mhurhangee/ep-ind-claims huggingface dataset:
An in-cell touch display, comprising: a color filter substrate; and an array substrate comprising data lines and gate lines insulated from and intersecting with each other, a plurality of connection lines, a plurality of sub-pixel cells each comprising a pixel electrode, and a plurality of common electrode regions, each of the plurality of common electrode regions comprising a plurality of common electrode blocks arranged in a matrix and connected with each other via a respective one of the plurality of connection lines; wherein each of the common electrode blocks corresponds to a respective pixel electrode; wherein the touch display is configured such that, when the touch display is in a display phase, each common electrode region is supplied with a common electrode signal provided by a drive circuit to supply a display voltage via the respective connection line, and the data lines are supplied with respective data signals; wherein the touch display is further configured such that, when the touch display is in a touch control phase, the plurality of common electrode blocks in each common electrode region serve as touch control driving electrodes and are supplied with a touch control driving signal through the respective connection line, and at least one of the data lines serves as a touch control sensing signal line for transmission of generated touch control sensing signals; and characterized in that a projection of each of the common electrode blocks on the array substrate does not overlap projections of the data lines and the gate lines on the array substrate. a color filter substrate; and an array substrate comprising data lines and gate lines insulated from and intersecting with each other, a plurality of connection lines, a plurality of sub-pixel cells each comprising a pixel electrode, and a plurality of common electrode regions, each of the plurality of common electrode regions comprising a plurality of common electrode blocks arranged in a matrix and connected with each other via a respective one of the plurality of connection lines; wherein each of the common electrode blocks corresponds to a respective pixel electrode; wherein the touch display is configured such that, when the touch display is in a display phase, each common electrode region is supplied with a common electrode signal provided by a drive circuit to supply a display voltage via the respective connection line, and the data lines are supplied with respective data signals; wherein the touch display is further configured such that, when the touch display is in a touch control phase, the plurality of common electrode blocks in each common electrode region serve as touch control driving electrodes and are supplied with a touch control driving signal through the respective connection line, and at least one of the data lines serves as a touch control sensing signal line for transmission of generated touch control sensing signals; and characterized in that a projection of each of the common electrode blocks on the array substrate does not overlap projections of the data lines and the gate lines on the array substrate.
A method of improving handling of two data streams sent in downlink data communication channels to a user equipment via a first and a second cell (25, 26) of a wireless communication network, the method being performed by an antenna weight determining device and comprising: processing data obtained in relation to communication signals sent between at least one of the cells and the user equipment, and determining an antenna weight to be applied by the second cell based on said processing, wherein the processing comprises estimating data communication channels between the second cell and the user equipment and the first cell and the user equipment, which estimating comprises estimating data communication channels through applying properties of pilot signals sent from the first and second cell on corresponding pilot signal channels in a system model comprising the data communication channels. processing data obtained in relation to communication signals sent between at least one of the cells and the user equipment, and determining an antenna weight to be applied by the second cell based on said processing, wherein the processing comprises estimating data communication channels between the second cell and the user equipment and the first cell and the user equipment, which estimating comprises estimating data communication channels through applying properties of pilot signals sent from the first and second cell on corresponding pilot signal channels in a system model comprising the data communication channels.
A machine for making filters for smoking articles, comprising at least two forming beams placed side by side, each extending along a longitudinal axis and having an internal channel adapted to form a stream of tow, wherein each forming beam is associated with a respective porous conveyor element configured to slide inside the respective channel and to carry the tow along a feed path parallel to the longitudinal axis, the conveyor element being adapted to comply with the shape of the transverse cross section of the internal channel and being at least partly wrapped around the tow; and wherein each forming beam, has a succession of treatment stations located along the feed path of the respective forming beam and comprising at least one nozzle configured to blow a flow of steam into the internal channel of the respective forming beam, wherein each forming beam comprises conditioning means configured to vary at least one parameter of the steam flow; - a control and drive unit connected to each forming beam and configured to enable respective conditioning means associated with a forming beam independently of the conditioning means associated with at least one other forming beam in such a way as to vary the at least one parameter of the steam flow. - a control and drive unit connected to each forming beam and configured to enable respective conditioning means associated with a forming beam independently of the conditioning means associated with at least one other forming beam in such a way as to vary the at least one parameter of the steam flow.
