mhurhangee/ep-ind-claims huggingface dataset:
A switch assembly comprising a switch, in particular an on-load tap-changer, and a drive system for the switch, the drive system including - a drive shaft connecting the drive system to the switch; - a motor with a rotor for driving the drive shaft; and - a feedback system, which is designed - to determine at least two values for a position of the drive shaft; and - to determine a rotor position of the motor and to determine one of the at least two values for the position of the drive shaft depending on the rotor position, wherein the rotor position is an angular range in which the rotor of the motor is located, combined with a number of complete rotations of the rotor; - to generate a feedback signal on the basis of the at least two values; and - a control device which is designed to influence an operation of the motor depending on the feedback signal. - a drive shaft connecting the drive system to the switch; - a motor with a rotor for driving the drive shaft; and - a feedback system, which is designed - to determine at least two values for a position of the drive shaft; and - to determine a rotor position of the motor and to determine one of the at least two values for the position of the drive shaft depending on the rotor position, wherein the rotor position is an angular range in which the rotor of the motor is located, combined with a number of complete rotations of the rotor; - to generate a feedback signal on the basis of the at least two values; and - to determine at least two values for a position of the drive shaft; and - to determine a rotor position of the motor and to determine one of the at least two values for the position of the drive shaft depending on the rotor position, wherein the rotor position is an angular range in which the rotor of the motor is located, combined with a number of complete rotations of the rotor; - to generate a feedback signal on the basis of the at least two values; and - a control device which is designed to influence an operation of the motor depending on the feedback signal.
A UV curable inkjet ink including a free radical polymerizable compound and an acyl phosphine oxide initiator, wherein the acyl phosphine oxide initiator includes an acyl group selected from the group consisting of a benzoyl group substituted by an urea group or an oxalylamide group; a 2,6-dimethyl benzoyl group substituted in position 3 by an urea group or an oxalylamide group; a 2,6-dimethoxy benzoyl group substituted in position 3 by an urea group or an oxalylamide group; a 2,4,6-trimethyl benzoyl group substituted in position 3 by an urea group or an oxalylamide group; and a 2,4,6-trimethoxybenzoyl group substituted in position 3 by an urea group or an oxalylamide group, characterized in that the urea group and the oxalylamide group include a tertiary amine group positioning a phosporus atom of the acylphosphine oxide initiator in a 1 to Z position, where position 1 is defined as that of the phosphorus atom and position Z is defined as the nitrogen atom of the tertiary amine group with Z representing an integer of at least 11, preferably selected from 12 to 16; and that the acyl phosphine oxide initiator contains no more than two photoinitiating moieties having a phosphine oxide group. characterized in that the urea group and the oxalylamide group include a tertiary amine group positioning a phosporus atom of the acylphosphine oxide initiator in a 1 to Z position, where position 1 is defined as that of the phosphorus atom and position Z is defined as the nitrogen atom of the tertiary amine group with Z representing an integer of at least 11, preferably selected from 12 to 16; and that the acyl phosphine oxide initiator contains no more than two photoinitiating moieties having a phosphine oxide group.
A method of assessing a transplant recipient's risk of delayed graft function, the method comprising: determining the level of expression of one or more genes in a biological sample from the transplant recipient, wherein the sample was obtained from the recipient after a point in time when the graft was transplanted and substantially reperfused, and wherein at least one of the genes encodes TNFα; an increase in the level of expression of the gene that encodes TNFα relative to a control sample or a reference standard, indicating that the transplant recipient has an increased risk of delayed graft function. determining the level of expression of one or more genes in a biological sample from the transplant recipient, wherein the sample was obtained from the recipient after a point in time when the graft was transplanted and substantially reperfused, and wherein at least one of the genes encodes TNFα; an increase in the level of expression of the gene that encodes TNFα relative to a control sample or a reference standard, indicating that the transplant recipient has an increased risk of delayed graft function.
An apparatus for supporting a weight used during exercises comprising: a base configured for being movable movable and for being coupled to and extending horizontally from a vertically extending support frame, characterised by an extendable arm assembly comprising a front arm, a back arm, a holder and a cradle, the cradle being coupled to an upper end of each of the front arm and the back arm, the cradle being configured for supporting the weight, the extendable arm assembly further comprising a strut assembly coupled to and between the front arm and the back arm, wherein the front arm and back arm are coupled such that front arm and back arm pivot simultaneously, wherein the extendable arm assembly is configured for selectively pivoting the cradle between a first position when the weight is supported by the cradle and a second position when the weight is removed from the cradle, the strut assembly being configured to move the cradle from the first position to the second position when the weight is removed from the cradle. a base configured for being movable movable and for being coupled to and extending horizontally from a vertically extending support frame, characterised by an extendable arm assembly comprising a front arm, a back arm, a holder and a cradle, the cradle being coupled to an upper end of each of the front arm and the back arm, the cradle being configured for supporting the weight, the extendable arm assembly further comprising a strut assembly coupled to and between the front arm and the back arm, wherein the front arm and back arm are coupled such that front arm and back arm pivot simultaneously, wherein the extendable arm assembly is configured for selectively pivoting the cradle between a first position when the weight is supported by the cradle and a second position when the weight is removed from the cradle, the strut assembly being configured to move the cradle from the first position to the second position when the weight is removed from the cradle.
