mhurhangee/ep-ind-claims huggingface dataset:
A controller comprising: a failure storage device installed in the controller, said failure storage device comprising: a data detection unit configured to detect data indicating a condition of a target to be controlled; a failure detection unit configured to detect a failure of the target to be controlled; a failure storage control unit comprising a storage unit (33, 35) configured to store the data and configured to, when the failure is detected, carry out failure storage processing to select data to be stored depending on a failure detail of the failure detected and store the selected data in the storage unit, whereby the failure storage control unit is adapted so that in the failure storage processing said failure storage control unit controls the storage unit (33, 35) to store a failure detail of an initial failure detected first and data selected in accordance with the failure at a time of occurrence of the initial failure, and then, when another one or more failures are detected during measuring a prescribed period of time from a point at which the failure is detected first, to store only a failure detail of each failure other than the initial failure and to store neither a failure detail nor data of a failure detected after a lapse of the prescribed period of time. a data detection unit configured to detect data indicating a condition of a target to be controlled; a failure detection unit configured to detect a failure of the target to be controlled; a failure storage control unit comprising a storage unit (33, 35) configured to store the data and configured to, when the failure is detected, carry out failure storage processing to select data to be stored depending on a failure detail of the failure detected and store the selected data in the storage unit, whereby the failure storage control unit is adapted so that in the failure storage processing said failure storage control unit controls the storage unit (33, 35) to store a failure detail of an initial failure detected first and data selected in accordance with the failure at a time of occurrence of the initial failure, and then, when another one or more failures are detected during measuring a prescribed period of time from a point at which the failure is detected first, to store only a failure detail of each failure other than the initial failure and to store neither a failure detail nor data of a failure detected after a lapse of the prescribed period of time.
Device for mixing free-flowing media, having a drivable mixing shaft which has at least one mixing portion (6.1) having a plurality of circumferential grooves and a bearing portion (6.2) having a protruding coupling end (6.4), and having a housing in multiple parts for receiving the mixing shaft, wherein the housing in the region of the mixing portion (6.1) of the mixing shaft has a mixing chamber having a plurality of mixing grooves which lie opposite the circumferential grooves of the mixing shaft, and in the region of the bearing portion (6.2) of the mixing shaft has a plurality of bearing locations (16.1, 16.2), characterized in that the mixing shaft at the inner free end of the mixing portion (6.1) has a shaft shoulder (6.5) having a cylindrical end portion (6.3) which is mounted so as to slide within a friction bore (9.2) of the housing.
A brace tool comprising: a rigid frame, the frame having a top, the frame having a bottom on an opposite side of the frame from the top; a shaft secured to the top of the frame, the shaft having a cylindrical exterior surface; at least one suction cup secured to the bottom of the frame; a platform mounted on the shaft for movement of the platform around the shaft, the platform having a brace surface that is configured to be engaged against by a person using the brace tool with the person bracing themself against the brace surface; and a support block on the platform, the support block being attached on the shaft and mounting the platform on the shaft, the support block being adjustable to loosely attach the support block on the shaft enabling the support block and the platform to be moved together around the shaft, and to firmly attach the support block on the shaft preventing the support block and the platform from being moved together around the shaft. a rigid frame, the frame having a top, the frame having a bottom on an opposite side of the frame from the top; a shaft secured to the top of the frame, the shaft having a cylindrical exterior surface; at least one suction cup secured to the bottom of the frame; a platform mounted on the shaft for movement of the platform around the shaft, the platform having a brace surface that is configured to be engaged against by a person using the brace tool with the person bracing themself against the brace surface; and a support block on the platform, the support block being attached on the shaft and mounting the platform on the shaft, the support block being adjustable to loosely attach the support block on the shaft enabling the support block and the platform to be moved together around the shaft, and to firmly attach the support block on the shaft preventing the support block and the platform from being moved together around the shaft.
