mhurhangee/ep-ind-claims huggingface dataset:
A pushrod tip for an intraocular lens insertion system, comprising: a top jaw; and a bottom jaw; wherein the top jaw and bottom jaw are coupled together to form an opening configured and dimensioned to couple with an intraocular lens; characterised in that the top jaw is capable of flexing towards the bottom jaw when the pushrod tip is passed through a lumen; wherein the top jaw and the bottom jaw release the intraocular lens once the intraocular lens exits the lumen; and wherein (i) the top jaw further comprises a lip coupled to the top jaw, wherein the lip is configured and dimensioned to flex the top jaw when the pushrod tip is passed through the lumen; or (ii) the bottom jaw further comprises a lip coupled to the bottom jaw, wherein the lip is configured and dimensioned to flex the bottom jaw when the pushrod tip is passed through the lumen. a top jaw; and a bottom jaw; wherein the top jaw and bottom jaw are coupled together to form an opening configured and dimensioned to couple with an intraocular lens; characterised in that the top jaw is capable of flexing towards the bottom jaw when the pushrod tip is passed through a lumen; wherein the top jaw and the bottom jaw release the intraocular lens once the intraocular lens exits the lumen; and wherein (i) the top jaw further comprises a lip coupled to the top jaw, wherein the lip is configured and dimensioned to flex the top jaw when the pushrod tip is passed through the lumen; or (ii) the bottom jaw further comprises a lip coupled to the bottom jaw, wherein the lip is configured and dimensioned to flex the bottom jaw when the pushrod tip is passed through the lumen. (i) the top jaw further comprises a lip coupled to the top jaw, wherein the lip is configured and dimensioned to flex the top jaw when the pushrod tip is passed through the lumen; or (ii) the bottom jaw further comprises a lip coupled to the bottom jaw, wherein the lip is configured and dimensioned to flex the bottom jaw when the pushrod tip is passed through the lumen.
A particulate cerium oxide material having a secondary particle size, as determined using laser diffraction, in a range of 80 nm to 199 nm and a density of at least 6.6 g/cm 3, and a specific surface area of 6 m 2 /g to 13 m 2 /g, as determined by gas adsorption using the BET method.
A developing cartridge comprising: a developing roller rotatable about a first axis extending in an axial direction; a coupling for rotating the developing roller, the coupling being rotatable about a second axis extending in the axial direction; a shaft rotatably supporting the coupling; and a clutch rotatable together with the coupling about the shaft in a case where the coupling rotates in a first rotational direction, and characterized in that in a case where the coupling rotates in a second rotational direction opposite to the first rotational direction, the clutch engages with a portion of the shaft and the clutch and the coupling do not rotate. a developing roller rotatable about a first axis extending in an axial direction; a coupling for rotating the developing roller, the coupling being rotatable about a second axis extending in the axial direction; a shaft rotatably supporting the coupling; and a clutch rotatable together with the coupling about the shaft in a case where the coupling rotates in a first rotational direction, and characterized in that
Apparatus for processing data comprising: processing circuitry responsive to program instructions to perform data processing operations; a stack pointer register coupled to said processing circuitry and configured to store a stack pointer value indicative of an address within a memory of a stack data store; stack alignment checking circuitry coupled to said processing circuitry and to said stack pointer register and configured to respond to a program instruction specifying a memory access to said stack data store at an address specified by said stack pointer value to detect if said stack pointer value matches a predetermined stack alignment condition; alignment checking control circuitry coupled to said stack alignment checking circuitry and characterised by the alignment checking control circuitry being responsive to a stack configuration parameter to selectively disable said stack alignment checking circuitry independently of further alignment checking performed upon memory accesses. processing circuitry responsive to program instructions to perform data processing operations; a stack pointer register coupled to said processing circuitry and configured to store a stack pointer value indicative of an address within a memory of a stack data store; stack alignment checking circuitry coupled to said processing circuitry and to said stack pointer register and configured to respond to a program instruction specifying a memory access to said stack data store at an address specified by said stack pointer value to detect if said stack pointer value matches a predetermined stack alignment condition; alignment checking control circuitry coupled to said stack alignment checking circuitry and characterised by the alignment checking control circuitry being responsive to a stack configuration parameter to selectively disable said stack alignment checking circuitry independently of further alignment checking performed upon memory accesses.
