mhurhangee/ep-ind-claims huggingface dataset:
An imaging device comprising: a first wiring layer formed on a sensor substrate; a first transfer transistor of the sensor substrate between a first floating diffusion region of the sensor substrate and a first photodiode; a second transfer transistor of the sensor substrate between a second floating diffusion region and a second photodiode; an element isolation unit between the first photodiode and the second photodiode formed in the sensor substrate; a second wiring layer formed on a circuit substrate, wherein the sensor substrate and the circuit substrate are bonded with each other so as to respectively face the first wiring layer and the second wiring layer; a amplification transistor, a reset transistor and a select transistor formed in the circuit substrate; a first transfer gate electrode formed on a surface of the first wiring layer; a second transfer gate electrode formed on a surface of the first wiring layer; a first well formed in the first photodiode diagonally opposite the first transfer gate electrode; and a second well formed in the second photodiode diagonally opposite the second transfer gate electrode; wherein the amplification transistor, the reset transistor and the select transistor in the circuit substrate are shared by the first photodiode and the second photodiode isolated by the element isolation unit. a first wiring layer formed on a sensor substrate; a first transfer transistor of the sensor substrate between a first floating diffusion region of the sensor substrate and a first photodiode; a second transfer transistor of the sensor substrate between a second floating diffusion region and a second photodiode; an element isolation unit between the first photodiode and the second photodiode formed in the sensor substrate; a second wiring layer formed on a circuit substrate, wherein the sensor substrate and the circuit substrate are bonded with each other so as to respectively face the first wiring layer and the second wiring layer; a amplification transistor, a reset transistor and a select transistor formed in the circuit substrate; a first transfer gate electrode formed on a surface of the first wiring layer; a second transfer gate electrode formed on a surface of the first wiring layer; a first well formed in the first photodiode diagonally opposite the first transfer gate electrode; and a second well formed in the second photodiode diagonally opposite the second transfer gate electrode; wherein the amplification transistor, the reset transistor and the select transistor in the circuit substrate are shared by the first photodiode and the second photodiode isolated by the element isolation unit.
A method for correcting a speech recognition error, the method comprising: detecting a second voice input; determining, based at least in part on a sound property of the second voice input, whether the second voice input is directed to correcting a text string previously generated based on a first voice input; and in response to the determining that the second voice input is directed to correcting the text string, modifying the text string based on the second voice input, wherein determining whether the second voice input is directed to correcting the text string comprises: determining that the second voice input was received within a predetermined amount of time since the generation of the text string; and determining that at least one of an acoustic envelope, an intensity, a pitch, a frequency, or an amplitude of the second voice input exceeds a threshold. detecting a second voice input; determining, based at least in part on a sound property of the second voice input, whether the second voice input is directed to correcting a text string previously generated based on a first voice input; and in response to the determining that the second voice input is directed to correcting the text string, modifying the text string based on the second voice input, wherein determining whether the second voice input is directed to correcting the text string comprises: determining that the second voice input was received within a predetermined amount of time since the generation of the text string; and determining that at least one of an acoustic envelope, an intensity, a pitch, a frequency, or an amplitude of the second voice input exceeds a threshold. determining that the second voice input was received within a predetermined amount of time since the generation of the text string; and determining that at least one of an acoustic envelope, an intensity, a pitch, a frequency, or an amplitude of the second voice input exceeds a threshold.
A discharge lamp drive device comprising: a discharge lamp drive section adapted to supply a drive current to a discharge lamp having a first electrode and a second electrode; a control section adapted to control the discharge lamp drive section; and a voltage detection section adapted to detect an inter-electrode voltage between the first and second electrodes (92, 93) of the discharge lamp, characterised in that the discharge lamp drive device further comprises a storage section adapted to store a plurality of drive patterns of the drive current, and in that the control section is adapted to perform a machine learning evaluation of the plurality of drive patterns based on a change in the inter-electrode voltage (VIa) to select any one of the drive patterns based on the machine learning evaluation, and to execute the drive pattern selected. a discharge lamp drive section adapted to supply a drive current to a discharge lamp having a first electrode and a second electrode; a control section adapted to control the discharge lamp drive section; and a voltage detection section adapted to detect an inter-electrode voltage between the first and second electrodes (92, 93) of the discharge lamp, characterised in that the discharge lamp drive device further comprises a storage section adapted to store a plurality of drive patterns of the drive current, and in that the control section is adapted to perform a machine learning evaluation of the plurality of drive patterns based on a change in the inter-electrode voltage (VIa) to select any one of the drive patterns based on the machine learning evaluation, and to execute the drive pattern selected.