A biological detecting cartridge configured to perform a biochemical test on a biological fluid, adapted to gather a detected fluid, comprising: a collection port; a first flowing layer structure, communicating with the collection port; and a second flowing layer structure, communicating with the first flowing layer structure, wherein the first and the second flowing layer structures (120, 140) are disposed in different levels in the biological detecting cartridge, wherein the first flowing layer structure comprises a first flowing channel, and the second flowing layer structure comprises at least one branch structure connected with the first flowing channel, characterized in that wherein the first flowing channel has a separator and a communication hole corresponding to the branch structure, and the first flowing channel communicates with the branch structure through the communication hole, and wherein the separator is located on the communication hole to divide the communication hole into an inlet and an outlet, and the inlet and the outlet of the communication hole are respectively located at two sides of the separator. a collection port; a first flowing layer structure, communicating with the collection port; and a second flowing layer structure, communicating with the first flowing layer structure, wherein the first and the second flowing layer structures (120, 140) are disposed in different levels in the biological detecting cartridge, wherein the first flowing layer structure comprises a first flowing channel, and the second flowing layer structure comprises at least one branch structure connected with the first flowing channel, characterized in that wherein the first flowing channel has a separator and a communication hole corresponding to the branch structure, and the first flowing channel communicates with the branch structure through the communication hole, and wherein the separator is located on the communication hole to divide the communication hole into an inlet and an outlet, and the inlet and the outlet of the communication hole are respectively located at two sides of the separator.
Dental instrument comprising a head, provided with blades and made of a ceramic material, and comprising a shaft, clampable in a drive element and made of a metal material, the head having a fastening attachment which is provided with an external thread, and the shaft being provided with an end-face threaded recess, into which the fastening attachment can be screwed, characterised in that, in the region between the fastening attachment and the threaded recess, a fixing recess (7, 9), into which a fixing element is introduced which engages positively in the two fixing recesses (7, 9) so as to provide rotary protection, is formed on each of the fastening attachment and the threaded recess, the fixing element being formed from a curable material.
A feed unit comprising: a power transmission section including a power transmission coil configured to perform electric power transmission using a magnetic field, and an auxiliary resonance section including one or a plurality of resonators (L3, C3), wherein the resonator (L3, C3) includes an auxiliary coil wound to form a plurality of gaps (G1, G2, G3) in at least a partial region, wherein widths of the gaps (G1, G2, G3) become larger gradually in a direction from an outer edge side towards a center of the auxiliary coil, wherein the auxiliary coil is non-densely wound to form the plurality of gaps (G1, G2, G3) ranging from an inner edge to an outer edge thereof, characterized in that an inner diameter of the auxiliary coil is smaller than an inner diameter of the power transmission coil, and a main resonance frequency in main resonance operation using the power transmission coil at a time of the electric power transmission, and an auxiliary resonance frequency in the resonator (L3, C3) are different from each other, the auxiliary resonance frequency being 1.1 times or more and 5.0 times or less the main resonance frequency. a power transmission section including a power transmission coil configured to perform electric power transmission using a magnetic field, and an auxiliary resonance section including one or a plurality of resonators (L3, C3), wherein the resonator (L3, C3) includes an auxiliary coil wound to form a plurality of gaps (G1, G2, G3) in at least a partial region, wherein widths of the gaps (G1, G2, G3) become larger gradually in a direction from an outer edge side towards a center of the auxiliary coil, wherein the auxiliary coil is non-densely wound to form the plurality of gaps (G1, G2, G3) ranging from an inner edge to an outer edge thereof, characterized in that an inner diameter of the auxiliary coil is smaller than an inner diameter of the power transmission coil, and a main resonance frequency in main resonance operation using the power transmission coil at a time of the electric power transmission, and an auxiliary resonance frequency in the resonator (L3, C3) are different from each other, the auxiliary resonance frequency being 1.1 times or more and 5.0 times or less the main resonance frequency.
Use of a composition for the manufacture of a medicament for providing relief to a human patient suffering from neuropathic pain, in which the composition is a film-forming dosage form for topical and transdermal delivery of mepivacaine, or pharmaceutically acceptable salts or mixtures thereof, the composition comprising mepivacaine or pharmaceutically acceptable salts or mixtures thereof, and a polymer, wherein a film is formed directly on the site of application after the composition is sprayed, rolled, spread or otherwise applied, and when dry the composition forms a film on the skin.