A flame retardant composition, comprising: (a) a polyamide or polyester; (b) a crosslinking agent, (c) a flame retardant system comprising a metal phosphinate salt, a metal diphosphinate salt, or combination thereof; and (d) a flame retardant system coagent, wherein the flame retardant system coagent comprises a mineral flame retardant, a phosphorous flame retardant, boehmite, or a combination thereof and the flame retardant system coagent is present in an amount of 1 to 50 wt% based on the total weight of the flame retardant composition; wherein the crosslinking agent comprises two or more groups capable of forming free radicals under beta or gamma radiation, wherein the crosslinking agent contains two or more unsaturated groups including olefin groups. (a) a polyamide or polyester; (b) a crosslinking agent, (c) a flame retardant system comprising a metal phosphinate salt, a metal diphosphinate salt, or combination thereof; and (d) a flame retardant system coagent, wherein the flame retardant system coagent comprises a mineral flame retardant, a phosphorous flame retardant, boehmite, or a combination thereof and the flame retardant system coagent is present in an amount of 1 to 50 wt% based on the total weight of the flame retardant composition;
A double-sided cutting insert, comprising: two identical opposing end surfaces, each end surface having four corners; a peripheral side surface extending between the opposing end surfaces, the peripheral side surface comprising two opposing identical major side surfaces; four spaced apart major cutting edges, each major cutting edge being formed at an intersection of each major side surface with each end surface; and a hole extending through the insert from one of the major side to the other of the major side surfaces, characterized in that each end surface comprises major rake surfaces adjacent the major cutting edges that form first angles (α) with planes of the major side surfaces, and a central support surface forming a second angle (β) with the planes of the major side surfaces, and each end surface comprises major intermediate surfaces between the major rake surfaces and the central support surface, the major intermediate surfaces forming third angles (γ) with the planes of the major side surfaces that are greater than the first angles (α) and smaller than the second angles (β) when measured in a central plane that extends along a central axis of the hole and is generally perpendicular to the planes of the major side surfaces and planes of the central support surfaces. two identical opposing end surfaces, each end surface having four corners; a peripheral side surface extending between the opposing end surfaces, the peripheral side surface comprising two opposing identical major side surfaces; four spaced apart major cutting edges, each major cutting edge being formed at an intersection of each major side surface with each end surface; and a hole extending through the insert from one of the major side to the other of the major side surfaces, characterized in that each end surface comprises major rake surfaces adjacent the major cutting edges that form first angles (α) with planes of the major side surfaces, and a central support surface forming a second angle (β) with the planes of the major side surfaces, and each end surface comprises major intermediate surfaces between the major rake surfaces and the central support surface, the major intermediate surfaces forming third angles (γ) with the planes of the major side surfaces that are greater than the first angles (α) and smaller than the second angles (β) when measured in a central plane that extends along a central axis of the hole and is generally perpendicular to the planes of the major side surfaces and planes of the central support surfaces.
A medical compression garment for being worn around a lower body portion of a wearer and to extend to the wearer's waist, the garment comprising: an elastic compressive fabric adapted to be worn around the lower body portion of a wearer, the elastic compressive fabric including a front fabric portion and a rear fabric portion, the front fabric portion including a first section and a second section separated by an opening extending at least partially through a medial segment of the front fabric portion; a first fastening attached to an inner surface of the first section and a second fastening attached to an outer surface of the second section, whereby the first section and second section of the front fabric portion are fastened together to close the opening by connection of the first fastening to the second fastening, and wherein the elastic compressive fabric includes a waste removal opening for removal of solid and liquid waste, and wherein the opening separating the first section and the second section of the front fabric portion extends through the medial segment of the front fabric portion into the waste removal opening. an elastic compressive fabric adapted to be worn around the lower body portion of a wearer, the elastic compressive fabric including a front fabric portion and a rear fabric portion, the front fabric portion including a first section and a second section separated by an opening extending at least partially through a medial segment of the front fabric portion; a first fastening attached to an inner surface of the first section and a second fastening attached to an outer surface of the second section, whereby the first section and second section of the front fabric portion are fastened together to close the opening by connection of the first fastening to the second fastening, and wherein the elastic compressive fabric includes a waste removal opening for removal of solid and liquid waste, and wherein the opening separating the first section and the second section of the front fabric portion extends through the medial segment of the front fabric portion into the waste removal opening.
