mhurhangee/ep-ind-claims huggingface dataset:
An image capturing apparatus comprising: an image sensor configured to photoelectrically convert an object image formed by an image taking optical system; first photoelectric conversion elements and second photoelectric conversion elements provided in one of the image sensor and a focus detection element separate from the image sensor, and configured to respectively photoelectrically convert paired focus detecting images formed by light fluxes passing through mutually different pupil areas of the image taking optical system, and; a filter processor configured to perform an image signal restoration process using a filter on a first image signal obtained from the first photoelectric conversion elements and on a second image signal obtained from the second photoelectric conversion elements; and a focus detector configured to detect a focus state of the image taking optical system based on a phase difference between the first and second image signals after the image signal restoration process, wherein the filter processor is configured to calculate a contrast direction in which the object image has contrast, by using an output from the image sensor, and configured to change the filter depending on the contrast direction. an image sensor configured to photoelectrically convert an object image formed by an image taking optical system; first photoelectric conversion elements and second photoelectric conversion elements provided in one of the image sensor and a focus detection element separate from the image sensor, and configured to respectively photoelectrically convert paired focus detecting images formed by light fluxes passing through mutually different pupil areas of the image taking optical system, and; a filter processor configured to perform an image signal restoration process using a filter on a first image signal obtained from the first photoelectric conversion elements and on a second image signal obtained from the second photoelectric conversion elements; and a focus detector configured to detect a focus state of the image taking optical system based on a phase difference between the first and second image signals after the image signal restoration process, wherein the filter processor is configured to calculate a contrast direction in which the object image has contrast, by using an output from the image sensor, and configured to change the filter depending on the contrast direction.
A charging method based on dual batteries, comprising: A0, controlling, by a charge controlling unit, a secondary battery to charge a main battery, when a charger is not connected; the charge controlling unit being connected to a secondary charging chip; the charge controlling unit further comprising an LED light set configured to display current power level information of the secondary battery; A, connecting a USB connector to a charger; B, switching, by a switch, to a corresponding charging path, based on an inserting state of a backup battery; when the backup battery is inserted, controlling a main charging chip to charge the main battery, and controlling the secondary charging chip to charge the secondary battery simultaneously; when the backup battery is pulled out, controlling the main charging chip to charge the main battery; characterized in that, the secondary charging chip is further connected to the main charging chip; in the step B, when the backup battery is inserted and the switch switches to the secondary charging chip, the charger charges to the secondary charging chip via the USB connector, and the secondary charging chip is controlled to charge the main charging chip simultaneously. A0, controlling, by a charge controlling unit, a secondary battery to charge a main battery, when a charger is not connected; the charge controlling unit being connected to a secondary charging chip; the charge controlling unit further comprising an LED light set configured to display current power level information of the secondary battery; A, connecting a USB connector to a charger; B, switching, by a switch, to a corresponding charging path, based on an inserting state of a backup battery; when the backup battery is inserted, controlling a main charging chip to charge the main battery, and controlling the secondary charging chip to charge the secondary battery simultaneously; when the backup battery is pulled out, controlling the main charging chip to charge the main battery; characterized in that, the secondary charging chip is further connected to the main charging chip; in the step B, when the backup battery is inserted and the switch switches to the secondary charging chip, the charger charges to the secondary charging chip via the USB connector, and the secondary charging chip is controlled to charge the main charging chip simultaneously.
A method for controlling the use of the combustion engine and auxiliary motor(s) of a powertrain of a hybrid vehicle provided with a speed control system with programmable speed setpoint, the method consisting in determining i) a comfortable torque needed for a comfortable acceleration of said vehicle as a function of a current speed of the vehicle, a programmed speed setpoint of the system and resistive forces experienced by said vehicle, then ii) first and second setpoint torques respectively for said combustion engine and auxiliary motor, as a function of said determined comfortable torque, of maximum and optimum torques provided by said combustion engine, of a maximum torque provided by said auxiliary motor, and of a setpoint torque demanded by said system so as to cause the current speed of the vehicle to converge towards said programmed speed setpoint.