A method for manufacturing an electronic component comprising providing a reaction curable silicone gel having a loss tangent tanδ at 23°C to 100°C in a range from 0.01 to 1.00 measured according to the description and formed from a curable silicone composition comprising a mixture of a linear organopolysiloxane having at least two curing reactive groups in the molecule and a resinous or branched organopolysiloxane having at least two curing reactive groups in the molecule; an organohydrogenpolysiloxane having two or more Si-H bonds in the molecule, and a curing agent; said method further comprising steps to below: Step: Creating a laminate of an electronic component (L1-E), the reaction-curable silicone gel, and a sheet-like member having a silicone-based adhesive layer, Step: Subjecting the electronic component (L1-E) to one or more types of chemical or physical processing after step, Step: Curing the reaction-curable silicone gel after step thereby providing a cured product which conjoins with the sheet-like member of the laminate to form a conjoined product, and Step: Separating the sheet-like member and the cured product of the reaction-curable silicone gel (conjoined product) substantially simultaneously from the electronic component (L1-E) after step. providing a reaction curable silicone gel having a loss tangent tanδ at 23°C to 100°C in a range from 0.01 to 1.00 measured according to the description and formed from a curable silicone composition comprising a mixture of a linear organopolysiloxane having at least two curing reactive groups in the molecule and a resinous or branched organopolysiloxane having at least two curing reactive groups in the molecule; an organohydrogenpolysiloxane having two or more Si-H bonds in the molecule, and a curing agent; said method further comprising steps to below: Step: Creating a laminate of an electronic component (L1-E), the reaction-curable silicone gel, and a sheet-like member having a silicone-based adhesive layer, Step: Subjecting the electronic component (L1-E) to one or more types of chemical or physical processing after step, Step: Curing the reaction-curable silicone gel after step thereby providing a cured product which conjoins with the sheet-like member of the laminate to form a conjoined product, and Step: Separating the sheet-like member and the cured product of the reaction-curable silicone gel (conjoined product) substantially simultaneously from the electronic component (L1-E) after step. Step: Creating a laminate of an electronic component (L1-E), the reaction-curable silicone gel, and a sheet-like member having a silicone-based adhesive layer, Step: Subjecting the electronic component (L1-E) to one or more types of chemical or physical processing after step, Step: Curing the reaction-curable silicone gel after step thereby providing a cured product which conjoins with the sheet-like member of the laminate to form a conjoined product, and Step: Separating the sheet-like member and the cured product of the reaction-curable silicone gel (conjoined product) substantially simultaneously from the electronic component (L1-E) after step.
An electrically heated aerosol generating system for receiving an aerosol-forming substrate, the system comprising at least one electric heater for heating the aerosol-forming substrate to form the aerosol, the heater comprising a heating element of a first cross section electrically connected to a plurality of elongate support elements (203, 205), each support element having a cross section greater than the first cross section and wherein at least one of the support elements is integrally formed with the heating element, wherein the aerosol-forming substrate is a liquid aerosol-forming substrate, and the system further comprises a liquid storage portion for holding the liquid and a capillary wick in communication with the liquid storage portion, wherein the support elements are secured adjacent the capillary wick and the heating element extends between the support elements and around the capillary wick.
A system for interacting with an object, said system comprising: a robotic manipulator having a base and a plurality of linkages; a tool coupled to said robotic manipulator and movable relative to said base to interact with the object; a plurality of position sensors associated with said plurality of linkages for providing primary position information at a first frequency; and a localizer for providing secondary position information at a second frequency; characterized in that the system further comprises: a position controller configured to position said tool with respect to the object in a first position control mode and a second position control mode based on said primary position information and said secondary position information; and a frequency controller configured to adjust at least one of said first and second frequencies in each of said first and second position control modes so that a difference between said first and second frequencies in said first position control mode is different than a difference between said first and second frequencies in said second position control mode. a robotic manipulator having a base and a plurality of linkages; a tool coupled to said robotic manipulator and movable relative to said base to interact with the object; a plurality of position sensors associated with said plurality of linkages for providing primary position information at a first frequency; and a localizer for providing secondary position information at a second frequency; characterized in that the system further comprises: a position controller configured to position said tool with respect to the object in a first position control mode and a second position control mode based on said primary position information and said secondary position information; and a frequency controller configured to adjust at least one of said first and second frequencies in each of said first and second position control modes so that a difference between said first and second frequencies in said first position control mode is different than a difference between said first and second frequencies in said second position control mode. a position controller configured to position said tool with respect to the object in a first position control mode and a second position control mode based on said primary position information and said secondary position information; and a frequency controller configured to adjust at least one of said first and second frequencies in each of said first and second position control modes so that a difference between said first and second frequencies in said first position control mode is different than a difference between said first and second frequencies in said second position control mode.
