mhurhangee/ep-ind-claims huggingface dataset:
A developing cartridge that is detachably mounted on a main casing of an image-forming device, the main casing being provided with a coupling member providing a driving force, the developing cartridge comprising: a developing roller; an input gear that comprises a contact portion (81, 84) in contact with the coupling member to receive the driving force, an outer circumferential wall, and a gear portion, the outer circumferential wall and the gear portion rotating about a rotational axis defining an axial direction when the contact portion receives the driving force, the outer circumferential wall having a curved surface whose center of radius of a curvature is coincident with the rotational axis, the contact portion (81, 84) protruding inward from the outer circumferential wall; a transmission gear (41, 42, 43) that is meshingly engaged with the gear portion to transmit the driving force from the input gear to the developing roller; and a supporting cover that covers the curved surface of the outer circumferential wall to rotatably support the outer circumferential wall, characterized in that the outer circumferential wall having a diameter greater than that of the gear portion in a direction perpendicular to the rotational axis of the input gear. a developing roller; an input gear that comprises a contact portion (81, 84) in contact with the coupling member to receive the driving force, an outer circumferential wall, and a gear portion, the outer circumferential wall and the gear portion rotating about a rotational axis defining an axial direction when the contact portion receives the driving force, the outer circumferential wall having a curved surface whose center of radius of a curvature is coincident with the rotational axis, the contact portion (81, 84) protruding inward from the outer circumferential wall; a transmission gear (41, 42, 43) that is meshingly engaged with the gear portion to transmit the driving force from the input gear to the developing roller; and a supporting cover that covers the curved surface of the outer circumferential wall to rotatably support the outer circumferential wall, characterized in that the outer circumferential wall having a diameter greater than that of the gear portion in a direction perpendicular to the rotational axis of the input gear.
A bone fixing system for fixing a bone to a rod comprising: - a conformable elongate member having a first free end portion, a second free end portion, and an intermediate portion therebetween, the intermediate portion being configured to surround a bone, - a main body, - first fastening means for fastening a portion of the rod to the main body, and - second fastening means, distinct from the first fastening means, for fastening the free end portions of the elongate member to the main body; wherein the second fastening means are adapted to be operated independently from the first fastening means, characterised in that the second fastening means comprise a compression member which is movable relative to the main body; and wherein the compression member and the main body both define clamping surfaces (12c, 14c) between which the first and second free end portions (7a, 7b) of the elongate member pass, the first and second free end portions being clamped between said clamping surfaces by moving the compression member relative to the main body. - a conformable elongate member having a first free end portion, a second free end portion, and an intermediate portion therebetween, the intermediate portion being configured to surround a bone, - a main body, - first fastening means for fastening a portion of the rod to the main body, and - second fastening means, distinct from the first fastening means, for fastening the free end portions of the elongate member to the main body; wherein the second fastening means are adapted to be operated independently from the first fastening means, characterised in that the second fastening means comprise a compression member which is movable relative to the main body; and wherein the compression member and the main body both define clamping surfaces (12c, 14c) between which the first and second free end portions (7a, 7b) of the elongate member pass, the first and second free end portions being clamped between said clamping surfaces by moving the compression member relative to the main body.
A method of operating a visualization device (1; 20), the visualization device comprising a display device (4; 23) having a display area, an eye-tracking subsystem (7; 26) to track a gaze direction of a user, and processor circuitry (11; 21) operatively coupled to the display device and the eye-tracking subsystem and configured to cause the visualization device to: display, on the display area, a plurality of virtual 3D objects overlaid on a real-world view of a 3D physical space; execute a holding function that includes displaying a first object of the plurality of virtual 3D objects on the display area so that the first object appears to move through said 3D physical space in response to first input from the user; identify a second object of the plurality of virtual 3D objects as a target object for a snap function based on the gaze direction of the user as tracked by the eye-tracking system, the snap function being an operation that causes the first object to move to a location on a surface of the target object; and determine a target location on the target object, for the snap function, by performing a sphere casting operation, wherein the target location is determined as the contact point from the smallest sphere cast from a cursor along the present gaze direction of the user that intersects the target object, the cursor being positioned on a face of a bounding volume of the first object. display, on the display area, a plurality of virtual 3D objects overlaid on a real-world view of a 3D physical space; execute a holding function that includes displaying a first object of the plurality of virtual 3D objects on the display area so that the first object appears to move through said 3D physical space in response to first input from the user; identify a second object of the plurality of virtual 3D objects as a target object for a snap function based on the gaze direction of the user as tracked by the eye-tracking system, the snap function being an operation that causes the first object to move to a location on a surface of the target object; and determine a target location on the target object, for the snap function, by performing a sphere casting operation, wherein the target location is determined as the contact point from the smallest sphere cast from a cursor along the present gaze direction of the user that intersects the target object, the cursor being positioned on a face of a bounding volume of the first object.
