mhurhangee/ep-ind-claims huggingface dataset:
An image sensor, comprising: an array of pixels for detecting light incident on the pixel, wherein each pixel in the array comprises a photodetector for generating a photointegrated signal corresponding to an amount of light incident on the photodetector, and an in-pixel correlated double sampling, CDS, circuitry, wherein the in-pixel CDS circuitry is connected to the photodetector and is configured to output a CDS signal representative of a difference between the photointegrated signal and a reset signal; a column line, which extends along and is associated with a column of pixels in the array, which column line is configured to selectively receive a pixel signal from a pixel in the column for reading out a value indicative of amount of light incident on the photodetector of the pixel; characterized by a voltage drop correction line, which extends along and is associated with the column of pixels, wherein the voltage drop correction line is configured to provide a correction voltage signal to a pixel in the column such that the correction voltage signal is added to the CDS signal for forming the pixel signal from the pixel received by the column line and corrects for voltage drop of the pixel signal in read-out through the column line. an array of pixels for detecting light incident on the pixel, wherein each pixel in the array comprises a photodetector for generating a photointegrated signal corresponding to an amount of light incident on the photodetector, and an in-pixel correlated double sampling, CDS, circuitry, wherein the in-pixel CDS circuitry is connected to the photodetector and is configured to output a CDS signal representative of a difference between the photointegrated signal and a reset signal; a column line, which extends along and is associated with a column of pixels in the array, which column line is configured to selectively receive a pixel signal from a pixel in the column for reading out a value indicative of amount of light incident on the photodetector of the pixel; characterized by a voltage drop correction line, which extends along and is associated with the column of pixels, wherein the voltage drop correction line is configured to provide a correction voltage signal to a pixel in the column such that the correction voltage signal is added to the CDS signal for forming the pixel signal from the pixel received by the column line and corrects for voltage drop of the pixel signal in read-out through the column line.
A pet food, comprising dietary fiber including lignin, wherein the pet food contains said lignin in an amount of no less than 0.5% by mass and no greater than 2.2% by mass with respect to the amount of the pet food, wherein the pet food contains the dietary fiber in an amount of no less than 10% by mass and no greater than 20% by mass with respect to the amount of the pet food, wherein the dietary fiber comprises a fiber source material for pet food including lignin in an amount of no less than 5% by mass and no greater than 25% by mass with respect to the amount of the fiber source material, wherein the pet food is a cat food, and wherein the pet food promotes elimination of a hairball.
A sliding door with a magnetic carrying device for at least one door leaf, the carrying device comprises at least one row of magnets (1, 1a, 1b, 1c, 1d, 1e, 1f), at least one soft-magnetic or hard-magnetic carrying element, in the form of at least one carrying rail (2a, 2b, 2c, 2d, 13, 14, 24), is in an attracting action of forces with at least one of the at least one row of magnets (1, 1a, 1b, 1c, 1d, 1e, 1f), a guiding element, which guarantees a predetermined gap-shaped distance in the horizontal direction between the at least one row of magnets (1, 1a, 1b, 1c, 1d, 1e, 1f) and the carrying rail (2a, 2b, 2c, 2d, 13, 14, 24), characterized in that the carrying device includes a vertically acting carrying force setting device, and the vertically acting carrying force setting device comprises an adjustment device, by means of which the carrying element or parts of the carrying element (2a, 2b, 2c, 2d, 13, 14, 24) are adjustable in a direction vertical to the predetermined distance, such that the predetermined distance between the at least one row of magnets (1, 1a, 1b, 1c, 1d, 1e, 1f) and the carrying rail (2a, 2b, 2c, 2d, 13, 14, 24) remains constant when being adjusted, wherein each carrying element includes a U-shaped carrying rail (2a, 2b, 13, 14) including a bottom area and two lateral areas, wherein the bottom area connecting the two lateral areas is disposed to be fixed and/or adjustable, and one row of magnets of the at least one row of magnets is guided at least partially within the U-shaped carrying rail (2a, 2b, 13, 14), in a way that one inner surface of at least one lateral area, which is adjustable with regard to the bottom area or an angled terminal area, extending parallel to the bottom area, of the at least one adjustable lateral area is disposed with the predetermined distance to a first side of the row of magnets, which extends parallel to the inner surface of the at least one adjustable lateral area or to a frontal face extending vertically to the bottom area of the terminal area.