A system for measuring a corneal topography of and total ocular aberrations of an eye, the system comprising for measuring the corneal topography: a group of first light sources arranged around a central axis, the group being separated from the axis by a radial distance defining an aperture in the group; a detector array; and an optical system adapted to provide images of the first light sources and images of second light sources from the cornea, through the aperture, to the detector array, characterized in that for measuring the corneal topography, the system also comprises a plurality of second light sources and the optical system is adapted to provide light from the second light sources through the aperture to a cornea of an eye; wherein the optical system includes an optical element having a focal length, f; and wherein the second light sources are disposed to be in an optical path approximately one focal length, f, away from the optical element, wherein for measuring the total ocular aberrations, the system comprises: a third light source providing a probe beam; and a wavefront sensor; wherein the optical system is further adapted to provide the probe beam through the aperture to a retina of the eye, and to provide light from the probe beam scattered by the retina through the aperture to the wavefront sensor. a group of first light sources arranged around a central axis, the group being separated from the axis by a radial distance defining an aperture in the group; a detector array; and an optical system adapted to provide images of the first light sources and images of second light sources from the cornea, through the aperture, to the detector array, characterized in that for measuring the corneal topography, the system also comprises a plurality of second light sources and the optical system is adapted to provide light from the second light sources through the aperture to a cornea of an eye; wherein the optical system includes an optical element having a focal length, f; and wherein the second light sources are disposed to be in an optical path approximately one focal length, f, away from the optical element, wherein for measuring the total ocular aberrations, the system comprises: a third light source providing a probe beam; and a wavefront sensor; wherein the optical system is further adapted to provide the probe beam through the aperture to a retina of the eye, and to provide light from the probe beam scattered by the retina through the aperture to the wavefront sensor. a third light source providing a probe beam; and a wavefront sensor; wherein the optical system is further adapted to provide the probe beam through the aperture to a retina of the eye, and to provide light from the probe beam scattered by the retina through the aperture to the wavefront sensor.
A printing apparatus (100, 200) comprising: a band (105, 205) capable of holding hot melt ink thereon; rollers (110, 210, 215, 220) configured and arranged to hold and transport the band with respect to a substrate; a printhead (125, 225) configured and arranged to thermally transfer a portion of the ink from the band to the substrate to print on the substrate; a heating device (130, 230) configured and arranged to heat the band to cause ink on the band to re-melt, flow and replace at least some of the portion of the ink transferred to the substrate previously before arriving at the printhead again for a next print, wherein the heating device comprises an ink roller (135, 240) comprising a solid heat conducting material having an outer surface that is textured, the textured outer surface of the ink roller configured and arranged to contact the band and to receive new ink on the textured outer surface, the printing apparatus being characterized in that the ink roller includes a heater; a blade configured and arranged to control an amount of ink retained by the textured outer surface of the ink roller; and a reservoir configured and arranged to hold any excess ink proximate to the ink roller. a band (105, 205) capable of holding hot melt ink thereon; rollers (110, 210, 215, 220) configured and arranged to hold and transport the band with respect to a substrate; a printhead (125, 225) configured and arranged to thermally transfer a portion of the ink from the band to the substrate to print on the substrate; a heating device (130, 230) configured and arranged to heat the band to cause ink on the band to re-melt, flow and replace at least some of the portion of the ink transferred to the substrate previously before arriving at the printhead again for a next print, wherein the heating device comprises an ink roller (135, 240) comprising a solid heat conducting material having an outer surface that is textured, the textured outer surface of the ink roller configured and arranged to contact the band and to receive new ink on the textured outer surface, the printing apparatus being characterized in that the ink roller includes a heater; a blade configured and arranged to control an amount of ink retained by the textured outer surface of the ink roller; and a reservoir configured and arranged to hold any excess ink proximate to the ink roller.