mhurhangee/ep-ind-claims huggingface dataset:
Method for determining the position and/or orientation of a spectacle lens having permanent marks on a holder, comprising: providing a detected apparent location of the permanent marks on the spectacle lens, determining the position and/or orientation of the spectacle lens on the basis of the apparent location of the permanent marks and mark-independent additional information, wherein the apparent location of the permanent marks differs from a real location of the permanent marks on account of light refraction by the spectacle lens, characterized by detecting the apparent location of the permanent marks on the spectacle lens, eccentrically illuminating the spectacle lens, detecting a location of at least one reflection (40A to 40F; 60A to 60F) caused by the eccentrically illuminating process on the spectacle lens, wherein the mark-independent additional information comprises the apparent location of the at least one reflection. providing a detected apparent location of the permanent marks on the spectacle lens, determining the position and/or orientation of the spectacle lens on the basis of the apparent location of the permanent marks and mark-independent additional information, wherein the apparent location of the permanent marks differs from a real location of the permanent marks on account of light refraction by the spectacle lens, characterized by detecting the apparent location of the permanent marks on the spectacle lens, eccentrically illuminating the spectacle lens, detecting a location of at least one reflection (40A to 40F; 60A to 60F) caused by the eccentrically illuminating process on the spectacle lens, wherein the mark-independent additional information comprises the apparent location of the at least one reflection.
A method of estimating fuel flow in a gas turbine engine including a metering valve in fluid communication with a bypass fuel line and a pressure regulating valve, the method comprising: determining a metering valve position; determining a bypass fuel flow; determining a metering valve inlet pressure; determining a discharge pressure upstream of the bypass fuel line; determining a differential pressure error of the pressure regulating valve based on the metering valve inlet pressure, the discharge pressure, and the bypass fuel flow; determining a metering valve fuel flow based on the metering valve position and the differential pressure error; wherein the bypass fuel flow is based on a fuel flow of a fuel pump, a corrected metering valve fuel flow, and an actuation system leakage fuel flow of an actuation system; and controlling the metering valve based on the metering valve fuel flow. determining a metering valve position; determining a bypass fuel flow; determining a metering valve inlet pressure; determining a discharge pressure upstream of the bypass fuel line; determining a differential pressure error of the pressure regulating valve based on the metering valve inlet pressure, the discharge pressure, and the bypass fuel flow; determining a metering valve fuel flow based on the metering valve position and the differential pressure error; wherein the bypass fuel flow is based on a fuel flow of a fuel pump, a corrected metering valve fuel flow, and an actuation system leakage fuel flow of an actuation system; and controlling the metering valve based on the metering valve fuel flow.
System for controlling the operation of kitchen appliances comprising at least one kitchen equipment and at least one kitchen machine connected to said at least one kitchen equipment by means of a wireless communication network; the kitchen machine is electrically ran and comprises i.) a mixing cup, ii.) mixing means provided in the mixing cup, iii.) a base station suitable for coupling of the mixing cup and which thereby is able to provide motion to the mixing means and iv.) heating and/or cooling means of the mixing cup; the system further comprises an adaptor module connected to each kitchen equipment programmed to collect operative data from the respective kitchen equipment and to transmit said data to the kitchen machine; and the kitchen machine further comprises an operation engine configured to process operative data from at least one kitchen equipment in order to control the operation of the kitchen machine and the at least one kitchen equipment according to automatic cooking programs; such automatic cooking programs comprise at least one operative instruction for operating the kitchen machine hardware elements ii.) to iv.) and at least one machine command for operating at least one kitchen equipment; characterized in that the operation engine further comprises a scheduler module comprising processing means adapted to assign a priority level to each operative instruction and to each machine command, based on a set of prioritization rules; the scheduler module being configured to schedule the execution of the operative instructions and of the machine commands according to the highest priority level. the system further comprises an adaptor module connected to each kitchen equipment programmed to collect operative data from the respective kitchen equipment and to transmit said data to the kitchen machine; and the kitchen machine further comprises an operation engine configured to process operative data from at least one kitchen equipment in order to control the operation of the kitchen machine and the at least one kitchen equipment according to automatic cooking programs; such automatic cooking programs comprise at least one operative instruction for operating the kitchen machine hardware elements ii.) to iv.) and at least one machine command for operating at least one kitchen equipment; characterized in that the operation engine further comprises a scheduler module comprising processing means adapted to assign a priority level to each operative instruction and to each machine command, based on a set of prioritization rules; the scheduler module being configured to schedule the execution of the operative instructions and of the machine commands according to the highest priority level.