A method for providing an application credential to an application running on a device, wherein the application credential is used by the application to authenticate to a data server, the method characterized by the steps performed by the device of: receiving, from the application, a request to generate the application credential, wherein the request includes an application identifier that identifies the application; and generating the application credential using the application identifier and a preinstalled master credential associated with the device. receiving, from the application, a request to generate the application credential, wherein the request includes an application identifier that identifies the application; and generating the application credential using the application identifier and a preinstalled master credential associated with the device.
A cyclone unit for separating liquid and particles from a flow through the cyclone unit, the cyclone unit having a cyclone axis of rotation, wherein the cyclone unit comprises: an outer housing having an outer side wall, a first end and a second end positioned along the cyclone axis; a main flow inlet to the outer housing comprising an opening in the outer housing; a main flow outlet from the outer housing closer to the first end than the main flow inlet, characterised in that the transition between the main flow inlet and the outer housing has, at least for a portion of the opening on the first end side of the main flow inlet, a radius of curvature of at least 0.5mm in a plane perpendicular to the local tangent to the main flow inlet. an outer housing having an outer side wall, a first end and a second end positioned along the cyclone axis; a main flow inlet to the outer housing comprising an opening in the outer housing; a main flow outlet from the outer housing closer to the first end than the main flow inlet, characterised in that the transition between the main flow inlet and the outer housing has, at least for a portion of the opening on the first end side of the main flow inlet, a radius of curvature of at least 0.5mm in a plane perpendicular to the local tangent to the main flow inlet.
A method for transmitting signals comprising: cropping and down-scaling 21:9 Ultra High Definition, UHD, video data into 16:9 High Definition, HD, video data; encoding the 16:9 HD video data as base layer data; cropping the 21:9 UHD video data into 16:9 UHD video data; up-scaling the 16:9 HD video data; outputting residual data by subtracting the up-scaled 16:9 HD video from the 16:9 UHD video data; encoding the residual data as first enhancement layer data; encoding the one or more cropped parts of the 21:9 UHD video data as second enhancement layer data; generating UHD composition information including information for configuring the 21:9 UHD video multiplexing the encoded base layer data, the first enhancement layer data, the second enhancement layer data, and the UHD composition information into a broadcast signal; and transmitting the broadcast signal. cropping and down-scaling 21:9 Ultra High Definition, UHD, video data into 16:9 High Definition, HD, video data; encoding the 16:9 HD video data as base layer data; cropping the 21:9 UHD video data into 16:9 UHD video data; up-scaling the 16:9 HD video data; outputting residual data by subtracting the up-scaled 16:9 HD video from the 16:9 UHD video data; encoding the residual data as first enhancement layer data; encoding the one or more cropped parts of the 21:9 UHD video data as second enhancement layer data; generating UHD composition information including information for configuring the 21:9 UHD video multiplexing the encoded base layer data, the first enhancement layer data, the second enhancement layer data, and the UHD composition information into a broadcast signal; and transmitting the broadcast signal.
A method for producing a reflection-reducing layer on a surface of a plastic substrate, the method comprising the steps of: - depositing a dielectric base layer on the surface of the substrate in a first sputtering device; - treating the coated surface by plasma etching with a plasma source; - depositing a protective layer on the treated surface in a second sputtering device, wherein the plastic substrate is moved with a conveying device between the processing means (3, 4, 5) arranged in a common vacuum chamber and wherein the power density of the plasma source relative to the area of the extraction electrode is 0.5-1.5 W/cm 2. - depositing a dielectric base layer on the surface of the substrate in a first sputtering device; - treating the coated surface by plasma etching with a plasma source; - depositing a protective layer on the treated surface in a second sputtering device, the plastic substrate is moved with a conveying device between the processing means (3, 4, 5) arranged in a common vacuum chamber and wherein the power density of the plasma source relative to the area of the extraction electrode is 0.5-1.5 W/cm 2.
