mhurhangee/ep-ind-claims huggingface dataset:
A rubber composition having a rubber component and a composite fiber, wherein the composite fiber comprises: a fiber (B 1) made of a hydrophilic resin; a covering layer (B 2) made of a resin having an affinity for a rubber component and provided to cover at least a portion of the fiber, wherein the resin having an affinity for the rubber component is a polyolefin based resin; and a bonding layer (B 3) present at least in a portion of an interface between the fiber (B 1) and the covering layer (B 2) and having affinities for both the hydrophilic resin and the resin having an affinity for the rubber component. a fiber (B 1) made of a hydrophilic resin; a covering layer (B 2) made of a resin having an affinity for a rubber component and provided to cover at least a portion of the fiber, wherein the resin having an affinity for the rubber component is a polyolefin based resin; and a bonding layer (B 3) present at least in a portion of an interface between the fiber (B 1) and the covering layer (B 2) and having affinities for both the hydrophilic resin and the resin having an affinity for the rubber component.
A compound of formula below, intermediate in the preparation of a palladium-based catalyst: wherein R1 is selected between hydrogen and methyl, R2 is selected between methyl and isopropyl and n is an integer from 1 to 4.
Method of feeding newly hatched chicks in an industrial environment in a climate chamber during a first stage of life from hatching, the method comprising; a) controlling the temperature and humidity in the climate chamber, b) operating a ventilation means to generate an air flow through the climate chamber, and c) supplying the newly hatched chicks with self moving live feed as perceived by the newly hatched chicken in the climate chamber, wherein the first stage of life comprises the first 1 to 4 days of life. a) controlling the temperature and humidity in the climate chamber, b) operating a ventilation means to generate an air flow through the climate chamber, and c) supplying the newly hatched chicks with self moving live feed as perceived by the newly hatched chicken in the climate chamber,
A method, performed by a wireless device connected to or camping on a first cell, for managing a measurement of a strength of a reference signal of a second cell, wherein the first cell is operated by a radio network node, and wherein the method comprises: receiving, from the radio network node, an indication relating to a property associated with an identity of the second cell neighbouring to the first cell, wherein the property is a type of a cell; receiving the identity of the second cell; and determining (302, 303) whether or not to measure the strength of the reference signal identified by the identity of the second cell as follows: if the identity of the second cell is associated to a type of a cell equal to a macro cell then performing the measurement on the second cell, if the identity of the second cell is associated to a type of a cell equal to a closed or a hybrid Closed Subscriber Group, CSG, cell for which the wireless device is a member then performing the measurement on the second cell, or if the identity of the second cell is associated to a type of a cell equal to a closed or a hybrid Closed Subscriber Group, CSG, cell for which the wireless device is not a member then not performing the measurement on the second cell. receiving, from the radio network node, an indication relating to a property associated with an identity of the second cell neighbouring to the first cell, wherein the property is a type of a cell; receiving the identity of the second cell; and determining (302, 303) whether or not to measure the strength of the reference signal identified by the identity of the second cell as follows: if the identity of the second cell is associated to a type of a cell equal to a macro cell then performing the measurement on the second cell, if the identity of the second cell is associated to a type of a cell equal to a closed or a hybrid Closed Subscriber Group, CSG, cell for which the wireless device is a member then performing the measurement on the second cell, or if the identity of the second cell is associated to a type of a cell equal to a closed or a hybrid Closed Subscriber Group, CSG, cell for which the wireless device is not a member then not performing the measurement on the second cell. if the identity of the second cell is associated to a type of a cell equal to a macro cell then performing the measurement on the second cell, if the identity of the second cell is associated to a type of a cell equal to a closed or a hybrid Closed Subscriber Group, CSG, cell for which the wireless device is a member then performing the measurement on the second cell, or if the identity of the second cell is associated to a type of a cell equal to a closed or a hybrid Closed Subscriber Group, CSG, cell for which the wireless device is not a member then not performing the measurement on the second cell.