An evolved Node B, eNB, for operating in an LTE, Long Term Evolution, network, comprising: processing circuitry; a radio interface for communicating with user equipment, UEs; an S1-MME network interface for communicating with a mobile management entity, MME an S1-U network interface for communicating with a serving gateway, S-GW; wherein the processing circuitry is adapted to, when a request for an always-on S1-U bearer is received from the UE, instruct the MME to provide the UE with an S1-U bearer that persists as the UE moves between RRC_CONNECTED and RRC_IDLE states and preserve the UE context information during an S1 Release procedure or when the UE otherwise goes into an RRC_IDLE or ECM-IDLE state. processing circuitry; a radio interface for communicating with user equipment, UEs; an S1-MME network interface for communicating with a mobile management entity, MME an S1-U network interface for communicating with a serving gateway, S-GW; wherein the processing circuitry is adapted to, when a request for an always-on S1-U bearer is received from the UE, instruct the MME to provide the UE with an S1-U bearer that persists as the UE moves between RRC_CONNECTED and RRC_IDLE states and preserve the UE context information during an S1 Release procedure or when the UE otherwise goes into an RRC_IDLE or ECM-IDLE state.
Medical device for ostomy, comprising a ring including an internal contour, an external contour and two faces (5, 6), the internal contour defining a central opening configured for receiving a collection appliance for ostomy, said ring comprising a groove extending radially from the external contour thereof, said groove being configured to receive a peripheral edge of an opening used on an abdominal belt, characterised in that the ring comprises at least one aperture emerging on the two faces (5, 6), said at least one aperture passing through the groove.
A method for manufacturing a graft polymer comprising performing a living radical polymerization of a vinyl monomer by a compound and an organic catalyst to manufacture the graft polymer, the compound having a recurring unit represented by a formula below in a main chain. Here, R 1: -COO-(CH 2) a -OCO- R 2, R 3: an aromatic group, an aliphatic group R 4, R 5, R 6: a hydrogen atom, an aliphatic group n = 1 to 5 and a = 2 to 5. performing a living radical polymerization of a vinyl monomer by a compound and an organic catalyst to manufacture the graft polymer, the compound having a recurring unit represented by a formula below in a main chain. Here, R 1: -COO-(CH 2) a -OCO- R 2, R 3: an aromatic group, an aliphatic group R 4, R 5, R 6: a hydrogen atom, an aliphatic group n = 1 to 5 and a = 2 to 5.
Sensor for determining at least one parameter of a fluid medium flowing through a measurement channel, wherein the flowing fluid medium is an intake air mass flow of an internal combustion engine, wherein the sensor has a sensor housing, in particular a plug-in sensor, which is inserted or can be inserted into a flow tube and in which the measurement channel is formed, at least one first sensor chip which is arranged in the measurement channel and is intended to determine the parameter of the fluid medium, and an electronics module, wherein the electronics module has a control and/or evaluation circuit, wherein the sensor has a second sensor chip for determining a qualitative composition of the fluid medium, wherein the second sensor chip is connected to the control and/or evaluation circuit, wherein the qualitative composition comprises at least a portion of a gas component in the fluid medium and/or a portion of a solid in the fluid medium, wherein the electronics module has a printed circuit board, on which the control and/or evaluation circuit and the second sensor chip are arranged, characterized in that the gas component is at least one compound selected from the group consisting of carbon dioxide, carbon monoxide, ozone, sulphur dioxide and nitrogen oxide and/or the solid is at least one element selected from the group consisting of particles, soot, dust and particulate matter, in that the second sensor chip is a micro-electro-mechanical sensor chip, wherein the second sensor chip has a substrate which is at least partially produced from a semiconductor material, in particular silicon, wherein the sensor is designed for connection to a control unit of a motor vehicle, wherein the motor vehicle has an air conditioning system, wherein the second sensor chip is designed to output a measurement signal, wherein the measurement signal can be processed by the control unit in order to control and/or regulate the air conditioning system.