A computer-implemented method for automated part inspection, the method characterised by comprising: receiving a corrective machine tool program comprising instructions for causing a Numerical Control machine tool to machine at least one finished surface of a part, the corrective machine tool program having instructions to perform machining of the part different from instructions of a nominal machine tool program and to account for the differences between a part's nominal profile and the part's actual profile; determining from the corrective machine tool program a desired position and a desired orientation of an inspection tool relative to the at least one finished surface; and generating an inspection tool path program defining a movement of the inspection tool relative to the part in accordance with the determined desired position and the desired orientation, the inspection tool path program comprising instructions for placing the inspection tool at the desired position and the desired orientation and acquiring at least one measurement of the at least one finished surface. receiving a corrective machine tool program comprising instructions for causing a Numerical Control machine tool to machine at least one finished surface of a part, the corrective machine tool program having instructions to perform machining of the part different from instructions of a nominal machine tool program and to account for the differences between a part's nominal profile and the part's actual profile; determining from the corrective machine tool program a desired position and a desired orientation of an inspection tool relative to the at least one finished surface; and generating an inspection tool path program defining a movement of the inspection tool relative to the part in accordance with the determined desired position and the desired orientation, the inspection tool path program comprising instructions for placing the inspection tool at the desired position and the desired orientation and acquiring at least one measurement of the at least one finished surface.
A ventilation apparatus, comprising a housing, a gas source port provided on the housing, an inhalation branch, an exhalation branch and a control unit; characterized in that the inhalation branch, the exhalation branch and the control unit are enclosed within the housing, wherein the ventilation apparatus further comprises: a mounting assembly, and a paramagnetic oxygen sensor mounted outsideand on the housing by means of the mounting assembly, the paramagnetic oxygen sensor configured to detect oxygen content in the inhalation branch.
A method for unlocking an application on a mobile terminal wherein the mobile terminal comprises a sliding module and a front-facing camera disposed on the sliding module, the front-facing camera is configured to be retracted inside the mobile terminal or exposed outside from the mobile terminal by sliding the sliding module, and the method comprises: in response to a sliding action applied on the sliding module, exposing the front-facing camera which is retracted inside the mobile terminal outside from the mobile terminal, and calling (S11, S26, S35) the front-facing camera to capture a face image of a user; and unlocking (S 12, S27, S36) the application by using the captured face image as an access key, wherein said application is a preset application, wherein the mobile terminal has at least two preset applications, and unlocking (S12, S27, S36) the application comprises: determining, according to a number of times of the sliding action applied on the sliding module and a preset sequence of the at least two preset applications, a target preset application corresponding to the number of times of the sliding action, and unlocking the target preset application. in response to a sliding action applied on the sliding module, exposing the front-facing camera which is retracted inside the mobile terminal outside from the mobile terminal, and calling (S11, S26, S35) the front-facing camera to capture a face image of a user; and unlocking (S 12, S27, S36) the application by using the captured face image as an access key, wherein said application is a preset application, wherein the mobile terminal has at least two preset applications, and unlocking (S12, S27, S36) the application comprises: determining, according to a number of times of the sliding action applied on the sliding module and a preset sequence of the at least two preset applications, a target preset application corresponding to the number of times of the sliding action, and unlocking the target preset application. determining, according to a number of times of the sliding action applied on the sliding module and a preset sequence of the at least two preset applications, a target preset application corresponding to the number of times of the sliding action, and unlocking the target preset application.
A package comprising: a body defining a plurality of sides,,,,,,, wherein the plurality of sides,,,,,, define a storage space therebetween, wherein the plurality of sides,,,,,, include a first side wall, a second side wall, two intermediate walls,, a top wall, and a bottom wall,; a first extended part defined with one of the plurality of sides,,,,,,; and a second extended part defined with another of the plurality of sides,,,,,,, wherein the second extended part defines a flap; the first extended part and the second extended part are at least partially coupled with each other; the flap is foldably and releasably connected with the first extended part such that the flap is movable between a first configuration and a second configuration, wherein in the first configuration, the flap is removably couplable to the first extended part, and wherein in the second configuration, the flap is at least partially foldably inserted within the body of the package; characterized in that: the flap is disposed, such that some portion of the flap overlaps with a hanging hole of the first extended part to define an overlapped portion in the first configuration. a body defining a plurality of sides,,,,,,, wherein the plurality of sides,,,,,, define a storage space therebetween, wherein the plurality of sides,,,,,, include a first side wall, a second side wall, two intermediate walls,, a top wall, and a bottom wall,; a first extended part defined with one of the plurality of sides,,,,,,; and a second extended part defined with another of the plurality of sides,,,,,,, wherein the second extended part defines a flap; the first extended part and the second extended part are at least partially coupled with each other; the flap is foldably and releasably connected with the first extended part such that the flap is movable between a first configuration and a second configuration, wherein in the first configuration, the flap is removably couplable to the first extended part, and wherein in the second configuration, the flap is at least partially foldably inserted within the body of the package; characterized in that: the flap is disposed, such that some portion of the flap overlaps with a hanging hole of the first extended part to define an overlapped portion in the first configuration.