Damping system, in particular for a motor vehicle transmission, having an axis of rotation and comprising at least: - a support member able to be rotated about the axis of rotation, - at least one first flyweight and one second flyweight which are able to oscillate with respect to the support member in a rotation plane orthogonal to the axis of rotation, the said first and second flyweights being mounted axially one on each side of the said support member and connected axially to one another by way of at least one connection means passing axially through an associated opening of the said support member, and - at least one device for guiding the first and second flyweights with respect to the support member, comprising at least one rolling element able to cooperate with a pair of opposite tracks, respectively a first guide track and a second guide track which is borne by the support member, characterized in that the first guide track is borne by the said connection means. - a support member able to be rotated about the axis of rotation, - at least one first flyweight and one second flyweight which are able to oscillate with respect to the support member in a rotation plane orthogonal to the axis of rotation, the said first and second flyweights being mounted axially one on each side of the said support member and connected axially to one another by way of at least one connection means passing axially through an associated opening of the said support member, and - at least one device for guiding the first and second flyweights with respect to the support member, comprising at least one rolling element able to cooperate with a pair of opposite tracks, respectively a first guide track and a second guide track which is borne by the support member,
A threaded fastening system, comprising: an object to be fastened having a surface defining an elongated hole in the object, said surface further defining a channel in said hole; a washer (14; 114) having an outwardly extending arm (46; 146) received in the channel; a locking feature (36; 136) defined on said washer (14; 114), characterized by a bolt received in the washer (14; 114) and having a projection engaged with the locking feature (36; 136) and resisting relative rotation between said washer (14; 114) and said bolt. an object to be fastened having a surface defining an elongated hole in the object, said surface further defining a channel in said hole; a washer (14; 114) having an outwardly extending arm (46; 146) received in the channel; a locking feature (36; 136) defined on said washer (14; 114), characterized by a bolt received in the washer (14; 114) and having a projection engaged with the locking feature (36; 136) and resisting relative rotation between said washer (14; 114) and said bolt.
A container for storing and transporting objects, wherein the container has a base, which delimits a lower part of the container, and at least a first pair of side walls (11, 12), which are arranged opposite one another and extending upwards from the base, wherein at least the side walls (11, 12) of the first pair of side walls (11, 12) each have discharge channels (21, 22) for the lateral drainage of water from the container and the discharge channels (21, 22) within the side walls (11, 12) are each separated from one another by partition walls (31, 32), characterised in that the partition walls (31, 32), within a plane of section which runs parallel to the base, are oriented at an incline with respect to an upright (41, 42) of the respective side wall (11, 12), which in the plane of section runs in each case perpendicular to a respective outer face of the respective side wall (11, 12).
An image adjustment apparatus (10, 20), comprising: a boundary calculation unit that calculates a boundary between a first region in which a first portion of an image to be captured through a fisheye lens is irradiated with light by a light source and a second region in which a second portion of the image to be captured is irradiated with light by the light source, wherein a luminance of the first region is greater than a luminance of the second region, the boundary being calculated based on a position of the light source and a calculated intersection point, P(x s,y s,z s), between incident light from the light source toward an origin of a virtual spherical model of the fisheye lens, having a radius r, and the fisheye lens virtual spherical model, the boundary being expressed by: x = cos ⁢ θ √ rz s 2 / z s 2 + x s cos θ + y s sin θ 2, y = sin ⁢ θ √ rz s 2 / z s 2 + x s cos θ + y s sin θ 2, and z = 0; and an image adjustment unit (12, 21) that adjusts a luminance of the first region or the second region based on the calculated boundary by adjusting an exposure period of time in capturing the image. a boundary calculation unit that calculates a boundary between a first region in which a first portion of an image to be captured through a fisheye lens is irradiated with light by a light source and a second region in which a second portion of the image to be captured is irradiated with light by the light source, wherein a luminance of the first region is greater than a luminance of the second region, the boundary being calculated based on a position of the light source and a calculated intersection point, P(x s,y s,z s), between incident light from the light source toward an origin of a virtual spherical model of the fisheye lens, having a radius r, and the fisheye lens virtual spherical model, the boundary being expressed by: x = cos ⁢ θ √ rz s 2 / z s 2 + x s cos θ + y s sin θ 2, y = sin ⁢ θ √ rz s 2 / z s 2 + x s cos θ + y s sin θ 2, and z = 0; and an image adjustment unit (12, 21) that adjusts a luminance of the first region or the second region based on the calculated boundary by adjusting an exposure period of time in capturing the image.
