mhurhangee/ep-ind-claims huggingface dataset:
A photomask (200a, 200c), comprising: a plurality of unit regions arranged in a first direction and a second direction crossing the first direction, each of the unit regions including a first region having a first light-shielding rate, and a second region having a second light-shielding rate higher than the first light-shielding rate, and provided around the first region, characterized in that the unit regions includes a first unit region and a second unit region having same size each other, a distance between the first unit region and a center of a range in which the unit regions are arranged being longer than a distance between the second unit region and the center, and a light-shielding rate of the first unit region is lower than a light-shielding rate of the second unit region, wherein the second regions adjacent to each other in the first direction or the second direction are in contact with each other. a plurality of unit regions arranged in a first direction and a second direction crossing the first direction, each of the unit regions including a first region having a first light-shielding rate, and a second region having a second light-shielding rate higher than the first light-shielding rate, and provided around the first region, a first region having a first light-shielding rate, and a second region having a second light-shielding rate higher than the first light-shielding rate, and provided around the first region, characterized in that the unit regions includes a first unit region and a second unit region having same size each other, a distance between the first unit region and a center of a range in which the unit regions are arranged being longer than a distance between the second unit region and the center, and a light-shielding rate of the first unit region is lower than a light-shielding rate of the second unit region, wherein the second regions adjacent to each other in the first direction or the second direction are in contact with each other.
An intraocular lens insertion system, the system comprising: a lens chamber adapted to receive an intraocular lens; a delivery cartridge coupled to the lens chamber and adapted to fold and compress an intraocular lens as the intraocular lens is moved therethrough; a plunger adapted to be manipulated by a user; a plunger chamber adapted to allow the plunger to be moved therein along a longitudinal axis and move a plunger tip along the longitudinal axis; and a plunger tip chamber, the plunger tip chamber adapted to house a first plunger tip and a second plunger tip and to alternately switch between alignment of the first plunger tip and the plunger and alignment of the second plunger tip with the plunger. a lens chamber adapted to receive an intraocular lens; a delivery cartridge coupled to the lens chamber and adapted to fold and compress an intraocular lens as the intraocular lens is moved therethrough; a plunger adapted to be manipulated by a user; a plunger chamber adapted to allow the plunger to be moved therein along a longitudinal axis and move a plunger tip along the longitudinal axis; and a plunger tip chamber, the plunger tip chamber adapted to house a first plunger tip and a second plunger tip and to alternately switch between alignment of the first plunger tip and the plunger and alignment of the second plunger tip with the plunger.
Optical unit for a signalling and/or lighting device for a motor vehicle, this unit comprising: - at least one light source, the optical unit being arranged so as to allow the formation of a complementary light beam along an optical axis and able to be associated with another beam, in particular a cutoff beam, to participate in a global beam that is adjustable according to information representing the environment of the motor vehicle, in particular information representing the presence of a third-party vehicle close to said vehicle, this complementary beam producing, in a plane perpendicular to the optical axis of the complementary beam, an illumination zone having first and second cutoff edges (C1 and C2) forming between them substantially a right angle, this illumination zone extending mainly in a quarter plane delimited by the first and second cutoff edges, the unit being characterised in that is comprises at least one reflector arranged to reflect at least part of the light emitted by the light source, this reflector being arranged to allow the formation of the complementary light beam having an optical axis and able to be associated with another beam, in particular a cutoff beam, to participate in a global beam that is adjustable according to information representing the environment of the motor vehicle, in particular information representing the presence of a third-party vehicle close to said vehicle, this complementary beam producing, in the plane perpendicular to the optical axis of the complementary beam, the illumination zone having the first and second cutoff edges (C1 and C2) forming between them substantially a right angle, this illumination zone lying mainly in a quarter plane delimited by the first and second cutoff edges, and in that the reflector comprises first and second reflective sectors (20; 22; 30; 31) having different geometric shapes. - at least one light source,