A surge protection device for protecting a load, the surge protection device comprising: a surge protection circuit including: a first pair of series-connected varistors (40, 40a, 40b, 80a, 80b, 80c); a first pair of series-connected diodes (50a, 50b, 70a, 70b, 70c), wherein said pair of diodes are connected with opposite polarity; and a first element (31, 61, 62, 63) connected at a first end between the first pair of series-connected varistors and at a second end between the first pair of series-connected diodes, characterised in that the first element is a first switching element and in that the surge protection device comprises a driver circuit for activating the first switching element in response to a voltage surge, wherein said first switching element permits current flow when said first switching element is activated. a surge protection circuit including: a first pair of series-connected varistors (40, 40a, 40b, 80a, 80b, 80c); a first pair of series-connected diodes (50a, 50b, 70a, 70b, 70c), wherein said pair of diodes are connected with opposite polarity; and a first element (31, 61, 62, 63) connected at a first end between the first pair of series-connected varistors and at a second end between the first pair of series-connected diodes, characterised in that the first element is a first switching element and in that the surge protection device comprises a first pair of series-connected varistors (40, 40a, 40b, 80a, 80b, 80c); a first pair of series-connected diodes (50a, 50b, 70a, 70b, 70c), wherein said pair of diodes are connected with opposite polarity; and a first element (31, 61, 62, 63) connected at a first end between the first pair of series-connected varistors and at a second end between the first pair of series-connected diodes, characterised in that the first element is a first switching element and in that the surge protection device comprises a driver circuit for activating the first switching element in response to a voltage surge, wherein said first switching element permits current flow when said first switching element is activated.
Floor module for a motor vehicle, in particular for a passenger car, with a floor frame which can be secured to a unitised body frame of the motor vehicle, wherein variant-specific modular units are arranged on the floor frame, characterised in that a plurality of modular units are arranged on the floor frame, depending on a drive concept of the corresponding motor vehicle, wherein the floor frame is designed in the region of the main floor or of the rear end as a floor panel which can be installed into a recess provided for this purpose in the unitised body frame of the motor vehicle.
A hose clamp made of a clamping band comprising band sections which overlap one another in the closed state of the hose clamp and on which hooks ( 12, 19) are arranged for closing the hose clamp, and a tightening device arranged in the outer band section for tightening the hose clamp around an object to be clamped, wherein the hooks ( 12, 19) are stamped out from the clamping band and each have a lug ( 21, 25) and a transverse surface ( 27, 32) facing transversely to the direction of the clamping band, wherein, in the closed state of the hose clamp, the lug of at least one hook arranged on the inner band section and the lug of a hook arranged on the outer band section engage over one another; characterized in that the force transmission in the tightened state of the hose clamp occurs via the mutually contacting transverse surfaces ( 27, 32) of the hooks ( 12, 19). wherein the hooks ( 12, 19) are stamped out from the clamping band and each have a lug ( 21, 25) and a transverse surface ( 27, 32) facing transversely to the direction of the clamping band, wherein, in the closed state of the hose clamp, the lug of at least one hook arranged on the inner band section and the lug of a hook arranged on the outer band section engage over one another; characterized in that the force transmission in the tightened state of the hose clamp occurs via the mutually contacting transverse surfaces ( 27, 32) of the hooks ( 12, 19).
A method for manufacturing acrylic rubber, the method comprising: an emulsion polymerization step of subjecting a monomer to emulsion polymerization to obtain an emulsion polymerization solution; a coagulation step of coagulating the emulsion polymerization solution with a coagulant to obtain a hydrous crumb; a drying step of drying the hydrous crumb; and a base step of adding a base after the emulsion polymerization step, wherein an ester compound other than the monomer to constitute acrylic rubber is used before the base step, and a relationship of 0.15 ≤ (X/Y)/Z ≤ 2.5 is satisfied wherein X represents an amount of the base used in the base step by part by mass based on 100 parts by mass of the ester compound, Y represents a molecular weight of the base used in the base step, and Z represents a valence of the base used in the base step. an emulsion polymerization step of subjecting a monomer to emulsion polymerization to obtain an emulsion polymerization solution; a coagulation step of coagulating the emulsion polymerization solution with a coagulant to obtain a hydrous crumb; a drying step of drying the hydrous crumb; and a base step of adding a base after the emulsion polymerization step, wherein an ester compound other than the monomer to constitute acrylic rubber is used before the base step, and a relationship of 0.15 ≤ (X/Y)/Z ≤ 2.5 is satisfied wherein X represents an amount of the base used in the base step by part by mass based on 100 parts by mass of the ester compound, Y represents a molecular weight of the base used in the base step, and Z represents a valence of the base used in the base step.