Endoscopic instrument (1, 134) for introduction into a body of a patient, wherein the instrument (1, 134) comprises a tubular shaft (3, 47, 137) and at least two electrical, mechanical and/or optical lines (11, 13, 15, 19, 57, 59, 65, 67, 123, 181) extending through the shaft (3, 47, 137), wherein the lines (11, 13, 15, 19, 57, 59, 65, 67, 123, 181) comprise at least two tension wires (57, 59, 65, 67) which extend in a diametrically opposed manner though the shaft (3, 47, 137) on an inner surface of the shaft, wherein the shaft (3, 47, 137) in a bendable shaft section (9, 49) has a plurality of slits (33, 55, 64) at an axial distance with regard to each other, wherein in the circumferential direction, the slits (33, 55, 64) only extend over a part of the shaft circumference and wherein the slits (33, 55, 64) are axially arranged in relation to each other so that alternately they lie on a first lateral side of the shaft (3, 47, 137) and on a second lateral side of the shaft (3, 47, 137) which is diametrically opposite the first lateral side, wherein the bendable shaft section (9, 49) has at least two sub-sections (Y, Z), wherein the distances between the slits (33, 55, 64) in a first sub-section of the at least two sub-sections (Y, Z) is smaller than in a second sub-section of the at least two sub-sections (Y, Z), wherein the first sub-section is arranged distally of the second sub-section, characterised in that that slits (33, 55, 64) are wedge-shaped so that the clear width of the slits (33, 55, 64) centrally, where the tension wires (57, 59, 65, 67) run is largest and narrow towards the ends in the circumferential direction, wherein the ends of the slits (33, 55, 64) have round recesses, wherein the clear width of the slits (33, 55, 64) in the first sub-section is greater than in the second sub-section. wherein the shaft (3, 47, 137) in a bendable shaft section (9, 49) has a plurality of slits (33, 55, 64) at an axial distance with regard to each other, wherein in the circumferential direction, the slits (33, 55, 64) only extend over a part of the shaft circumference and wherein the slits (33, 55, 64) are axially arranged in relation to each other so that alternately they lie on a first lateral side of the shaft (3, 47, 137) and on a second lateral side of the shaft (3, 47, 137) which is diametrically opposite the first lateral side, wherein the bendable shaft section (9, 49) has at least two sub-sections (Y, Z), wherein the distances between the slits (33, 55, 64) in a first sub-section of the at least two sub-sections (Y, Z) is smaller than in a second sub-section of the at least two sub-sections (Y, Z), wherein the first sub-section is arranged distally of the second sub-section, characterised in that that slits (33, 55, 64) are wedge-shaped so that the clear width of the slits (33, 55, 64) centrally, where the tension wires (57, 59, 65, 67) run is largest and narrow towards the ends in the circumferential direction, wherein the ends of the slits (33, 55, 64) have round recesses, wherein the clear width of the slits (33, 55, 64) in the first sub-section is greater than in the second sub-section.
A latch assembly having a chassis, a latch bolt, movably mounted on the chassis and having a closed position for retaining a striker and an open position for releasing the striker, a pawl having an engaged position at which the pawl is engaged with the latch bolt to hold the latch bolt in the closed position and a disengaged position at which the pawl is disengaged from the latch bolt thereby allowing the latch bolt to move to the open position, in which the pawl is rotatably mounted via a pawl pivot pin about a pawl axis, the pawl pivot pin mounted in a pawl pin orifice, and the pawl pivot pin includes a first arcuate portion having a first radius about the pawl axis, and in which the cross-sectional area of the pawl pivot pin, taken perpendicular to the pawl axis, is greater than the area of a circle having the first radius wherein the first arcuate portion engages the pawl pin orifice.
A method for controlling output arbitration, comprising: storing a received data stream in a corresponding data cache queue according to a de-multiplexing filter condition, and updating data address information of the corresponding data cache queue; when it is determined that a length of cache data in the data cache queue is greater than or equal to a fixed length, or when it is determined that the length of the cache data is less than the fixed length but the cache data contains an End Of Packet, EOP, controlling the data cache queue to apply for output arbitration and updating a state of the data cache queue, which is related to the length of the data cache queue; and outputting the cache data in the data cache queue which applies for the output arbitration according to a preset scheduling rule and the state of the data cache queue. storing a received data stream in a corresponding data cache queue according to a de-multiplexing filter condition, and updating data address information of the corresponding data cache queue; when it is determined that a length of cache data in the data cache queue is greater than or equal to a fixed length, or when it is determined that the length of the cache data is less than the fixed length but the cache data contains an End Of Packet, EOP, controlling the data cache queue to apply for output arbitration and updating a state of the data cache queue, which is related to the length of the data cache queue; and outputting the cache data in the data cache queue which applies for the output arbitration according to a preset scheduling rule and the state of the data cache queue.