A method for selecting a microbial cell comprising a modified nucleotide sequence in its genome, the method comprising: (a) providing a guide polynucleotide, at least one protected polynucleotide modification template and a Cas endonuclease to a microbial cell, wherein said Cas endonuclease and guide polynucleotide can form a complex capable of introducing a single or double-strand break at a target site in genome of said cell, wherein said protected polynucleotide modification template comprises at least one nucleotide modification of said nucleotide sequence; and, (b) selecting a cell from step (a) comprising said modified nucleotide sequence, wherein the protected polynucleotide modification template is a double stranded linear molecule comprising at least one phosphorothioate bond at the 5' end of at least one strand, or a single stranded linear molecule comprising at least one phosphorothioate bond at its 5' end. (a) providing a guide polynucleotide, at least one protected polynucleotide modification template and a Cas endonuclease to a microbial cell, wherein said Cas endonuclease and guide polynucleotide can form a complex capable of introducing a single or double-strand break at a target site in genome of said cell, wherein said protected polynucleotide modification template comprises at least one nucleotide modification of said nucleotide sequence; and, (b) selecting a cell from step (a) comprising said modified nucleotide sequence,
A method for a member vehicle of a platoon of vehicles, the method comprising: the member vehicle receiving a platoon control instruction, wherein the platoon control instruction relates to a change of a composition of the platoon of vehicles, wherein a first vehicle being a leading vehicle of at least a part of the platoon of vehicles and a second vehicle are involved in the change, the second vehicle being (i) a leading vehicle of a second platoon to be split from the platoon, (ii) a leading vehicle of a second platoon to be merged with the platoon, or (iii) a vehicle that intends to leave the platoon, wherein the member vehicle receives the platoon control instruction from at least the first vehicle; the member vehicle determining an acknowledgement message based on the platoon control instruction, wherein the acknowledgement message is determined with an acknowledgement, ACK, if the member vehicle approves the platoon control instruction or if the member vehicle is willing to, or capable of, executing the platoon control instruction, wherein the acknowledgement message is determined with a negative acknowledgement, NACK, if the member vehicle disapproves the platoon control instruction or if the member vehicle is unwilling to or incapable of executing the platoon control instruction; and the member vehicle transmitting the acknowledgement message in response to the platoon control instruction to the first vehicle and to the second vehicle. the member vehicle receiving a platoon control instruction, wherein the platoon control instruction relates to a change of a composition of the platoon of vehicles, wherein a first vehicle being a leading vehicle of at least a part of the platoon of vehicles and a second vehicle are involved in the change, the second vehicle being (i) a leading vehicle of a second platoon to be split from the platoon, (ii) a leading vehicle of a second platoon to be merged with the platoon, or (iii) a vehicle that intends to leave the platoon, wherein the member vehicle receives the platoon control instruction from at least the first vehicle; the member vehicle determining an acknowledgement message based on the platoon control instruction, wherein the acknowledgement message is determined with an acknowledgement, ACK, if the member vehicle approves the platoon control instruction or if the member vehicle is willing to, or capable of, executing the platoon control instruction, wherein the acknowledgement message is determined with a negative acknowledgement, NACK, if the member vehicle disapproves the platoon control instruction or if the member vehicle is unwilling to or incapable of executing the platoon control instruction; and the member vehicle transmitting the acknowledgement message in response to the platoon control instruction to the first vehicle and to the second vehicle.
A device for attaching an airbag module to the front of the roof of a motor vehicle, including: - a support with a rear transverse portion; and - a plate for supporting the module, including a rear edge configured to be able to cooperate by pivoting engagement with the rear transverse portion, and lateral attachment means, characterized in that the rear edge includes studs extending essentially longitudinally towards the rear, the rear transverse portion of the support having orifices able to receive said studs. - a support with a rear transverse portion; and - a plate for supporting the module, including a rear edge configured to be able to cooperate by pivoting engagement with the rear transverse portion, and lateral attachment means, characterized in that the rear edge includes studs extending essentially longitudinally towards the rear, the rear transverse portion of the support having orifices able to receive said studs.