A valve train system drive device of an engine that is provided in an engine having a crankshaft provided in a crankcase and valve train systems (45f, 45r) and has an idle gear that transmits power received from the crankshaft to the valve train systems (45f, 45r), an idle shaft that extends parallel to the crankshaft and rotatably supports the idle gear, and a case cover that covers the crankcase from a lateral side, wherein a crankcase-side boss part is formed on a wall of the crankcase and supports one end of the idle shaft and a case-cover-side boss part (91, 291) is formed inside the case cover and supports an other end of the idle shaft, characterized in that joint parts (128, 111) that engage with each other are formed at the case-cover-side boss part (91, 291) and the other end of the idle shaft, and engagement of the joint parts (128, 111) with each other prevents the idle shaft from rotating; and in that the idle gear is rotatably supported by the idle shaft by means of bearing members (92a, 92b), an oil path is formed in the idle shaft, and the oil path is connected to an oil path formed in the wall of the crankcase at the one end of the idle shaft, and the case-cover-side boss part (91, 291) has an abutting surface that axially abuts against the bearing member, and an oil reservoir having a concave shape is provided at an outer periphery of the abutting surface.
A population of Type-! natural killer T cells obtained by enriching NKT cells for CD62L-positive NKT cells for use in immunotherapy administered to a patient in need, wherein the NKT cells are enriched by exposing the NKT cells to IL-21,
A composition, comprising: one or more radiopharmaceutical compounds of formula: wherein: X is O, S, or NR; Y is O, S, NR, or CH 2; R is H or Me; m is 0, 1, 2, or 3; n is 0, 1, 2, or 3; and R 1 and R 2 are hydrogen or C 1-10 alkyl, together with a stabilizer comprising ascorbic acid, wherein the pH of said composition is within the range of 3.5 to 6.0; and wherein the composition comprises greater than 0.25M of ascorbic acid. one or more radiopharmaceutical compounds of formula: wherein: X is O, S, or NR; Y is O, S, NR, or CH 2; R is H or Me; m is 0, 1, 2, or 3; n is 0, 1, 2, or 3; and R 1 and R 2 are hydrogen or C 1-10 alkyl, together with a stabilizer comprising ascorbic acid, X is O, S, or NR; Y is O, S, NR, or CH 2; R is H or Me; m is 0, 1, 2, or 3; n is 0, 1, 2, or 3; and R 1 and R 2 are hydrogen or C 1-10 alkyl, wherein the pH of said composition is within the range of 3.5 to 6.0; and wherein the composition comprises greater than 0.25M of ascorbic acid.
A lift apparatus for a vehicle comprising a lift platform and a movable connection assembly, the movable connection assembly comprising at least two pairs of hydraulically-driven lifting arms (145, 146) disposed on either side of the lifting platform and pivotally connected at a first end to a base and at a second end to the lift platform, characterized by at least two hydraulic actuators (150, 155) being disposed in connection with each pair of arms (145, 146) to act in substantially the same direction as each other, the hydraulic actuators being powered by a common hydraulic source.
An imaging apparatus for imaging an object using Fourier-domain optical coherence tomography comprising: a light source for emitting light; a splitting unit for splitting the light from the light source into reference light and measuring light; a combining unit for combining returning light obtained by radiating the measuring light to the object and the reference light to combined light; a detecting unit for alternatively detecting either the combined light or the reference light; an optical scanning unit for scanning the measuring light on the object; and an interferometric information acquiring unit for acquiring interferometric information on the returning light and the reference light by using the combined light and the reference light detected by the detecting unit, characterized in that the optical scanning unit is configured to function as a first switching unit; the imaging apparatus further comprises a controlling unit configured to control the first switching unit to switch between a first state and a second state by changing the light path of the measuring light; and the detecting unit is configured to detect the combined light in the first state and the reference light in the second state. a light source for emitting light; a splitting unit for splitting the light from the light source into reference light and measuring light; a combining unit for combining returning light obtained by radiating the measuring light to the object and the reference light to combined light; a detecting unit for alternatively detecting either the combined light or the reference light; an optical scanning unit for scanning the measuring light on the object; and an interferometric information acquiring unit for acquiring interferometric information on the returning light and the reference light by using the combined light and the reference light detected by the detecting unit, characterized in that the optical scanning unit is configured to function as a first switching unit; the imaging apparatus further comprises a controlling unit configured to control the first switching unit to switch between a first state and a second state by changing the light path of the measuring light; and the detecting unit is configured to detect the combined light in the first state and the reference light in the second state.
An instrumentation system for preparing a bone for soft tissue repair, the instrumentation system comprising, a flexible drill pin (10, 110, 210) capable of bending along a curved path; an aimer (20, 120, 220, 320, 420) capable of engaging the flexible pin to bend the flexible pin; and a flexible reamer having a flexible portion along at least a portion of its length, the flexible reamer being cannulated along at least a portion of its length for placement of the flexible reamer over the flexible pin (10, 110, 210), characterized in that the flexible portion comprises a plurality of laser cuts forming discrete, interlocking portions.
