mhurhangee/ep-ind-claims huggingface dataset:
A transparent light emitting element display comprising: a transparent substrate; at least one light emitting element which is provided on the transparent substrate; and a first common electrode wiring portion, a second common electrode wiring portion, and a signal electrode wiring portion which are provided on the transparent substrate. wherein all of the first common electrode wiring portion, the second common electrode wiring portion, and the signal electrode wiring portion comprise metal mesh patterns, respectively, each of the metal mesh patterns, which constitute the first common electrode wiring portion, the second common electrode wiring portion, and the signal electrode wiring portion, has a standard deviation of a line width which is 20% or less, a standard deviation of a pitch which is 10% or less, and a standard deviation of a line height which is 10% or less, the metal mesh patterns are provided in a region having an area of 80% or more of an overall area on the transparent substrate, and wherein the signal electrode wiring portion is provided between the first common electrode wiring portion and the second common electrode wiring portion. a transparent substrate; at least one light emitting element which is provided on the transparent substrate; and a first common electrode wiring portion, a second common electrode wiring portion, and a signal electrode wiring portion which are provided on the transparent substrate. wherein all of the first common electrode wiring portion, the second common electrode wiring portion, and the signal electrode wiring portion comprise metal mesh patterns, respectively, each of the metal mesh patterns, which constitute the first common electrode wiring portion, the second common electrode wiring portion, and the signal electrode wiring portion, has a standard deviation of a line width which is 20% or less, a standard deviation of a pitch which is 10% or less, and a standard deviation of a line height which is 10% or less, the metal mesh patterns are provided in a region having an area of 80% or more of an overall area on the transparent substrate, and wherein the signal electrode wiring portion is provided between the first common electrode wiring portion and the second common electrode wiring portion.
An apparatus comprising: a computer system configured to run program code to identify an inconsistency in a location having layers of composite materials and create a model of the location with a portion of a number of layers in the layers of composite materials removed to form a section; wherein the computer system is further configured to identify a shape of the inconsistency in the location having layers of composite materials and to create the model of the location with a portion of a number of layers in the layers of composite materials removed to form a section based on the shape of the inconsistency and a policy for rework, wherein the policy includes rules that select at least one parameter, wherein the parameter is a variable scarf ratio of the section, characterized in that the computer system is configured to form a section comprising a first part having a first scarf ratio of about 30:1 and a second part having a second scarf ratio, different from the first scarf ratio of about 20:1.
An inlay for a card, the inlay comprising a first transparent overlay sheet, an antenna carrier sheet being provided next to the first transparent overlay sheet, the antenna carrier sheet comprising a microcontroller opening, a contact module lead frame opening, and a finger sensor lead frame opening, a thickness compensation sheet being provided next to the antenna carrier sheet, a second transparent overlay sheet being provided next to the thickness compensation sheet, a microcontroller being provided in the microcontroller opening, a module lead frame being adapted for being milled and being provided in the contact module lead frame opening, the module lead frame comprising a plurality of first contact pads for contacting a contact module, a finger sensor lead frame being adapted for being milled and being provided in the finger sensor lead frame opening, the finger sensor lead frame comprising a plurality of second contact pads for contacting a fingerprint sensor, an antenna comprising a coil of a conductor being embedded in the antenna carrier sheet, and a plurality of electrical wires being connected to the microcontroller, to the first contact pads, to the second contact pads, and to the antenna. a first transparent overlay sheet, an antenna carrier sheet being provided next to the first transparent overlay sheet, the antenna carrier sheet comprising a microcontroller opening, a contact module lead frame opening, and a finger sensor lead frame opening, a thickness compensation sheet being provided next to the antenna carrier sheet, a second transparent overlay sheet being provided next to the thickness compensation sheet, a microcontroller being provided in the microcontroller opening, a module lead frame being adapted for being milled and being provided in the contact module lead frame opening, the module lead frame comprising a plurality of first contact pads for contacting a contact module, a finger sensor lead frame being adapted for being milled and being provided in the finger sensor lead frame opening, the finger sensor lead frame comprising a plurality of second contact pads for contacting a fingerprint sensor, an antenna comprising a coil of a conductor being embedded in the antenna carrier sheet, and a plurality of electrical wires being connected to the microcontroller, to the first contact pads, to the second contact pads, and to the antenna.