A storage enclosure (112; 224), comprising: a chassis, comprising: a plurality of drawers arranged horizontally in the chassis, wherein each drawer of the plurality of drawers is extendable through a front surface of the chassis and is able to mount one or more side-accessible storage devices, wherein for any drawer of the plurality of drawers bordering a side surface of the chassis, when the drawer is extended all storage devices are inserted to or removed from the drawer through an opposite side of the drawer to the side surface of the chassis, characterised in that the plurality of drawers comprises a centre drawer and storage devices in the centre drawer are inserted or removed through one of the right or the left side of the centre drawer when extended; the storage enclosure further comprises a storage controller, wherein each drawer comprises a control device configured to generate a signal to the storage controller in response to a user request to take the drawer off-line and an indicator configured to indicate to the user when it is safe to remove a drawer from the enclosure, wherein in response to the signal the controller is configured to determine whether the data stored in the drawer to be taken off-line is redundant across the drawers of the enclosure and to remove power to the drawer and activate the indicator if the data stored in the drawer is redundant. a plurality of drawers arranged horizontally in the chassis, wherein each drawer of the plurality of drawers is extendable through a front surface of the chassis and is able to mount one or more side-accessible storage devices, wherein for any drawer of the plurality of drawers bordering a side surface of the chassis, when the drawer is extended all storage devices are inserted to or removed from the drawer through an opposite side of the drawer to the side surface of the chassis, characterised in that the plurality of drawers comprises a centre drawer and storage devices in the centre drawer are inserted or removed through one of the right or the left side of the centre drawer when extended; the storage enclosure further comprises a storage controller, wherein each drawer comprises a control device configured to generate a signal to the storage controller in response to a user request to take the drawer off-line and an indicator configured to indicate to the user when it is safe to remove a drawer from the enclosure, wherein in response to the signal the controller is configured to determine whether the data stored in the drawer to be taken off-line is redundant across the drawers of the enclosure and to remove power to the drawer and activate the indicator if the data stored in the drawer is redundant.
A cannula for removing irrigation fluid, saliva and/or blood flow for use in the dental field, formed of three tubular conduits (14, 12, 16) connected together, consisting of: - a first hollow tubular branch, - a second hollow tubular branch, - a hollow tubular arcuate portion, connecting these two branches, said cannula comprising: - a first hollow tubular member having an axis substantially perpendicular to an axis of the first branch and into which a free end of the first branch opens, - a second hollow tubular member forming an elbowed portion relative to the second branch, the axis of which is substantially perpendicular to an axis of said second branch, and into which a free end of the second branch opens and which is intended to be connected to suction means, - at least one second aperture suitable for receiving an active end (38") of a clamp forceps and formed on the second tubular member, characterized by at least one first aperture suitable for receiving another active end of a clamp forceps and formed on a relief feature of the first tubular branch. - a first hollow tubular branch, - a second hollow tubular branch, - a hollow tubular arcuate portion, connecting these two branches, - a first hollow tubular member having an axis substantially perpendicular to an axis of the first branch and into which a free end of the first branch opens, - a second hollow tubular member forming an elbowed portion relative to the second branch, the axis of which is substantially perpendicular to an axis of said second branch, and into which a free end of the second branch opens and which is intended to be connected to suction means, - at least one second aperture suitable for receiving an active end (38") of a clamp forceps and formed on the second tubular member, characterized by at least one first aperture suitable for receiving another active end of a clamp forceps and formed on a relief feature of the first tubular branch.