A camera system (100, 200, 300) for a portable electrical device, comprising: a first image sensor facing in a first direction; a first optomechanical unit, wherein the first optomechanical unit comprises a top side and a bottom side opposite to each other; and a first carriage (11, 39) for movably coupling the camera system (100, 200, 300) to the portable electrical device; wherein the first image sensor is mounted in the first carriage (11, 39); the first optomechanical unit is coupled to the first carriage (11, 39) and is configured to pivotably rotate around a hinge in the first carriage (11, 39); by rotating the first optomechanical unit around the hinge, the camera system (100, 200, 300) is adjustable between a storage position and an operating position; in the storage position, the first image sensor and the first optomechanical unit are side-by-side in a planar position, and the bottom side of the first optomechanical unit is facing in the first direction; in the operating position, the first optomechanical unit is folded on top of the first image sensor to form a first operable camera module, and the bottom side of the first optomechanical unit is facing the first image sensor. a first image sensor facing in a first direction; a first optomechanical unit, wherein the first optomechanical unit comprises a top side and a bottom side opposite to each other; and a first carriage (11, 39) for movably coupling the camera system (100, 200, 300) to the portable electrical device; wherein the first image sensor is mounted in the first carriage (11, 39); the first optomechanical unit is coupled to the first carriage (11, 39) and is configured to pivotably rotate around a hinge in the first carriage (11, 39); by rotating the first optomechanical unit around the hinge, the camera system (100, 200, 300) is adjustable between a storage position and an operating position; in the storage position, the first image sensor and the first optomechanical unit are side-by-side in a planar position, and the bottom side of the first optomechanical unit is facing in the first direction; in the operating position, the first optomechanical unit is folded on top of the first image sensor to form a first operable camera module, and the bottom side of the first optomechanical unit is facing the first image sensor.
A method comprising: mixing a polyurethane pre-polymer with a self-dispersed pigment to form a mixture; polymerizing the pre-polymer in the mixture to form a polyurethane polymer; and associating at least some of the polyurethane polymer with the dispersed pigment. mixing a polyurethane pre-polymer with a self-dispersed pigment to form a mixture; polymerizing the pre-polymer in the mixture to form a polyurethane polymer; and associating at least some of the polyurethane polymer with the dispersed pigment.
A method performed by a terminal in a communication system, the method comprising: receiving, from a base station, configuration information including a first power headroom report, PHR, configuration including a first prohibit timer and a second PHR configuration including a threshold and a second prohibit timer; identifying whether a PHR is triggered based on the configuration information; and transmitting, to the base station, the PHR in case that a power management maximum power reduction, P-MPR, value that is applied to meet a required value is greater than or equal to the threshold and the second prohibit timer is not running, wherein a field included in the PHR indicates the P-MPR value in case that a P field included in the PHR is set to 1, and wherein a length of the field is 2 bits. receiving, from a base station, configuration information including a first power headroom report, PHR, configuration including a first prohibit timer and a second PHR configuration including a threshold and a second prohibit timer; identifying whether a PHR is triggered based on the configuration information; and transmitting, to the base station, the PHR in case that a power management maximum power reduction, P-MPR, value that is applied to meet a required value is greater than or equal to the threshold and the second prohibit timer is not running, wherein a field included in the PHR indicates the P-MPR value in case that a P field included in the PHR is set to 1, and wherein a length of the field is 2 bits.
A bag material that has a tubular shape and that can be folded back at an intermediate position in a longitudinal direction, wherein crushed stones can be stored in a folded part of the back material, and the bag material comprising: a one-side closing rope that is provided near an opening on one side of the bag material and that closes the opening on the one side of the bag material; characterised in that the opening on the one side of the bag material can be moved to a position close to another opening on another side of the bag material and an other-side closing rope that is provided near the other opening on the other side of the bag material and that closes the other opening on the other side of the bag material, wherein the other of the one-side and other-side closing ropes (12b, 12a) can be released with the opening / the other opening closed by the one-side closing rope / the other-side closing rope. crushed stones can be stored in a folded part of the back material, and the bag material comprising: a one-side closing rope that is provided near an opening on one side of the bag material and that closes the opening on the one side of the bag material; characterised in that the opening on the one side of the bag material can be moved to a position close to another opening on another side of the bag material and an other-side closing rope that is provided near the other opening on the other side of the bag material and that closes the other opening on the other side of the bag material, wherein the other of the one-side and other-side closing ropes (12b, 12a) can be released with the opening / the other opening closed by the one-side closing rope / the other-side closing rope. a one-side closing rope that is provided near an opening on one side of the bag material and that closes the opening on the one side of the bag material; characterised in that the opening on the one side of the bag material can be moved to a position close to another opening on another side of the bag material and an other-side closing rope that is provided near the other opening on the other side of the bag material and that closes the other opening on the other side of the bag material, wherein the other of the one-side and other-side closing ropes (12b, 12a) can be released with the opening / the other opening closed by the one-side closing rope / the other-side closing rope.