A device for holding cards, and, optionally, other planar objects, the device comprising at least two planar frames (100a, 100b, 100c, 100d, 200a, 200b, 200c, 200d) located adjacent one another, each planar frame comprising: an opening (104a, 104b, 104c, 104d, 204a, 204b, 2040c, 204d) leading to a space; and an object retaining member for maintaining an object when received in a space of an adjacent planar frame; wherein the object retaining member is formed of a side of the planar frame adjacent to the space of the adjacent planar frame; wherein the opening of the planar frame is aligned in a different direction from an opening of the adjacent planar frame; and characterised in that each planar frame is configured to only contact a periphery of a received object such that at least a portion of the object when received in the space of the planar frame is capable of being in direct contact with at least a portion of another object when received in the space of the adjacent planar frame. an opening (104a, 104b, 104c, 104d, 204a, 204b, 2040c, 204d) leading to a space; and an object retaining member for maintaining an object when received in a space of an adjacent planar frame; wherein the object retaining member is formed of a side of the planar frame adjacent to the space of the adjacent planar frame; wherein the opening of the planar frame is aligned in a different direction from an opening of the adjacent planar frame; and characterised in that each planar frame is configured to only contact a periphery of a received object such that at least a portion of the object when received in the space of the planar frame is capable of being in direct contact with at least a portion of another object when received in the space of the adjacent planar frame.
A method of operating a polyethylene reactor system, comprising: polymerizing ethylene on a catalyst in a first polymerization reactor to form intermediate particles having the catalyst and a first polyethylene; discharging the intermediate particles from the first polymerization reactor to a second polymerization reactor; polymerizing ethylene on the catalyst in the intermediate particles in the second polymerization reactor to form product particles having the catalyst, the first polyethylene, and the second polyethylene; discharging the product particles from the second polymerization reactor; and controlling a particle size of the product particles by adjusting a residence time of the catalyst through the first polymerization reactor, the second polymerization reactor, or both the first and second polymerization reactors.
A method of preparing a paving machine for transport, the paving machine including: a frame including a rear and a front, the frame defining a paving direction extending from the rear to the front; a plurality of swing legs pivotally connected to the frame; a plurality of ground engaging units, one ground engaging unit being steerably connected to each one of the swing legs, each of the ground engaging units including a drive such that the ground engaging unit is driven across the ground; the method comprising the steps of: (a) driving the ground engaging units to rotate the frame substantially in place on the ground through a re-orientation angle of the frame relative to the ground; and; (b) as the frame is rotating, pivoting one or more of the swing legs from a paving position relative to the frame, to a transport position relative to the frame. a frame including a rear and a front, the frame defining a paving direction extending from the rear to the front; a plurality of swing legs pivotally connected to the frame; a plurality of ground engaging units, one ground engaging unit being steerably connected to each one of the swing legs, each of the ground engaging units including a drive such that the ground engaging unit is driven across the ground; the method comprising the steps of: (a) driving the ground engaging units to rotate the frame substantially in place on the ground through a re-orientation angle of the frame relative to the ground; and; (b) as the frame is rotating, pivoting one or more of the swing legs from a paving position relative to the frame, to a transport position relative to the frame. (a) driving the ground engaging units to rotate the frame substantially in place on the ground through a re-orientation angle of the frame relative to the ground; and; (b) as the frame is rotating, pivoting one or more of the swing legs from a paving position relative to the frame, to a transport position relative to the frame.
Coupling device for coupling an accessory to a carrying arm, the coupling device comprising: - A coupling module for coupling the accessory to the coupling device; - A first directional connector for providing a releasable connection to the carrying arm, the carrying arm comprising a second directional connector arranged to be connected to the first directional connector; and - A joint for connecting the first directional connector to the coupling module; wherein: - The joint comprises a first joint member (102, 104) connected to the coupling module and a second joint member connected to the first directional connector; - The first joint member (102, 104) and the second joint member are connected for providing the joint such that the first joint member (102, 104) and the second joint member are swivelable relative to one another over at least one swivelling axis which swivelling axis is provided under an angle with respect to the orientation of the first directional connector and - The first directional connector is directed in a longitudinal orientation with respect to the joint if the joint is in substantially a centre position; characterized in that at least one of the first directional connector and the second directional connector comprises a quick release connector (114, 234), and in that the first directional connector is arranged for receiving a mating second directional connector in a manner forming a unidirectional connection. - A coupling module for coupling the accessory to the coupling device; - A first directional connector for providing a releasable connection to the carrying arm, the carrying arm comprising a second directional connector arranged to be connected to the first directional connector; and - A joint for connecting the first directional connector to the coupling module; - The joint comprises a first joint member (102, 104) connected to the coupling module and a second joint member connected to the first directional connector; - The first joint member (102, 104) and the second joint member are connected for providing the joint such that the first joint member (102, 104) and the second joint member are swivelable relative to one another over at least one swivelling axis which swivelling axis is provided under an angle with respect to the orientation of the first directional connector and - The first directional connector is directed in a longitudinal orientation with respect to the joint if the joint is in substantially a centre position; characterized in that at least one of the first directional connector and the second directional connector comprises a quick release connector (114, 234), and in that the first directional connector is arranged for receiving a mating second directional connector in a manner forming a unidirectional connection.