A catheter assembly (20, 20', 120, 120') comprising a catheter (22, 22', 122,122') having a coating on at least a part of its length intended to produce a low-friction surface on the catheter when treated with an activating substance, a catheter package (24, 24', 124, 124') formed of a gas and liquid impermeable sheet material to define an interior space (26, 226) within the package (24, 24', 124, 124'), characterised in that the interior space (26, 226) in the catheter package (24, 24', 124, 124') is divided into a first cavity (26a, 226a) and a second cavity (26b, 226b) by a gas permeable, liquid impermeable barrier (28, 228), the first cavity (26a, 226a) of the divided interior space of the catheter package (24, 24', 124, 124') accommodating at least the part of the catheter (22, 22', 122, 122') having the coating thereon and the second cavity (26b, 226b) of the divided interior space of the catheter package (24, 24', 124, 124') being in liquid flow communication with a rupturable container (40, 146) when the rupturable container (40, 146) is breached, said rupturable container (40, 146) containing at least a quantity of liquid, the liquid released into the second cavity (26b, 226b) after the rupturable container (40, 146) is breached being adapted so at least some of the liquid can change phase into vapor capable of passing from the second cavity (26b, 226b), through the gas permeable, liquid impermeable barrier (28, 228) associated with the sheet material forming the catheter package (24, 24', 124, 124'),and into the first cavity (26a, 226a) of the divided interior space of the catheter package (24, 24', 124, 124'), the vapor serving as the activating substance for the coating to thereby produce the low-friction surface on the catheter (22, 22', 122, 122').
A membrane electrode assembly comprising: an electrolyte membrane that includes a pair of main surfaces; a cathode catalyst layer that is provided to one main surface of the electrolyte membrane; an anode catalyst layer that is provided to the other main surface of the electrolyte membrane; a cathode gas diffusion layer that is provided to the cathode catalyst layer; and an anode gas diffusion layer that is provided to the anode catalyst layer, wherein the anode gas diffusion layer includes a metal steel plate (52, 152, 252) that includes a plurality of vent holes through which gas passes, characterized in that unevenness is provided to a main surface (52S, 152S) of the metal steel plate (52, 152, 252) that neighbors the anode catalyst layer, a difference (Tk) in a height of the unevenness in a thickness direction of the metal steel plate (52, 152, 252) is greater than 1 μm and less than a thickness of the electrolyte membrane. an electrolyte membrane that includes a pair of main surfaces; a cathode catalyst layer that is provided to one main surface of the electrolyte membrane; an anode catalyst layer that is provided to the other main surface of the electrolyte membrane; a cathode gas diffusion layer that is provided to the cathode catalyst layer; and an anode gas diffusion layer that is provided to the anode catalyst layer, wherein the anode gas diffusion layer includes a metal steel plate (52, 152, 252) that includes a plurality of vent holes through which gas passes, characterized in that unevenness is provided to a main surface (52S, 152S) of the metal steel plate (52, 152, 252) that neighbors the anode catalyst layer, a difference (Tk) in a height of the unevenness in a thickness direction of the metal steel plate (52, 152, 252) is greater than 1 μm and less than a thickness of the electrolyte membrane.
A compressor comprising: a case; a driving motor including a stator mounted inside the case and a rotor disposed radially inward of the stator and rotatable; a centrifugation space defined inside the case by one side, the downstream side, of the driving motor and the case, wherein centrifugation of compressed refrigerant and lubricant oil is performed in the centrifugation space; a discharge pipe passing through the case; a rotation shaft coupled to the rotor to rotate; and a compressing portion defined at the other side, upstream side, of the driving motor, wherein the refrigerant is compressed by rotation of the rotation shaft; characterized by a terminal disposed on a side of the case that is a side of the centrifugation space to be arranged along a longitudinal direction of the rotation shaft, wherein the terminal is connected to a coil of the stator; a rotating member coupled to the rotation shaft at the one side, the downstream side, of the rotation shaft and provided to rotate in the centrifugation space, wherein the rotation shaft protrudes toward the centrifugation space more than the rotor, wherein the rotating member includes a flange portion coupled to the rotation shaft, and a rotary wing extending from an outer peripheral surface of the flange portion in a direction in which the discharge pipe is located, and wherein an outer diameter of the rotary wing is larger than an outer diameter of the rotor, wherein the terminal is arranged radially outward of an outer peripheral surface of the rotary wing. a case; a driving motor including a stator mounted inside the case and a rotor disposed radially inward of the stator and rotatable; a centrifugation space defined inside the case by one side, the downstream side, of the driving motor and the case, wherein centrifugation of compressed refrigerant and lubricant oil is performed in the centrifugation space; a discharge pipe passing through the case; a rotation shaft coupled to the rotor to rotate; and a compressing portion defined at the other side, upstream side, of the driving motor, wherein the refrigerant is compressed by rotation of the rotation shaft; characterized by a terminal disposed on a side of the case that is a side of the centrifugation space to be arranged along a longitudinal direction of the rotation shaft, wherein the terminal is connected to a coil of the stator; a rotating member coupled to the rotation shaft at the one side, the downstream side, of the rotation shaft and provided to rotate in the centrifugation space, wherein the rotation shaft protrudes toward the centrifugation space more than the rotor, wherein the rotating member includes a flange portion coupled to the rotation shaft, and a rotary wing extending from an outer peripheral surface of the flange portion in a direction in which the discharge pipe is located, and wherein an outer diameter of the rotary wing is larger than an outer diameter of the rotor, wherein the terminal is arranged radially outward of an outer peripheral surface of the rotary wing.