A compound of Formula,, or: or a pharmaceutically acceptable salt thereof, wherein PCA is a specific substrate recognition sequence of the ligase; LA1 and LA2 are linker moieties; a and p are independently 0 or 1, that is, LA1 and LA2 are independently present or absent; CCA' is a chemical conjugation moiety; ------ represents a single or double bond; Y is a payload, which is selected from the group consisting of a nucleic acid sequence, a short peptide sequence, a polypeptide, a protein, a small molecule and a biological substance; z is any of the integers between 1 and 1000. PCA is a specific substrate recognition sequence of the ligase; LA1 and LA2 are linker moieties; a and p are independently 0 or 1, that is, LA1 and LA2 are independently present or absent; CCA' is a chemical conjugation moiety; ------ represents a single or double bond; Y is a payload, which is selected from the group consisting of a nucleic acid sequence, a short peptide sequence, a polypeptide, a protein, a small molecule and a biological substance; z is any of the integers between 1 and 1000.
An apparatus for forming a wellbore in a subterranean formation, comprising a drill bit, - a connector connected to the drill bit, the connector being configured to transmit torque and thrust to the drill bit; - a drilling motor energized by a pressurized fluid, the drilling motor including: - a stator housing, and - a rotor disposed in the stator housing and having a torque transmitting connection to the connector; - a force application assembly selectively anchoring the stator housing to a wellbore wall, the apparatus characterised by: - a thrust generator formed on an outer surface of the connector, the thrust generator having a pressure face in pressure communication with a fluid flowing through the drilling motor, wherein the thrust generator includes a rib formed on the connector; and wherein the apparatus is further characterised by: - an enclosure enclosing the thrust generator, wherein the rib translates in a chamber formed between the enclosure and the connector, wherein the connector includes a first passage conveying fluid from the drilling motor to the chamber and a second passage conveying fluid from the drilling motor to the drill bit. - a connector connected to the drill bit, the connector being configured to transmit torque and thrust to the drill bit; - a drilling motor energized by a pressurized fluid, the drilling motor including: - a stator housing, and - a rotor disposed in the stator housing and having a torque transmitting connection to the connector; - a stator housing, and - a rotor disposed in the stator housing and having a torque transmitting connection to the connector; - a force application assembly selectively anchoring the stator housing to a wellbore wall, the apparatus characterised by: - a thrust generator formed on an outer surface of the connector, the thrust generator having a pressure face in pressure communication with a fluid flowing through the drilling motor, wherein the thrust generator includes a rib formed on the connector; and wherein the apparatus is further characterised by: - an enclosure enclosing the thrust generator, wherein the rib translates in a chamber formed between the enclosure and the connector, wherein the connector includes a first passage conveying fluid from the drilling motor to the chamber and a second passage conveying fluid from the drilling motor to the drill bit. - a thrust generator formed on an outer surface of the connector, the thrust generator having a pressure face in pressure communication with a fluid flowing through the drilling motor, wherein the thrust generator includes a rib formed on the connector; and - an enclosure enclosing the thrust generator, wherein the rib translates in a chamber formed between the enclosure and the connector,
A bifunctional polymer comprising: (a) an anchor group selected from a group consisting of azide, carboxylic acid, thiol, amine, hydroxyl, hydrazine, silyl, phosphonate, alkyne, catechol, and lysine; (b) a polymer block that includes one or more first polymers, the one or more first polymers including polyethylene glycol or polysaccharide; (c) a linker group selected from a group consisting of phenyl, vinyl, benzyl, and alkyl; and (d) an azlactone end group containing R 1 and R 2, wherein R 1 and R 2 are each independently selected from a group consisting of hydrogen, alkyl, and aryl. (a) an anchor group selected from a group consisting of azide, carboxylic acid, thiol, amine, hydroxyl, hydrazine, silyl, phosphonate, alkyne, catechol, and lysine; (b) a polymer block that includes one or more first polymers, the one or more first polymers including polyethylene glycol or polysaccharide; (c) a linker group selected from a group consisting of phenyl, vinyl, benzyl, and alkyl; and (d) an azlactone end group containing R 1 and R 2, wherein R 1 and R 2 are each independently selected from a group consisting of hydrogen, alkyl, and aryl.