An endodontic pin having a base pin, wherein the base pin has a root portion for fastening the base pin in a natural tooth root and a crown portion for fastening a tooth crown facing to the endodontic pin and/or for arranging in a natural tooth crown, and the base pin is composed of a composite material having at least one organic binder, and the composite material has glass particles as filler, characterized in that the glass particles are fused together.
A pitch drive system for a wind turbine, the pitch drive system comprising: a direct current motor comprising an armature and a series-field winding; a battery assembly comprising a positive terminal and a negative terminal, wherein the battery assembly is configured to supply power to the pitch drive system; and characterised by: a current-controlling device configured in series between the positive terminal of the battery assembly and the series-field winding, wherein the current-controlling device controls current supplied to the series-field winding so as to ensure a field flux does not equal zero, thereby improving speed control of the pitch drive system and provides a current path that bypasses the armature. a direct current motor comprising an armature and a series-field winding; a battery assembly comprising a positive terminal and a negative terminal, wherein the battery assembly is configured to supply power to the pitch drive system; and characterised by: a current-controlling device configured in series between the positive terminal of the battery assembly and the series-field winding, wherein the current-controlling device controls current supplied to the series-field winding so as to ensure a field flux does not equal zero, thereby improving speed control of the pitch drive system and provides a current path that bypasses the armature.
Method for decoding data streams that comprise information channels and control channels (11, 12), wherein these are embedded in transmission frames and their bits are scrambled, characterized in that the control channels (11, 12) contain information pertaining to the descrambling and decoding of the information channels and in that descrambling of the information channels is begun before at least one control channel (11, 12) is decoded, by virtue of this information pertaining to the descrambling of the information channels being estimated on the basis of pre-existent information or pre-stored data.
Passive loudspeaker connection circuit (1; 1') adapted to be interconnected between an amplifier (2; 2') and a plurality of loudspeakers, comprising - a first input port and a second input port adapted to be connected to the output ports (2a, 2b) of the amplifier (2, 2'); - a first output port and a second output port adapted to be connected to the input ports of a plurality of loudspeakers (24 to 32) such that the plurality of loudspeakers are connectable in parallel to the output ports (20, 22); - a first capacitor (8, 10; 8', 10') directly connected to the first input port and to the first output port; and - a first high pass directly connected to the first output port and to the second output port, wherein the output ports (20, 22) are connected to a plurality of output connectors and wherein the output connectors are connected in parallel to the output ports (20, 22) and to each output connector a loudspeaker (24 to 32) may be connected. - a first input port and a second input port adapted to be connected to the output ports (2a, 2b) of the amplifier (2, 2'); - a first output port and a second output port adapted to be connected to the input ports of a plurality of loudspeakers (24 to 32) such that the plurality of loudspeakers are connectable in parallel to the output ports (20, 22); - a first capacitor (8, 10; 8', 10') directly connected to the first input port and to the first output port; and - a first high pass directly connected to the first output port and to the second output port,
An automotive electric fluidic pump having a brushless and electronically commutated electric drive motor, the drive motor comprising: a permanent-magnetic motor rotor rotating around a rotation axis and being provided with a plurality of rotor poles (38 1, 38 2, 38 3), a plurality of stator-sided electro-magnetic coils, a printed circuit board lying in a transversal plane, at least two stator-sided Hall sensors (60 1, 60 2, 60 3) arranged on the printed circuit board at a proximal side thereof and facing the motor rotor, wherein the Hall sensors (60 1, 60 2, 60 3) are arranged eccentrically such that the Hall sensors (60 1, 60 2, 60 3) detect the axial magnetic fields of the rotor poles, and a ferromagnetic back iron member being provided at a distal side of the printed circuit board for a direct magnetic coupling of the Hall sensors (60 1, 60 2, 60 3) with each other, characterized in that the ferromagnetic back iron member comprises axial protrusions (71 1, 71 2, 71 3) respectively extending into openings (72 1, 72 2, 72 3) of the printed circuit board, and each protrusion (71 1, 71 2, 71 3) faces the corresponding Hall sensor (60 1, 60 2, 60 3). a permanent-magnetic motor rotor rotating around a rotation axis and being provided with a plurality of rotor poles (38 1, 38 2, 38 3), a plurality of stator-sided electro-magnetic coils, a printed circuit board lying in a transversal plane, at least two stator-sided Hall sensors (60 1, 60 2, 60 3) arranged on the printed circuit board at a proximal side thereof and facing the motor rotor, wherein the Hall sensors (60 1, 60 2, 60 3) are arranged eccentrically such that the Hall sensors (60 1, 60 2, 60 3) detect the axial magnetic fields of the rotor poles, and a ferromagnetic back iron member being provided at a distal side of the printed circuit board for a direct magnetic coupling of the Hall sensors (60 1, 60 2, 60 3) with each other, characterized in that the ferromagnetic back iron member comprises axial protrusions (71 1, 71 2, 71 3) respectively extending into openings (72 1, 72 2, 72 3) of the printed circuit board, and each protrusion (71 1, 71 2, 71 3) faces the corresponding Hall sensor (60 1, 60 2, 60 3).
