hydroxyphenyl)propionate] and, 1,3,5-trimethyl-2,4,6-tris(3,5-di-tert-butyl-4-hydroxybenzyl)benzene.
Settled bed polymerization reactor, having several inlet-levels comprising at least one inlet comprising at least one inlet per level for injection of monomer, comonomer, co-reactant and/or inert component distributed over the height of the reactor, wherein the vertical distance between two adjacent inlet-levels is equal to or lower than 0.25 x height of the reactor; and wherein the number of inlet-levels is at least 3; and wherein the height/diameter ratio of the reactor is larger than 4, and wherein the settled bed polymerization reactor is an external settled reactor.
Device for gear stage selection for a motor vehicle, in particular an automatic transmission vehicle or electric vehicle, comprising a selector actuator, a selector cover, and an operating element movable relative to the selector actuator, the selector cover covering the selector actuator toward the vehicle interior and being fixedly connected to the selector actuator, and wherein the selector cover comprises an electronic control unit, characterized in that the operating element is connected to the selector cover via at least a first electrical line.
A brachytherepy device comprising: an elongate needle having a tubular needle body, said tubular needle body comprising opposed first and second open ends (24 and 26) and an elongate cylindrical body wall extending therebetween, said body wall defining an elongate passageway extending in fluid communication with first and second openings respectively defined by said first and second open ends, and at least one brachytherapy source positioned within said passageway of said needle; and a brace for said needle which engages a portion of said body wall of said needle so as to reduce bending of said needle as said needle is inserted into a patient, wherein said brace comprises an elongate cylindrical support body extending about a portion of the tubular body of said needle, the device being characterised in that: said support body is adapted to slideably engage the tubular body of said needle, in that the support body further comprises an outer cylindrical body and an engagement member provided by an inner cylindrical body supported on the inner surface of said outer cylindrical body, the outer cylindrical body being formed from a structurally rigid material to resist the bowing of needle and the inner cylindrical body being formed from a material softer than the outer cylindrical body. an elongate needle having a tubular needle body, said tubular needle body comprising opposed first and second open ends (24 and 26) and an elongate cylindrical body wall extending therebetween, said body wall defining an elongate passageway extending in fluid communication with first and second openings respectively defined by said first and second open ends, and at least one brachytherapy source positioned within said passageway of said needle; and a brace for said needle which engages a portion of said body wall of said needle so as to reduce bending of said needle as said needle is inserted into a patient, wherein said brace comprises an elongate cylindrical support body extending about a portion of the tubular body of said needle, the device being characterised in that: said support body is adapted to slideably engage the tubular body of said needle, in that the support body further comprises an outer cylindrical body and an engagement member provided by an inner cylindrical body supported on the inner surface of said outer cylindrical body, the outer cylindrical body being formed from a structurally rigid material to resist the bowing of needle and the inner cylindrical body being formed from a material softer than the outer cylindrical body. said support body is adapted to slideably engage the tubular body of said needle, in that the support body further comprises an outer cylindrical body and an engagement member provided by an inner cylindrical body supported on the inner surface of said outer cylindrical body, the outer cylindrical body being formed from a structurally rigid material to resist the bowing of needle and the inner cylindrical body being formed from a material softer than the outer cylindrical body.
A device for anchoring accommodations for children and/or infants to a seat of a vehicle, which comprises a car base configured to be associated detachably, by way of fixing means, with a seat of a car, said car base comprising fastening/unfastening means which comprise at least one hook which is configured to engage with a respective first engagement element supported by a first accommodation for children and/or infants which comprises a seat element, characterized in that it comprises an interface body which is configured to be associated detachably with said car base, coupling means being provided between said interface body and a second accommodation for children and/or infants which comprises a cradle element which extends along a longitudinal direction and is configured to accommodate a child or an infant in a lying position, said coupling means comprising guide elements with complementary shapes in order to provide a translation guide between said cradle element and said interface body which extends along a direction that is substantially parallel to the longitudinal direction of said cradle element, locking/release means being further provided which act between said interface body and said cradle element.
A unit made up of a) a film, in particular an X-ray film, and b) a system for acquiring image parameters during the exposure of the film, the system comprising a detector element, the detector element being designed to detect the radiation incident on the film during exposure or the radiation transmitted through the film in a spatially resolved manner, wherein the detector element is detachably attached to the film and designed as an elongate strip, the strip extending along the film and being flexible, and the detector element being designed to generate a signal from which image parameters generated by the current film exposure can be derived.
A semiconductor device package comprising: a resin unit; a metal body including a cavity disposed on the resin unit; and a light-emitting device disposed in the cavity, wherein the metal body includes a first metal body and a second metal body, wherein an insulating member is disposed between the first metal body and the second metal body, wherein a portion of the first metal body, a portion of the second metal body, and a portion of the insulating member are exposed to the cavity, wherein the light emitting device is electrically connected to the portion of the first metal body and the portion of the second metal body, and wherein the metal body further includes a groove (14a, 14b, 19a, 19b) in a bottom surface of the metal body, characterized in that the groove (14a, 14b, 19a, 19b) includes a peripheral groove and a separating groove, wherein the separating groove is overlapped with the insulating member vertically, wherein the peripheral groove is provided along the periphery of the metal body, wherein the separating groove is connected to the peripheral groove at the periphery of the metal body, wherein the resin unit is disposed in the separating groove and the peripheral groove, and wherein a portion of the resin unit disposed in the peripheral groove has a thickness d1 greater than the thickness d2 of another portion of the resin unit disposed in the separating groove. a resin unit; a metal body including a cavity disposed on the resin unit; and a light-emitting device disposed in the cavity, wherein the metal body includes a first metal body and a second metal body, wherein an insulating member is disposed between the first metal body and the second metal body, wherein a portion of the first metal body, a portion of the second metal body, and a portion of the insulating member are exposed to the cavity, wherein the light emitting device is electrically connected to the portion of the first metal body and the portion of the second metal body, and wherein the metal body further includes a groove (14a, 14b, 19a, 19b) in a bottom surface of the metal body, characterized in that the groove (14a, 14b, 19a, 19b) includes a peripheral groove and a separating groove, wherein the separating groove is overlapped with the insulating member vertically, wherein the peripheral groove is provided along the periphery of the metal body, wherein the separating groove is connected to the peripheral groove at the periphery of the metal body, wherein the resin unit is disposed in the separating groove and the peripheral groove, and wherein a portion of the resin unit disposed in the peripheral groove has a thickness d1 greater than the thickness d2 of another portion of the resin unit disposed in the separating groove.