A catheter comprising: an elongated catheter body having proximal and distal ends; a first assembly (25, 125, 525) distal of the catheter body, the first assembly having at least one balloon member (24, 124, 224, 424) with an outer surface, and at least one electrode on the outer surface; a tubing extending through the catheter body, the tubing defining a lumen (21, 137, 457, 340, 341) adapted to pass fluid into the at least one balloon member to expand the at least one balloon member; and a second assembly distal of the first assembly, the second assembly having at least one electrode; characterized in that the catheter body further comprises a pressure sensing assembly; and a catheter section proximal of the at least one balloon member which has a second tubing that defines a center on-axis lumen which houses the pressure sensing assembly, wherein the pressure sensing assembly is embodied in a joint between a distal portion and a proximal portion of the second tubing, wherein the joint is formed by a short section of a flexible tubing with at least one lumen that connects the center on-axis lumen of the second tubing, and wherein the joint includes a resilient member which permits a limited range of relative movement between the at least one balloon member and the catheter body in response to forces exerted on the balloon. an elongated catheter body having proximal and distal ends; a first assembly (25, 125, 525) distal of the catheter body, the first assembly having at least one balloon member (24, 124, 224, 424) with an outer surface, and at least one electrode on the outer surface; a tubing extending through the catheter body, the tubing defining a lumen (21, 137, 457, 340, 341) adapted to pass fluid into the at least one balloon member to expand the at least one balloon member; and a second assembly distal of the first assembly, the second assembly having at least one electrode; characterized in that the catheter body further comprises a pressure sensing assembly; and a catheter section proximal of the at least one balloon member which has a second tubing that defines a center on-axis lumen which houses the pressure sensing assembly, wherein the pressure sensing assembly is embodied in a joint between a distal portion and a proximal portion of the second tubing, wherein the joint is formed by a short section of a flexible tubing with at least one lumen that connects the center on-axis lumen of the second tubing, and wherein the joint includes a resilient member which permits a limited range of relative movement between the at least one balloon member and the catheter body in response to forces exerted on the balloon.
Container closure (100, 200) comprising a closure cap (1, 201) with an internal thread for application to a pouring opening (2, 202) with an external thread, a connecting element (3, 203) with a first end (31, 231) and a second end (32, 232), wherein the closure cap (1, 201) is rotatably held at the first end (31, 231) of the connecting element (3, 203), wherein the second end (32, 232) of the connecting element (3, 203) is fixed or fixable in a rotationally fixed manner with respect to the pouring opening (2, 202) and the connecting element has at least one first opening (33, 233) for engagement of a pin (5, 205) characterized in that a ring is formed at the first end (31, 231) of the connecting element (3, 203), with which the closure cap (1, 201) is rotatably held.
A mixer input stage comprising a common-gate common-source, CGCS, transconductance stage comprising: a current source; a common-source stage including a first pair of transistors including a first transistor having a source coupled to the current source, a drain, and a gate coupled to a first component of a differential input signal, and a second transistor having a source coupled to the current source, a drain, and a gate coupled to a second component of the differential input signal and the gate of the first transistor; a common-gate stage including a second pair of transistors, said second pair of transistors including a third transistor having a drain coupled to the drain of the first transistor, a gate coupled to the first component of the differential input signal, and a source coupled to the second component of the differential input signal, and a fourth transistor having a drain coupled to the drain of the second transistor, a gate coupled to the second component of the differential input signal and the gate of the third transistor, and a source coupled to the first component of the differential input signal; a first output to a mixer coupled between the drains of the first and third transistors; and a second output to the mixer coupled between the drains of the second and fourth transistors. a current source; a common-source stage including a first pair of transistors including a first transistor having a source coupled to the current source, a drain, and a gate coupled to a first component of a differential input signal, and a second transistor having a source coupled to the current source, a drain, and a gate coupled to a second component of the differential input signal and the gate of the first transistor; a common-gate stage including a second pair of transistors, said second pair of transistors including a third transistor having a drain coupled to the drain of the first transistor, a gate coupled to the first component of the differential input signal, and a source coupled to the second component of the differential input signal, and a fourth transistor having a drain coupled to the drain of the second transistor, a gate coupled to the second component of the differential input signal and the gate of the third transistor, and a source coupled to the first component of the differential input signal; a first output to a mixer coupled between the drains of the first and third transistors; and a second output to the mixer coupled between the drains of the second and fourth transistors.
A kitchen aid, comprising a. a fastening element for fastening, in particular reversibly fastening, the kitchen aid on, on, next to or above a kitchen work surface or a hob; b. a holding element for receiving, in particular for clamping, a kitchen utensil; c. a positioning element, by means of which the holding element can be positioned at i. a variable distance to the fastening element with ii. a variable angle of inclination; characterized in that d. the holding element is designed as a cuboid open on two opposite sides. a. a fastening element for fastening, in particular reversibly fastening, the kitchen aid on, on, next to or above a kitchen work surface or a hob; b. a holding element for receiving, in particular for clamping, a kitchen utensil; c. a positioning element, by means of which the holding element can be positioned at i. a variable distance to the fastening element with ii. a variable angle of inclination; characterized in that i. a variable distance to the fastening element with ii. a variable angle of inclination; d. the holding element is designed as a cuboid open on two opposite sides.