A driving motor for environmentally friendly vehicles having a stator core and a bobbin assembled to the stator core, the driving motor comprising: a coil part wound on the bobbin; a coil lead-out portion configured such that an end portion of the coil part drawn from the bobbin is formed to have a curved structure by using movement of guide pins; and a terminal mechanically assembled and fixed with a bonding portion formed in the coil lead-out portion, wherein the coil lead-out portion includes a plurality of bent portions, each having an angle of 90 degrees or less, wherein the guide pins are arranged to face each other and pressurize the coil lead-out portion at different positions. a coil part wound on the bobbin; a coil lead-out portion configured such that an end portion of the coil part drawn from the bobbin is formed to have a curved structure by using movement of guide pins; and a terminal mechanically assembled and fixed with a bonding portion formed in the coil lead-out portion, wherein the coil lead-out portion includes a plurality of bent portions, each having an angle of 90 degrees or less, wherein the guide pins are arranged to face each other and pressurize the coil lead-out portion at different positions.
Method of determining parameters for trimming an optical lens to be trimmed in view of its mounting in a spectacle frame in which is mounted at least one reference optical lens, comprising: - a step of fixing the said reference optical lens on a support of a machine for acquiring images, - a first step of acquiring, with an image sensor of the said machine for acquiring images, at least one first image of the said reference optical lens removed from the spectacle frame, and - a step of processing each acquired first image in order to deduce therefrom trimming parameters for the said optical lens to be trimmed, characterized in that it comprises, before or after the said first acquiring step, a second step of acquiring with the image sensor a second image of the said reference optical lens mounted in the spectacle frame, and in that in the said processing step, at least some of the said trimming parameters are defined as a function also of the said second image. - a step of fixing the said reference optical lens on a support of a machine for acquiring images, - a first step of acquiring, with an image sensor of the said machine for acquiring images, at least one first image of the said reference optical lens removed from the spectacle frame, and - a step of processing each acquired first image in order to deduce therefrom trimming parameters for the said optical lens to be trimmed,
An optical transmission module comprising: a light-emitting diode emitting a first light; a filter configured to decrease a wavelength width of the first light; and an optical modulator configured to modulate the first light passing through the filter, wherein the light-emitting diode and the optical modulator comprise gallium nitride (GaN), wherein the light-emitting diode comprises a first lower semiconductor layer, an active layer disposed on the first lower semiconductor layer, and a first upper semiconductor layer disposed on the active layer, wherein the optical modulator comprises a second lower semiconductor layer, a light absorption layer disposed on the second lower semiconductor layer and configured to absorb the light output by the light-emitting diode, and a second upper semiconductor layer disposed on the light absorption layer, wherein when a reverse bias voltage is applied, an energy bandgap of the light absorption layer increases so that the optical modulator transmits the first light, and wherein the first light is light of a visible wavelength band. a light-emitting diode emitting a first light; a filter configured to decrease a wavelength width of the first light; and an optical modulator configured to modulate the first light passing through the filter, wherein the light-emitting diode and the optical modulator comprise gallium nitride (GaN), wherein the light-emitting diode comprises a first lower semiconductor layer, an active layer disposed on the first lower semiconductor layer, and a first upper semiconductor layer disposed on the active layer, wherein the optical modulator comprises a second lower semiconductor layer, a light absorption layer disposed on the second lower semiconductor layer and configured to absorb the light output by the light-emitting diode, and a second upper semiconductor layer disposed on the light absorption layer, wherein when a reverse bias voltage is applied, an energy bandgap of the light absorption layer increases so that the optical modulator transmits the first light, and wherein the first light is light of a visible wavelength band.
Fuel system, in particular in a motor vehicle, comprising a fuel tank and a ventilation device for ventilating the fuel tank, the ventilation device comprising at least one separation apparatus comprising a temporary reservoir for liquid fuel, the separation apparatus having a fuel conveying device for conveying fuel from the temporary reservoir, characterised in that the fuel conveying device is integrated in the separation apparatus and comprises at least one piston, in particular a single piston or a double piston, arranged at least in regions in the temporary reservoir, and/or a pivotally mounted flap, the piston or the flap dividing the temporary reservoir at least into a first and a second chamber, means being provided which connect the chambers (19, 20) in terms of flow in at least one position of the piston or of the flap, and the flow connection being interrupted in at least one additional position of the piston or of the flap.