An insulated solution injector comprising: an outer tube having a first outer surface and a first inner surface; an inner tube extending into the outer tube, the inner tube having a second outer surface and a second inner surface, the first inner surface of the outer tube and the second outer surface of the inner tube defining an annular space, the second inner surface of the inner tube defining a solution space; an injection tip connected to distal ends of the outer tube and the inner tube, the injection tip including a base portion and a shield portion projecting from the base portion, the base portion having a hole extending therethrough, the hole being in communication with the solution space; and an insulating liner within the inner tube and the hole of the injection tip, wherein the insulating liner includes a body section, a neck section, and a lip section, the body section being within the distal end of the inner tube, the neck section extending through the hole in the base portion of the injection tip, the lip section being on an opposite side of the base portion from the body section, the lip section having a larger diameter than the neck section. an outer tube having a first outer surface and a first inner surface; an inner tube extending into the outer tube, the inner tube having a second outer surface and a second inner surface, the first inner surface of the outer tube and the second outer surface of the inner tube defining an annular space, the second inner surface of the inner tube defining a solution space; an injection tip connected to distal ends of the outer tube and the inner tube, the injection tip including a base portion and a shield portion projecting from the base portion, the base portion having a hole extending therethrough, the hole being in communication with the solution space; and an insulating liner within the inner tube and the hole of the injection tip, wherein the insulating liner includes a body section, a neck section, and a lip section, the body section being within the distal end of the inner tube, the neck section extending through the hole in the base portion of the injection tip, the lip section being on an opposite side of the base portion from the body section, the lip section having a larger diameter than the neck section.
A method of setting a liner hanger, the method comprising the steps of: conveying the liner hanger into a wellbore using a running tool; applying a first compressive force to the running tool; then applying a left-hand torque to the running tool, thereby shearing at least one shear element; and then applying a first tensile force to the running tool. conveying the liner hanger into a wellbore using a running tool; applying a first compressive force to the running tool; then applying a left-hand torque to the running tool, thereby shearing at least one shear element; and then applying a first tensile force to the running tool.
A pharmaceutical composition comprising: (a) a therapeutically effective amount of a poorly water-soluble prostaglandin analogue selected from the group consisting of latanoprost, bimatoprost, tafluprost, travoprost and unoprostone and (b) a liquid vehicle comprising a semifluorinated alkane. (a) a therapeutically effective amount of a poorly water-soluble prostaglandin analogue selected from the group consisting of latanoprost, bimatoprost, tafluprost, travoprost and unoprostone and (b) a liquid vehicle comprising a semifluorinated alkane.
A method for determining the type of a protein in a liquid comprising the protein, the method comprising: a) functionalizing a protein with at least 2 types of amino acid labels, which are selective for 2 types of predefined protein amino acids, b) guiding in the liquid phase the functionalized protein with an immobilized ATP dependant protease based molecular transporter machine through a detection area of a detector, configured to detect a signal as function of the labels of the labelled amino acids; c) determining from the detected signal a sequence of the predefined protein amino acids; d) comparing the sequence of the predefined protein amino acids with the occurrence of such sequence in a database of proteins and determining the type of protein in the liquid. a) functionalizing a protein with at least 2 types of amino acid labels, which are selective for 2 types of predefined protein amino acids, b) guiding in the liquid phase the functionalized protein with an immobilized ATP dependant protease based molecular transporter machine through a detection area of a detector, configured to detect a signal as function of the labels of the labelled amino acids; c) determining from the detected signal a sequence of the predefined protein amino acids; d) comparing the sequence of the predefined protein amino acids with the occurrence of such sequence in a database of proteins and determining the type of protein in the liquid.