A motor vehicle comprising: a display unit configured to present information to a first user, a personnel site (120, 220, 320) configured to be occupied by the first user, a frame carrying the personnel site (120, 220, 320), and a suspension system (141, 142, 143) configured to adjust at least one suspension characteristic between the frame and the personnel site (120, 220, 320) while the motor vehicle is being operated, characterized in that the motor vehicle further comprises a control system configured to, while the motor vehicle is being operated: repeatedly determine a first gaze point of the first user on the display unit, analyze variations in a position for the first gaze point over time, and in response thereto generate a first control signal to the suspension system (141, 142, 143) so as to reduce a fluctuation of the position for the first gaze point, if a repositioning of the first gaze point is out of synchronization with a displacement of the display unit, wherein the control system is configured to determine that the repositioning of the first gaze point is out of synchronization with the displacement of the display unit if a phase difference between a measured change in the position for the first gaze point and a measured displacement of the display unit exceeds a threshold value. a display unit configured to present information to a first user, a personnel site (120, 220, 320) configured to be occupied by the first user, a frame carrying the personnel site (120, 220, 320), and a suspension system (141, 142, 143) configured to adjust at least one suspension characteristic between the frame and the personnel site (120, 220, 320) while the motor vehicle is being operated, repeatedly determine a first gaze point of the first user on the display unit, analyze variations in a position for the first gaze point over time, and in response thereto generate a first control signal to the suspension system (141, 142, 143) so as to reduce a fluctuation of the position for the first gaze point, if a repositioning of the first gaze point is out of synchronization with a displacement of the display unit,
A liquid supply device supplying a liquid to a plurality of printers (1A, 1B), the liquid supply device comprising: a plurality of supply tubes configuring a supply flow path (W0; W10; W20; W30; S0) of the liquid to the printers, the supply tubes being connected to a tank configured to store the liquid, the tank being positioned outside the printers and provided further upstream than the printers in the supply flow path, and the supply tubes configured to supply the liquid from the tank toward the printers; and an agitator including a stirrer and configured to perform an agitation operation, the agitation operation being an operation of driving the stirrer and agitating the liquid inside the tank. a plurality of supply tubes configuring a supply flow path (W0; W10; W20; W30; S0) of the liquid to the printers, the supply tubes being connected to a tank configured to store the liquid, the tank being positioned outside the printers and provided further upstream than the printers in the supply flow path, and the supply tubes configured to supply the liquid from the tank toward the printers; and an agitator including a stirrer and configured to perform an agitation operation, the agitation operation being an operation of driving the stirrer and agitating the liquid inside the tank.
Method for generating a signal, intended to be implemented by a signal generation device, the method comprising a step of turbo-coding a set of information symbols delivering said information symbols, on the one hand, and redundant symbols, on the other hand, the information symbols belonging to a Galois field of cardinal q, denoted GF(q), with q>2, implementing the following in order to obtain the redundant symbols: - coding (21A, 21B) said set of information symbols by way of a first encoder, delivering a first set of redundant symbols, - interleaving (23A, 23B) said set of information symbols, delivering a set of interleaved information symbols, - coding (22A, 22B) said set of interleaved information symbols by way of a second encoder, delivering a second set of redundant symbols, characterized in that said turbo-coding step also implements a bijective transformation (24A, 24B) of said information symbols, implemented before and/or after said interleaving, said transformation modifying the value of at least two of said information symbols prior to said information symbols being coded by the first and/or the second encoder. - coding (21A, 21B) said set of information symbols by way of a first encoder, delivering a first set of redundant symbols, - interleaving (23A, 23B) said set of information symbols, delivering a set of interleaved information symbols, - coding (22A, 22B) said set of interleaved information symbols by way of a second encoder, delivering a second set of redundant symbols, characterized in that said turbo-coding step also implements a bijective transformation (24A, 24B) of said information symbols, implemented before and/or after said interleaving, said transformation modifying the value of at least two of said information symbols prior to said information symbols being coded by the first and/or the second encoder.