An optoacoustic probe having a distal end, the probe comprising: a first light path adapted to permit light of a light source to be directed towards the distal end of the probe; an acoustic lens having an inner surface and an outer surface; an ultrasound transducer array having an active end, the array comprising a plurality of ultrasound transducer elements, the ultrasound transducer array having the inner surface of the acoustic lens at its active end; an isolator (720, 1120) positioned between the light path and the ultrasound transducer array, and arranged to mitigate the energy from the light path from affecting the ultrasound transducer, the isolator being made from a mixture comprising a carrier material and between about 10% and 80% by volume microbubbles, the carrier material being both acoustically absorbent and light absorbing or scattering when combined with the microbubbles, and wherein the carrier material does not comprise a colouring. a first light path adapted to permit light of a light source to be directed towards the distal end of the probe; an acoustic lens having an inner surface and an outer surface; an ultrasound transducer array having an active end, the array comprising a plurality of ultrasound transducer elements, the ultrasound transducer array having the inner surface of the acoustic lens at its active end; an isolator (720, 1120) positioned between the light path and the ultrasound transducer array, and arranged to mitigate the energy from the light path from affecting the ultrasound transducer, the isolator being made from a mixture comprising a carrier material and between about 10% and 80% by volume microbubbles, the carrier material being both acoustically absorbent and light absorbing or scattering when combined with the microbubbles, and wherein the carrier material does not comprise a colouring.
A terminal device for use in a wireless telecommunications system, the terminal device comprising: a speed detector to detect speed information indicative of a physical speed of the terminal device; a transceiver (500, 510) operable to perform device-to-device wireless communication with one or more other terminal devices according to the wireless communications system and to receive speed information from the one or more other terminal devices indicative of a physical speed of the one or more other terminal devices; and a controller configured to select a transmission format, for use in wireless communication by the transceiver, in dependence upon the speed information received from the one or more other terminal devices and the speed information detected by the speed detector, in which the controller is configured to select a transmission format, for use in wireless communication by the transceiver, in dependence upon a detection of a highest speed amongst the speed information. a speed detector to detect speed information indicative of a physical speed of the terminal device; a transceiver (500, 510) operable to perform device-to-device wireless communication with one or more other terminal devices according to the wireless communications system and to receive speed information from the one or more other terminal devices indicative of a physical speed of the one or more other terminal devices; and a controller configured to select a transmission format, for use in wireless communication by the transceiver, in dependence upon the speed information received from the one or more other terminal devices and the speed information detected by the speed detector, in which the controller is configured to select a transmission format, for use in wireless communication by the transceiver, in dependence upon a detection of a highest speed amongst the speed information.
A method of simulating flow of a reactor coolant in a core, the method comprising: forming a simplified model of the core by arranging a plurality of induction plates in a vertical direction to be apart from one another, each of the induction plates comprising a plurality of penetration holes for inducing a pressure drop when the reactor coolant flows in the core; performing a reactor coolant flow experiment by using the simplified model to measure the pressure drop when the reactor coolant flows in the core; and checking whether the measured pressure drop of the reactor coolant is within an error range by comparing the measured pressure drop to a reference value. forming a simplified model of the core by arranging a plurality of induction plates in a vertical direction to be apart from one another, each of the induction plates comprising a plurality of penetration holes for inducing a pressure drop when the reactor coolant flows in the core; performing a reactor coolant flow experiment by using the simplified model to measure the pressure drop when the reactor coolant flows in the core; and checking whether the measured pressure drop of the reactor coolant is within an error range by comparing the measured pressure drop to a reference value.
A slider (1, 101, 200) for a zipper closure (7, 107) having interlocking members (31, 32) with complementary profiles for interlocking and unlocking; the slider comprising: (a) an opposite opening end and closing end; (b) a top member (21, 121); (c) a pair of spaced legs (22, 23) depending from the top member; the spaced legs defining an open volume therebetween to allow for passage of the tracks therethrough and with the legs straddling the tracks; (d) internal surfaces spaced sufficiently close together in a vicinity of the closing end to press the profiles into interlocking relationship as the slider is moved in a closing direction along the zipper closure; and (e) a separator plow extending from the opening end, characterized by the separator plow being selectively moveable into a position to be between the interlocking members (31, 32) and separate the interlocking profiles as the slider (1, 101, 200) is moved in an opening direction along the zipper closure (7, 107) by pivoting the opening end of the slider in a direction toward the profiles. (a) an opposite opening end and closing end; (b) a top member (21, 121); (c) a pair of spaced legs (22, 23) depending from the top member; the spaced legs defining an open volume therebetween to allow for passage of the tracks therethrough and with the legs straddling the tracks; (d) internal surfaces spaced sufficiently close together in a vicinity of the closing end to press the profiles into interlocking relationship as the slider is moved in a closing direction along the zipper closure; and (e) a separator plow extending from the opening end,