A torque rod comprising: a first annular portion elastically connected to a first attachment member located on an inner circumferential side of the first annular portion, the first attachment member being to be connected to a power unit; a second annular portion elastically connected to a second attachment member located on an inner circumferential side of the second annular portion, the second attachment member being to be connected to a vehicle; a connection stay portion extending radially outward from an outer circumferential part of the second annular portion and connecting with an outer circumferential part of the first annular portion, and including an upper branch portion that connects with an upper part of the first annular portion and a lower branch portion that has lower bending strength than the upper branch portion and connects with a lower part of the first annular portion; a wall portion connecting with the first annular portion and the connection stay portion, and forming a cavity to which part of the first annular portion is exposed; and a projection portion projecting in an axial direction of the first annular portion from a site of the first annular portion exposed to the cavity, characterized in that the wall portion is located on an opposite side of an axial center position of the first annular portion from the projection portion. a first annular portion elastically connected to a first attachment member located on an inner circumferential side of the first annular portion, the first attachment member being to be connected to a power unit; a second annular portion elastically connected to a second attachment member located on an inner circumferential side of the second annular portion, the second attachment member being to be connected to a vehicle; a connection stay portion extending radially outward from an outer circumferential part of the second annular portion and connecting with an outer circumferential part of the first annular portion, and including an upper branch portion that connects with an upper part of the first annular portion and a lower branch portion that has lower bending strength than the upper branch portion and connects with a lower part of the first annular portion; a wall portion connecting with the first annular portion and the connection stay portion, and forming a cavity to which part of the first annular portion is exposed; and a projection portion projecting in an axial direction of the first annular portion from a site of the first annular portion exposed to the cavity, characterized in that the wall portion is located on an opposite side of an axial center position of the first annular portion from the projection portion.
A sizing agent for carbon fiber, comprising: a compound having at least one epoxy group in the molecule, which is an ester between an epoxy compound having plural epoxy groups in the molecule and an unsaturated monobasic acid; a bifunctional type urethane acrylate oligomer that gives a cured product having a tensile elongation of 40% or higher; and a polyurethane resin that produces a dried coating film having a tensile elongation of from 350% to 900%, wherein the mass ratio of the contents of the compound and the urethane acrylate oligomer is from 1/3 to 2/1 as a ratio of urethane acrylate oligomer /compound, the proportion of the total amount of the compound and the urethane acrylate oligomer in all of the sizing components is 20% by mass or more, and the proportion of the polyurethane resin in all of the sizing components is from 5% by mass to 50% by mass, and wherein the tensile elongation of the cured product of the bifunctional type urethane acrylate oligomer is measured according to JIS K7127 (specimen type 5) at a tensile rate of 300 mm/min, and the tensile elongation of the dried coating film of the polyurethane resin is measured according to JIS K7127 at a tensile rate of 300 mm/min. a compound having at least one epoxy group in the molecule, which is an ester between an epoxy compound having plural epoxy groups in the molecule and an unsaturated monobasic acid; a bifunctional type urethane acrylate oligomer that gives a cured product having a tensile elongation of 40% or higher; and a polyurethane resin that produces a dried coating film having a tensile elongation of from 350% to 900%, wherein the mass ratio of the contents of the compound and the urethane acrylate oligomer is from 1/3 to 2/1 as a ratio of urethane acrylate oligomer /compound, the proportion of the total amount of the compound and the urethane acrylate oligomer in all of the sizing components is 20% by mass or more, and the proportion of the polyurethane resin in all of the sizing components is from 5% by mass to 50% by mass, and wherein
A capsule endoscope storage case, comprising: a first retainer and a second retainer that form a retention space area; and a sterilizing sheet that blocks the retention space area, having a sterilizing gas permeability; characterized in that: the first and second retainers (41,42) form the retention space area configured for retaining and accommodating a capsule endoscope; the first retainer comprises a cylindrical portion having a bottom face, and the bottom face of the cylindrical portion includes an outside bottom face (41e1) disposed on a circumference side of the cylindrical portion and an inside bottom face (41e2) disposed at an approximate center of the outside bottom face (41e1), the outside bottom face (41e1) has a bottom face protruding in a direction opposite to an opening of the cylindrical portion from the inside bottom face (41e2), and a semi-spherical retaining portion (41e3) depressed toward the outside bottom face (41e1) from