A compound wheel assembling apparatus, comprising a tensioning and fixing component arranged to extend into a center hole of a flange to tension and fix a flange; the tensioning and fixing component comprises a base plate, a flange plate, springs, expanding petals and an expanding core; the flange plate is used for placing the flange and is fixed on the base plate; through holes are formed in the middle of the flange plate and in the middle of the base plate; a plurality of T-shaped sliding chutes uniformly distributed in a circumference are formed in inner cavities of the flange plate and the base plate; the number of the expanding petals is equal to the number of the T-shaped sliding chutes; the bottom surface of the expanding petal is of an T-shaped structure matched with the T-shaped sliding chute; the expanding petals is capable of sliding in the T-shaped sliding chutes; side walls, facing a center axis of the flange, of the expanding petals are slopes; the springs are arranged between the expanding petals and the flange plate; when the expanding petals move along the T-shaped sliding chutes to the inner side wall of the center hole of the flange, the springs are compressed by the expanding petals; the expanding core has slopes, which are consistent in inclination angle and suitable for the expanding petals, on the side surfaces; the expanding core is capable of moving up and down; the slopes of the expanding core are matched with the side walls of the expanding petals; the movement of the expanding core pushes the expanding petals to move toward the inner side wall of the center hole of the flange, and the expanding petals compress the springs and press the inner side wall of the center hole of the flange to fix the position of the flange, characterized in that a locating ring is mounted on the base plate around the base plate, and has a center axis overlapping a center axis of the base plate, wherein the coaxiality of the locating ring and the expanding core is less than 0.05 mm; the locating ring has a circle of circular-ring-shaped protrusion on its outer side; and the circular-ring-shaped protrusion is used for mounting a wheel rim of a wheel or a connection piece of the wheel rim of the wheel.
Method for determining a neural network (130; 200; 330) for correcting optical imaging errors, having the steps of: determining a plurality of images, wherein the plurality of images are at least partially related to an optical system or the type of an optical system, wherein determining the plurality of images comprises determining training images comprising a plurality of image pairs; and determining a neural network (130; 200; 330) based on the determined plurality of images such that the determined neural network (130; 200; 330) applied to an image acquired by means of the optical system outputs an image which has been corrected with respect to one or more optical imaging errors, wherein determining the neural network (130; 200; 330) comprises training the neural network (130; 200; 330) on the training images, wherein each image pair of the plurality of image pairs comprises an input image (X i) for the neural network (130; 200; 330) and a target output image (y 0); characterized in that the method further comprises the step of fine-tuning the determined neural network (130; 200; 330), wherein the fine-tuning comprises training specifically for the optical system, wherein the one or more optical imaging errors comprise at least one of the following optical imaging errors: astigmatism, vignetting, coma, chromatic aberration, spherical aberration, and defocusing, wherein the fine-tuned neural network can be assigned to the optical system via a unique identifier of the optical system, preferably an identification number, such that the fine-tuned neural network can be accessed using the identifier of the optical system. determining a plurality of images, wherein the plurality of images are at least partially related to an optical system or the type of an optical system, wherein determining the plurality of images comprises determining training images comprising a plurality of image pairs; and determining a neural network (130; 200; 330) based on the determined plurality of images such that the determined neural network (130; 200; 330) applied to an image acquired by means of the optical system outputs an image which has been corrected with respect to one or more optical imaging errors, wherein determining the neural network (130; 200; 330) comprises training the neural network (130; 200; 330) on the training images, wherein each image pair of the plurality of image pairs comprises an input image (X i) for the neural network (130; 200; 330) and a target output image (y 0); characterized in that the method further comprises the step of fine-tuning the determined neural network (130; 200; 330), wherein the fine-tuning comprises training specifically for the optical system, wherein the one or more optical imaging errors comprise at least one of the following optical imaging errors: astigmatism, vignetting, coma, chromatic aberration, spherical aberration, and defocusing, wherein the fine-tuned neural network can be assigned to the optical system via a unique identifier of the optical system, preferably an identification number, such that the fine-tuned neural network can be accessed using the identifier of the optical system.