An aptamer having a G-quartet structure and being at least one selected from the group consisting of the following polynucleotides, the aptamer having a binding ability to an amyloid protein oligomer: a polynucleotide comprising a base sequence represented by any one of SEQ ID NO:1 to SEQ ID NO:18; a polynucleotide comprising a base sequence that includes at least four sets of at least two consecutive guanosine nucleotides and in which one or several bases wherein several bases is from two to five bases has been deleted, substituted, or added in a base sequence represented by any one of SEQ ID NO:1 to SEQ ID NO:18; and a polynucleotide that is a multimer including the polynucleotide of or as a structural unit, wherein a binding ability of the aptamer to an amyloid protein oligomer is higher than a binding ability of the aptamer to an amyloid protein monomer. a polynucleotide comprising a base sequence represented by any one of SEQ ID NO:1 to SEQ ID NO:18; a polynucleotide comprising a base sequence that includes at least four sets of at least two consecutive guanosine nucleotides and in which one or several bases wherein several bases is from two to five bases has been deleted, substituted, or added in a base sequence represented by any one of SEQ ID NO:1 to SEQ ID NO:18; and a polynucleotide that is a multimer including the polynucleotide of or as a structural unit,
A method operational on a user equipment, UE, device for facilitating dual active connections, comprising: receiving, from a first access node, a first transmit pattern and a separate first receive pattern; configuring a transmitter to transmit, over a first connection with the first access node, according to the first transmit pattern for the first connection and a receiver to receive according to the receive pattern for the first connection; providing, via a second connection, a coexistence indicator to the first access node or a second access node; receiving, in response to the coexistence indicator, a second transmit pattern and a second receive pattern; and configuring the transmitter to transmit according to the second transmit pattern for the second connection while concurrently supporting the first connection; wherein the coexistence indicator indicates a radio access technology used by one or more other concurrent connections for the UE device. receiving, from a first access node, a first transmit pattern and a separate first receive pattern; configuring a transmitter to transmit, over a first connection with the first access node, according to the first transmit pattern for the first connection and a receiver to receive according to the receive pattern for the first connection; providing, via a second connection, a coexistence indicator to the first access node or a second access node; receiving, in response to the coexistence indicator, a second transmit pattern and a second receive pattern; and configuring the transmitter to transmit according to the second transmit pattern for the second connection while concurrently supporting the first connection; wherein the coexistence indicator indicates a radio access technology used by one or more other concurrent connections for the UE device.
A multidirectional input device comprising: a knob that receives sliding operation in a first direction and a second direction perpendicular to each other and rotational operation about an axis of rotation perpendicular to the first direction and the second direction; and a first slider that operates integrally with the knob; characterized by a first switch mechanism having a plurality of contacts that are each turned on or off in response to the displacement of the first slider in the first direction or the second direction; a second slider that operates by engaging with the first slider rotating in response to the rotational operation and the first slider moving in the first direction in response to the sliding operation, but does not engage with the first slider moving in the second direction in response to the sliding operation; and a second switch mechanism having at least one contact that is turned on or off in response to the displacement of the second slider operating by engaging with the first slider rotating, and keeps being turned on or off despite the displacement of the second slider operating by engaging with the first slider moving in the first direction. a knob that receives sliding operation in a first direction and a second direction perpendicular to each other and rotational operation about an axis of rotation perpendicular to the first direction and the second direction; and a first slider that operates integrally with the knob; characterized by a first switch mechanism having a plurality of contacts that are each turned on or off in response to the displacement of the first slider in the first direction or the second direction; a second slider that operates by engaging with the first slider rotating in response to the rotational operation and the first slider moving in the first direction in response to the sliding operation, but does not engage with the first slider moving in the second direction in response to the sliding operation; and a second switch mechanism having at least one contact that is turned on or off in response to the displacement of the second slider operating by engaging with the first slider rotating, and keeps being turned on or off despite the displacement of the second slider operating by engaging with the first slider moving in the first direction.