A gun barrel for guiding a bullet along a longitudinal axis, the gun barrel comprising: a breach segment having rifling, the rifling having a helical pitch; and a muzzle segment including: (a) a circumferential series of lands, each land being radially displaced from the longitudinal axis a distance at least as great as one-half of the bullet's diameter, said each land extending helically about the longitudinal axis and having a helical pitch substantially matching the rifling's helical pitch; and (b) a plurality of sound reflection chambers, each sound reflection chamber being positioned between an adjacent pair of lands, said each chamber opening radially inwardly and having a muzzle end; and characterized by: (c) a plurality of ceilings, each ceiling having a muzzle end, said each ceiling overlying one of the sound reflection chambers, the muzzle end of each ceiling overlying the muzzle end of one of the sound reflection chambers; and (d) a plurality of sound reflection walls positioned at the muzzle end of the gun barrel, each sound reflection wall closing one of the sound reflection chambers' muzzle ends. a breach segment having rifling, the rifling having a helical pitch; and a muzzle segment including: (a) a circumferential series of lands, each land being radially displaced from the longitudinal axis a distance at least as great as one-half of the bullet's diameter, said each land extending helically about the longitudinal axis and having a helical pitch substantially matching the rifling's helical pitch; and (b) a plurality of sound reflection chambers, each sound reflection chamber being positioned between an adjacent pair of lands, said each chamber opening radially inwardly and having a muzzle end; and characterized by: (c) a plurality of ceilings, each ceiling having a muzzle end, said each ceiling overlying one of the sound reflection chambers, the muzzle end of each ceiling overlying the muzzle end of one of the sound reflection chambers; and (d) a plurality of sound reflection walls positioned at the muzzle end of the gun barrel, each sound reflection wall closing one of the sound reflection chambers' muzzle ends. (a) a circumferential series of lands, each land being radially displaced from the longitudinal axis a distance at least as great as one-half of the bullet's diameter, said each land extending helically about the longitudinal axis and having a helical pitch substantially matching the rifling's helical pitch; and (b) a plurality of sound reflection chambers, each sound reflection chamber being positioned between an adjacent pair of lands, said each chamber opening radially inwardly and having a muzzle end; and characterized by: (c) a plurality of ceilings, each ceiling having a muzzle end, said each ceiling overlying one of the sound reflection chambers, the muzzle end of each ceiling overlying the muzzle end of one of the sound reflection chambers; and (d) a plurality of sound reflection walls positioned at the muzzle end of the gun barrel, each sound reflection wall closing one of the sound reflection chambers' muzzle ends.
A straight barrel type vacuum refining device comprising a vacuum chamber, a snorkel, and a steel ladle, wherein, during the vacuum refining, the snorkel is inserted into a molten steel of the steel ladle, wherein a circulating tube is disposed in a circumference of said snorkel, the circulating tube being adapted for blowing argon gas into the snorkel through nozzles on the inner wall of the circulating tube and for being disposed in at least one layer, the nozzles on the circulating tube of the same layer being adapted for being individually controlled; an eccentric gas permeable brick is disposed at the bottom of said steel ladle, the eccentric gas permeable brick being adapted for blowing argon gas into the steel ladle, the device being adapted for driving the circulating flow of the molten steel between the steel ladle and the vacuum chamber by using different blowing flow rate combinations of steel ladle bottom blowing and each individually controlled unit of the circulating tube blowing system.