A negative electrode-solid electrolyte sub-assembly for an all-solid secondary battery comprising: a negative electrode current collector; a first negative active material layer disposed on the negative electrode current collector; an interlayer disposed on the first negative active material layer and opposite the negative electrode current collector; and a solid electrolyte disposed on the interlayer and opposite the first negative active material layer, wherein the first negative active material layer comprises a mixture of a compound of Formula 1 and a compound of Formula 2, a composite of the compound of Formula 1 and the compound of Formula 2, or a combination thereof, Formula 1 Li x M1 y wherein, in Formula 1, M1 is a first metal and is an element capable of forming a compound or an alloy with lithium and oxygen, and 0 ≤ x ≤ 20 and 1 ≤ y ≤ 10, Formula 2 M2 a N b wherein, in Formula 2, M2 is a second metal and is lithium, an element capable of forming a compound or an alloy with lithium and nitrogen, or a combination thereof, and 1 ≤ a ≤ 15 and 1 ≤ b ≤ 10, wherein the interlayer comprises a third metal material, lithium oxide, or a combination thereof, and the third metal material comprises a third metal oxide, an oxide comprising a third metal and lithium, or a combination thereof, wherein the third metal is an element of Groups 2 to 15. a negative electrode current collector; a first negative active material layer disposed on the negative electrode current collector; an interlayer disposed on the first negative active material layer and opposite the negative electrode current collector; and a solid electrolyte disposed on the interlayer and opposite the first negative active material layer, wherein the first negative active material layer comprises a mixture of a compound of Formula 1 and a compound of Formula 2, a composite of the compound of Formula 1 and the compound of Formula 2, or a combination thereof, Formula 1 Li x M1 y wherein, in Formula 1, M1 is a first metal and is an element capable of forming a compound or an alloy with lithium and oxygen, and 0 ≤ x ≤ 20 and 1 ≤ y ≤ 10, Formula 2 M2 a N b wherein, in Formula 2, M2 is a second metal and is lithium, an element capable of forming a compound or an alloy with lithium and nitrogen, or a combination thereof, and 1 ≤ a ≤ 15 and 1 ≤ b ≤ 10, wherein the interlayer comprises a third metal material, lithium oxide, or a combination thereof, and the third metal material comprises a third metal oxide, an oxide comprising a third metal and lithium, or a combination thereof, wherein the third metal is an element of Groups 2 to 15.
A doser adapted for spraying a fluid, the doser comprising a doser body and an electrical connector, wherein the doser body encloses an electro-actuator and is provided with an aperture in which the electrical connector is inserted, and the electro-actuator comprises a connector block and electrically connecting pins protruding from the connector block; and the electrical connector is adapted to be arranged at the end of an electrical cable for complementary connection of an electro-actuator, the electrical connector having a connector body and several electrical terminals for receiving the electrically connecting pins of the electro-actuator, the connector body defining a passage for the cable and a recess for arranging the terminals and characterized in that the connector further comprises two opposing resilient arms extending from a base of the connector body to define a space therebetween, and a hook adapted to mechanically engage with the connector block, wherein the space comprises the recess and a downward portion for receiving the connector block, the downward portion being wider than the recess; and each arm defines at its end a spur oriented toward the opposite arm and having a sloped outer face configured such that the distance between the opposing outer faces is smaller than a width of the connector block, the spurs defining the hook, wherein during engagement of the connector said resilient arms deflect from a rest position and, when the connector is fully engaged said resilient arms self-return to said rest position. the doser body encloses an electro-actuator and is provided with an aperture in which the electrical connector is inserted, and the electro-actuator comprises a connector block and electrically connecting pins protruding from the connector block; and the electrical connector is adapted to be arranged at the end of an electrical cable for complementary connection of an electro-actuator, the electrical connector having a connector body and several electrical terminals for receiving the electrically connecting pins of the electro-actuator, the connector body defining a passage for the cable and a recess for arranging the terminals and characterized in that the connector further comprises two opposing resilient arms extending from a base of the connector body to define a space therebetween, and a hook adapted to mechanically engage with the connector block, wherein the space comprises the recess and a downward portion for receiving the connector block, the downward portion being wider than the recess; and each arm defines at its end a spur oriented toward the opposite arm and having a sloped outer face configured such that the distance between the opposing outer faces is smaller than a width of the connector block, the spurs defining the hook, wherein during engagement of the connector said resilient arms deflect from a rest position and, when the connector is fully engaged said resilient arms self-return to said rest position.