A process for preparing a hydroxy functional vegetable oil, the process comprising: providing a pressure reactor that is capable of being sealed; adding raw vegetable oil to acetic acid in the pressure reactor to form an organic phase and an aqueous phase; sealing the reactor and heating to 85 to 120°C with agitation; metering a 35 to 70% weight/weight of hydrogen peroxide/water to the hot mixture of; heating the reaction mixture in the range of 85°C to 120°C under a pressure of 83 kPa to 310 kPa (about 12 to about 45 psig) for about 1.5 to about 3 hours and then cooling the mixture to 50°C to 90°C without agitation; removing the aqueous phase from the pressure reactor; stripping off the bulk of the acetic acid, water and other low boilers from the product at 90°C to 150°C and 0.7 to 8.0 kPa (5 to 60 mm Hg); applying a negative pressure of 1.1 to 1.6 kPa (8 to 12 mm Hg) under a nitrogen sparge and heating the materials to at least 220°C to 260°C until the reaction mixture tests for an acid number of 1.0 mg KOH/g or less. providing a pressure reactor that is capable of being sealed; adding raw vegetable oil to acetic acid in the pressure reactor to form an organic phase and an aqueous phase; sealing the reactor and heating to 85 to 120°C with agitation; metering a 35 to 70% weight/weight of hydrogen peroxide/water to the hot mixture of; heating the reaction mixture in the range of 85°C to 120°C under a pressure of 83 kPa to 310 kPa (about 12 to about 45 psig) for about 1.5 to about 3 hours and then cooling the mixture to 50°C to 90°C without agitation; removing the aqueous phase from the pressure reactor; stripping off the bulk of the acetic acid, water and other low boilers from the product at 90°C to 150°C and 0.7 to 8.0 kPa (5 to 60 mm Hg); applying a negative pressure of 1.1 to 1.6 kPa (8 to 12 mm Hg) under a nitrogen sparge and heating the materials to at least 220°C to 260°C until the reaction mixture tests for an acid number of 1.0 mg KOH/g or less.
A polishing pad for polishing a semiconductor device, comprising a polishing layer having a polyurethane-polyurea resin foam containing substantially spherical cells, wherein the polyurethane-polyurea resin foam has a storage elastic modulus E' of 1 to 30 MPa, the storage elastic modulus E' being measured at 40°C with an initial load of 10 g, a strain range of 0.01 to 4%, and a measuring frequency of 0.2 Hz in a tensile mode; the polyurethane-polyurea resin foam has a hard segment content in a range from 26 to 34%, and the polyurethane-polyurea resin foam has a density D in a range from 0.30 to 0.60 g/cm 3, the hard segment content being determined by the following formula: HSC = 100 × r − 1 × Mdi + Mda ÷ Mg + r × Mdi + r − 1 × Mda wherein Mdi represents an average molecular weight of a polyisocyanate compound(s) constituting the polyurethane-polyurea resin per two isocyanate functional groups; Mg represents an average molecular weight of a polyol compound(s) constituting the polyurethane-polyurea resin per two hydroxyl functional groups; Mda represents an average molecular weight of a polyamine compound(s) constituting the polyurethane-polyurea resin per two amino functional groups; and r represents the equivalence ratio of isocyanate groups of the polyisocyanate compound(s) constituting the polyurethane-polyurea resin to hydroxyl groups of the polyol compound(s) constituting the polyurethane-polyurea resin.
A screen assembly for a vibratory screening machine, comprising: a frame including a plurality of side members; and a screen supported by the frame, wherein the screen includes a woven mesh material, wherein the screen assembly is configured to form a concave shape when placed in the vibratory screening machine and subjected to a compression force by a compression assembly of the vibratory screening machine against at least one side member of the screen assembly, characterized in that: the frame includes a perforated semi-rigid support plate; wherein the woven mesh material is attached to the support plate by at least one of gluing, welding and mechanical fastening. a frame including a plurality of side members; and a screen supported by the frame, wherein the screen includes a woven mesh material, wherein the screen assembly is configured to form a concave shape when placed in the vibratory screening machine and subjected to a compression force by a compression assembly of the vibratory screening machine against at least one side member of the screen assembly, characterized in that: the frame includes a perforated semi-rigid support plate; wherein the woven mesh material is attached to the support plate by at least one of gluing, welding and mechanical fastening.
A glove made of a first material, wherein a portion of the first material is absent in a region of at least one digit of the glove to define an aperture and at least a part of the aperture is disposed towards a tip of the at least one digit of the glove; and a portion of a second material is attached to the first material to cover the aperture; wherein the second material is compatible for use with a touch screen; and characterized in that the portion of second material extends over between 50% and 90% of the circumference of the digit of the glove. a portion of a second material is attached to the first material to cover the aperture; wherein the second material is compatible for use with a touch screen; and characterized in that the portion of second material extends over between 50% and 90% of the circumference of the digit of the glove.