A medical device comprising: an expandable tubular body comprising a plurality of braided filaments configured to be implanted in a blood vessel, wherein the filaments have an outer surface comprising a phosphorylcholine, the plurality of braided filaments comprising: platinum or platinum alloy filaments, wherein the platinum or platinum alloy filaments possess the phosphorylcholine chemically bonded directly to the platinum or platinum alloy filaments, and cobalt-chromium alloy filaments, wherein the cobalt-chromium alloy filaments possess a silane intermediate layer between the cobalt-chromium alloy filaments and the phosphorylcholine; and wherein the phosphorylcholine has a thickness of less than 100 nanometers. platinum or platinum alloy filaments, wherein the platinum or platinum alloy filaments possess the phosphorylcholine chemically bonded directly to the platinum or platinum alloy filaments, and cobalt-chromium alloy filaments, wherein the cobalt-chromium alloy filaments possess a silane intermediate layer between the cobalt-chromium alloy filaments and the phosphorylcholine; and wherein the phosphorylcholine has a thickness of less than 100 nanometers.
A microscope for imaging at least one stationary sample, the microscope comprising: - an objective lens movable with respect to the at least one stationary sample; - a plurality of individual light sources for illuminating the at least one stationary sample; and - a detector for detection of radiation from the at least one stationary sample; - an optical arrangement arranged such that a light path from at least one of the plurality of individual light sources illuminates the at least one stationary sample through the objective lens and directs the radiation from the at least one stationary sample to the detector through the objective lens; - an immovable sample holder for mounting the at least one stationary sample, and - a translation stage, on which the plurality of individual light sources, the optical arrangement, and the detector are mounted, the translation stage being movable in two dimensions relative to the sample, wherein the plurality of individual light sources is movable with respect to the translation stage and with respect to the objective lens such that different ones of the plurality of individual light sources illuminate the stationary sample. - an objective lens movable with respect to the at least one stationary sample; - a plurality of individual light sources for illuminating the at least one stationary sample; and - a detector for detection of radiation from the at least one stationary sample; - an optical arrangement arranged such that a light path from at least one of the plurality of individual light sources illuminates the at least one stationary sample through the objective lens and directs the radiation from the at least one stationary sample to the detector through the objective lens; - an immovable sample holder for mounting the at least one stationary sample, and - a translation stage, on which the plurality of individual light sources, the optical arrangement, and the detector are mounted, the translation stage being movable in two dimensions relative to the sample,
A method of optical analysis for discriminating a substance present on a substrate such as an object or a document, said method comprising a step (a) of illumination during which the substrate is exposed to a primary light beam, such that said substrate emits in response a secondary light beam, as well as a step (b) of detection during which said secondary beam is collected and analyzed, said method being characterized in that the primary light beam is chosen so as to interact with the substance in such a manner that the latter emits within the secondary light beam, in the domain of the visible spectrum, a characteristic chromatic radiation that is not directly discernable within said secondary light beam, and in that the step (b) of detection comprises a sub-step (b) of selective filtering during which the secondary light beam is filtered, through a spectral window of the visible spectrum adapted to said characteristic chromatic radiation, so as to extract from said secondary beam an image of a surface element of the substrate that is extensive enough to contain at least one area containing the substance and at least one reference area free from said substance, forming the environment of said substance, said image containing simultaneously, on the one hand, a first visible signal corresponding to the characteristic radiation of the substance and, on the other hand, a second visible signal corresponding to the response of the environment, said first and second signals being visually distinct from each other to permit a user to distinguish the substance from the environment thereof.