the inside bottom face (41e2) is formed at the center of the inside bottom face (41e2), the second retainer includes a cylindrical portion having a bottom face, and a hole portion (42e1), which is formed at the center of the bottom face of the cylindrical portion and has a top surface protruding toward the opening of the cylindrical portion from the bottom face of the cylindrical portion. a first retainer and a second retainer that form a retention space area; and a sterilizing sheet that blocks the retention space area, having a sterilizing gas permeability; the first and second retainers (41,42) form the retention space area configured for retaining and accommodating a capsule endoscope; the first retainer comprises a cylindrical portion having a bottom face, and the bottom face of the cylindrical portion includes an outside bottom face (41e1) disposed on a circumference side of the cylindrical portion and an inside bottom face (41e2) disposed at an approximate center of the outside bottom face (41e1), the outside bottom face (41e1) has a bottom face protruding in a direction opposite to an opening of the cylindrical portion from the inside bottom face (41e2), and a semi-spherical retaining portion (41e3) depressed toward the outside bottom face (41e1) from the inside bottom face (41e2) is formed at the center of the inside bottom face (41e2), the second retainer includes a cylindrical portion having a bottom face, and a hole portion (42e1), which is formed at the center of the bottom face of the cylindrical portion and has a top surface protruding toward the opening of the cylindrical portion from the bottom face of the cylindrical portion.
A process for forming a casting core assembly, the assembly comprising: a metallic core (144, 146, 148); a ceramic core having a compartment in which the portion of the metallic core (144, 146, 148) is received; and a ceramic coating at least partially covering the metallic core (144, 146, 148) and the ceramic core; wherein the process comprises: molding the ceramic core over the portion of the metallic core (144, 146, 148) or inserting the metallic core (144, 146, 148) into the ceramic core; and applying the coating, wherein the applying is by chemical vapor deposition. a metallic core (144, 146, 148); a ceramic core having a compartment in which the portion of the metallic core (144, 146, 148) is received; and a ceramic coating at least partially covering the metallic core (144, 146, 148) and the ceramic core; wherein the process comprises: molding the ceramic core over the portion of the metallic core (144, 146, 148) or inserting the metallic core (144, 146, 148) into the ceramic core; and applying the coating, wherein the applying is by chemical vapor deposition. molding the ceramic core over the portion of the metallic core (144, 146, 148) or inserting the metallic core (144, 146, 148) into the ceramic core; and applying the coating, wherein the applying is by chemical vapor deposition.
A method of isolation in a distributed storage system, the method comprising: receiving into non-transitory memory a corresponding transferred data amount between the non-transitory memory and each client in communication with the non-transitory memory, each client writing the corresponding transferred data amount to the non-transitory memory through remote direct memory access after every transfer of a threshold amount of data between the client and the non-transitory memory; reading, by a data processor in communication with the non-transitory memory, the corresponding transferred data amount in the non-transitory memory for each client; determining, by the data processor, a corresponding throttle data transfer rate for each client based on a bandwidth capacity for a memory host of the non-transitory memory; and writing, by the data processor, each corresponding throttle data transfer rate to the non-transitory memory accessible by a corresponding client through remote direct memory access, wherein each client reads the corresponding throttle data transfer rate for that client in the non-transitory memory through remote direct memory access each time the client writes the corresponding transferred data amount to the non-transitory memory, the client self-enforcing the corresponding throttle data transfer rate for subsequent data transfers between the client and the non-transitory memory. receiving into non-transitory memory a corresponding transferred data amount between the non-transitory memory and each client in communication with the non-transitory memory, each client writing the corresponding transferred data amount to the non-transitory memory through remote direct memory access after every transfer of a threshold amount of data between the client and the non-transitory memory; reading, by a data processor in communication with the non-transitory memory, the corresponding transferred data amount in the non-transitory memory for each client; determining, by the data processor, a corresponding throttle data transfer rate for each client based on a bandwidth capacity for a memory host of the non-transitory memory; and writing, by the data processor, each corresponding throttle data transfer rate to the non-transitory memory accessible by a corresponding client through remote direct memory access, wherein each client reads the corresponding throttle data transfer rate for that client in the non-transitory memory through remote direct memory access each time the client writes the corresponding transferred data amount to the non-transitory memory, the client self-enforcing the corresponding throttle data transfer rate for subsequent data transfers between the client and the non-transitory memory.