A method for controlling a change of communication mode between transmit mode and receive mode in a radio node according to a Time Division Duplex, TDD, scheme, the radio node having at least two parallel branches (504, 506) and antennas (504c, 506c) for transmission and reception of radio signals through each respective one of the at least two parallel branches, wherein the branches currently operate in a first communication mode of said transmit mode and receive mode, the method comprising: - obtaining one or more indication signals generated by one or more of the at least two parallel branches to indicate that said first communication mode has been turned off, - determining whether said first communication mode has been turned off in all of the at least two parallel branches based on the obtained one or more indication signals, and - instructing the at least two parallel branches to operate in a second communication mode, wherein when it is determined that said first communication mode has not been turned off in a faulty branch of said at least two parallel branches, the method also comprises at least one of: - disabling the first communication mode in the faulty branch, and - reporting said faulty branch to a supervision centre. - obtaining one or more indication signals generated by one or more of the at least two parallel branches to indicate that said first communication mode has been turned off, - determining whether said first communication mode has been turned off in all of the at least two parallel branches based on the obtained one or more indication signals, and - instructing the at least two parallel branches to operate in a second communication mode, wherein when it is determined that said first communication mode has not been turned off in a faulty branch of said at least two parallel branches, the method also comprises at least one of: - disabling the first communication mode in the faulty branch, and - reporting said faulty branch to a supervision centre. - disabling the first communication mode in the faulty branch, and - reporting said faulty branch to a supervision centre.
A vacuum-packed high purity metal article comprising a vacuum-packed high purity metal, characterised in that at least a part of a surface of the high purity metal is covered with a fluorocarbon resin sheet; and wherein the high purity metal with at least a part of the surface covered with the fluorocarbon resin sheet is vacuum-packed by a vacuum packing film.
A diamond particle used for a diamond-containing composition comprising a polymer matrix, the diamond particle having an ionic conductivity Di represented by the following expression of 0.8 mS/m or lower and an average particle diameter of 0.5 μm or larger and 250 μm or smaller: Di = Ds − Dw wherein Ds represents an ionic conductivity of an aqueous solution obtained by dissolving-out in a pressure cooker test carried out according to IEC68-2-66; Dw represents an ionic conductivity of distilled water; and wherein the average particle diameter is an average particle diameter obtained by averaging particle diameters in terms of volume.
A system for athermal operation of a focal plane array, comprising: a detector array comprising a plurality of detectors having a resistance that changes with changes in ambient temperature; at least a first voltage source coupled to the detector array and operable to supply a detector voltage to the detector array and create a detector current; balancing circuitry including a strip resistance and a second voltage source, the strip resistance comprising two resistors Rstrip and dRstrip (235a, 235b), each detector of the detector array coupled to strip resistance (235a, 235b); the resistor dRstrip accounting for variations in resistances between detectors and resistor Rstrip being a predetermined resistance; said second voltage source coupled to the strip resistance and being operable to supply a variable strip voltage and create a strip current, the second voltage source being responsive to a variable bias signal at least one analog-to-digital converter coupled to the resistors and the detectors and operable to generate a digital signal from the difference between the detector current and the strip current, the digital signal indicative of a level of incident radiation detected by the detector array; and at least one processor coupled to the second voltage source and operable to generate the variable bias signal, the processor operable to adjust the variable bias signal in response to output from said analog-to-digital converter being the a difference between the detector current and the strip current which changes as the ambient temperature changes the resistance of the detector. a detector array comprising a plurality of detectors having a resistance that changes with changes in ambient temperature; at least a first voltage source coupled to the detector array and operable to supply a detector voltage to the detector array and create a detector current; balancing circuitry including a strip resistance and a second voltage source, the strip resistance comprising two resistors Rstrip and dRstrip (235a, 235b), each detector of the detector array coupled to strip resistance (235a, 235b); the resistor dRstrip accounting for variations in resistances between detectors and resistor Rstrip being a predetermined resistance; said second voltage source coupled to the strip resistance and being operable to supply a variable strip voltage and create a strip current, the second voltage source being responsive to a variable bias signal at least one analog-to-digital converter coupled to the resistors and the detectors and operable to generate a digital signal from the difference between the detector current and the strip current, the digital signal indicative of a level of incident radiation detected by the detector array; and at least one processor coupled to the second voltage source and operable to generate the variable bias signal, the processor operable to adjust the variable bias signal in response to output from said analog-to-digital converter being the a difference between the detector current and the strip current which changes as the ambient temperature changes the resistance of the detector.
Method for compressing steam of a medium by means of a rotary vane steam compressor comprising a rotor which is rotatably mounted about a drive shaft and comprises at least one vane and at least one compressor chamber that is delimited by a housing and at least also by the at least one vane, axial face seals on the drive shaft sealing the at least one compressor chamber from the external atmosphere, characterized in that the medium is used in liquid form as a lubricant which is conveyed through at least one inlet in the bearing into a gap between the housing and the rotor, the axial face seals being lubricated by the liquid medium which is conveyed into the bearing via the at least one inlet.