A control methodology for a hybrid vehicle electrical system including one or more electrical loads, an engine-driven AC electric machine operable as a generator for supplying power to said electrical loads via a high voltage bus, and a high voltage battery pack coupled to the high voltage bus by a power coupler that can open to disconnect the battery pack from the high voltage bus under fault conditions, the control methodology comprising the steps of: initiating a fault mode control of said electric machine in response to a detected disconnection of said battery pack from said electrical system by said power coupler, including directly calculating vector current commands (94, 96) for said electric machine based on a deviation of an operating voltage of said high voltage bus from a target voltage, and controlling said electric machine based on the calculated vector current commands to maintain the operating voltage of said high voltage bus at said target value.
A bone graft composition comprising: A) 30-55 wt% of calcium phosphate compound particles; and B) 45-70 wt% of a biodegradable hydrogel containing, based on 100 parts by weight of the hydrogel, 25-35 parts by weight of poloxamer and 0.5-2 parts by weight of hydroxypropyl methylcellulose (HPMC). A) 30-55 wt% of calcium phosphate compound particles; and B) 45-70 wt% of a biodegradable hydrogel containing, based on 100 parts by weight of the hydrogel, 25-35 parts by weight of poloxamer and 0.5-2 parts by weight of hydroxypropyl methylcellulose (HPMC).
A packaged RF transistor device, comprising: an RF transistor die including a plurality of RF transistor cells (15A-D), each of the plurality of RF transistor cells (15A-D) including a control terminal and an output terminal; an RF input lead; and an input matching network coupled between the RF input lead and the RF transistor die, the input matching network comprises at least one of: (a) a plurality of capacitors (36A-D) having respective input terminals, wherein the input terminals of the capacitors (36A-D) are coupled to the control terminals of respective ones of the RF transistor cells (15A-D), and wherein the input matching network further comprises a plurality of resistors (35A-C) coupled respectively between adjacent input terminals of the capacitors (36A-D); and (b) a split capacitor comprising a plurality of input terminals, wherein the input terminals of the split capacitor are coupled to the control terminals of respective ones of the RF transistor cells (15A-D), and wherein the input matching network further comprises a plurality of resistors (35A-C) coupled respectively between adjacent input terminals of the split capacitor. an RF transistor die including a plurality of RF transistor cells (15A-D), each of the plurality of RF transistor cells (15A-D) including a control terminal and an output terminal; an RF input lead; and an input matching network coupled between the RF input lead and the RF transistor die, the input matching network comprises at least one of: (a) a plurality of capacitors (36A-D) having respective input terminals, wherein the input terminals of the capacitors (36A-D) are coupled to the control terminals of respective ones of the RF transistor cells (15A-D), and wherein the input matching network further comprises a plurality of resistors (35A-C) coupled respectively between adjacent input terminals of the capacitors (36A-D); and (b) a split capacitor comprising a plurality of input terminals, wherein the input terminals of the split capacitor are coupled to the control terminals of respective ones of the RF transistor cells (15A-D), and wherein the input matching network further comprises a plurality of resistors (35A-C) coupled respectively between adjacent input terminals of the split capacitor.
Checking method for checking a power plant of an aircraft, said power plant comprising at least one motor and an air inlet that supplies air to said at least one motor, said power plant comprising a cloggable filter that filters the air upstream of said motor, wherein the method comprises a step of performing an aircraft power check by means of the following operations: - step STP1 of determining, in flight or on the ground, a current power (Pcour) developed by said motor within the aircraft, without taking into account a power loss produced by the arrangement of said motor in said aircraft and a degree of clogging of said filter, and of determining that said current power (Pcour) is greater than or equal to a stored guaranteed minimum power (Pmini), said aircraft power check being considered successful if said current power (Pcour) is greater than or equal to said guaranteed minimum power (Pmini), - if the aircraft power check fails, step STP2 of washing said filter, then step STP3 of performing a new aircraft power check, - if the new aircraft power check fails, step CSM of performing a motor health check as a function of a power loss produced at least by said filter or by opening an air bypass path that supplies said motor without filtering, - dismantling said motor outside the aircraft if the motor health check fails. - step STP1 of determining, in flight or on the ground, a current power (Pcour) developed by said motor within the aircraft, without taking into account a power loss produced by the arrangement of said motor in said aircraft and a degree of clogging of said filter, and of determining that said current power (Pcour) is greater than or equal to a stored guaranteed minimum power (Pmini), said aircraft power check being considered successful if said current power (Pcour) is greater than or equal to said guaranteed minimum power (Pmini), - if the aircraft power check fails, step STP2 of washing said filter, then step STP3 of performing a new aircraft power check, - if the new aircraft power check fails, step CSM of performing a motor health check as a function of a power loss produced at least by said filter or by opening an air bypass path that supplies said motor without filtering, - dismantling said motor outside the aircraft if the motor health check fails.