A sealed rolling bearing unit for bearing working tools or the like, which rolling bearing unit is at least in sections accommodated by a housing, and which rolling bearing unit comprises at least: - an inner ring and an outer ring arranged coaxially relative thereto, wherein the inner ring and the outer ring are arranged coaxially relative to the housing, - rolling elements, which are arranged in at least one row, which rolling elements are arranged in a rolling and/or rotating manner between the inner ring and the outer ring, - at least two sealing elements (38, 38'), which on both sides axially seal off the rolling elements, which are arranged in at least one row, characterised in that at least one of the at least two sealing elements (38, 38') is attached to the housing and is in surface contact with an outer lateral surface of the inner ring and/or bears on the outer lateral surface of the inner ring such that a sealing surface is formed, wherein the outer lateral surface of the inner ring is designed to be at least in sections convex to a central axis of the rolling bearing unit in the area of the sealing surface, or in that at least one of the at least two sealing elements (38, 38') is attached to the housing and is in surface contact with an inner lateral surface of the outer ring and/or bears on the inner lateral surface of the outer ring such that a sealing surface is formed, wherein the inner lateral surface of the outer ring is designed to be at least in sections concave to a central axis of the rolling bearing unit in the area of the sealing surface. - an inner ring and an outer ring arranged coaxially relative thereto, wherein the inner ring and the outer ring are arranged coaxially relative to the housing, - rolling elements, which are arranged in at least one row, which rolling elements are arranged in a rolling and/or rotating manner between the inner ring and the outer ring, - at least two sealing elements (38, 38'), which on both sides axially seal off the rolling elements, which are arranged in at least one row, characterised in that at least one of the at least two sealing elements (38, 38') is attached to the housing and is in surface contact with an outer lateral surface of the inner ring and/or bears on the outer lateral surface of the inner ring such that a sealing surface is formed, wherein the outer lateral surface of the inner ring is designed to be at least in sections convex to a central axis of the rolling bearing unit in the area of the sealing surface, or in that at least one of the at least two sealing elements (38, 38') is attached to the housing and is in surface contact with an inner lateral surface of the outer ring and/or bears on the inner lateral surface of the outer ring such that a sealing surface is formed, wherein the inner lateral surface of the outer ring is designed to be at least in sections concave to a central axis of the rolling bearing unit in the area of the sealing surface.
An information processing device comprising: a data processing unit configured to control a data recording process on both lands and grooves of an optical disc, wherein, when data is recorded on the lands or the grooves, the data processing unit is configured to perform a dummy data (32, 52, 72, 92) recording process as a process of matching data recording states of grooves or lands on both sides adjacent to a data recording target land or groove with each other. a data processing unit configured to control a data recording process on both lands and grooves of an optical disc, wherein, when data is recorded on the lands or the grooves, the data processing unit is configured to perform a dummy data (32, 52, 72, 92) recording process as a process of matching data recording states of grooves or lands on both sides adjacent to a data recording target land or groove with each other.
A data transmission method, characterized by comprising: detecting, by a first user terminal, physical downlink control channel, PDCCH, of second user terminals beyond a cell of the first user terminal, and acquiring modulation and coding scheme information from the PDCCH; estimating, by the first user terminal, interference between the first user terminal and the second user terminals according to the modulation and coding scheme information; selecting, by the first user terminal, a second user terminal having a minimum interference on the first user terminal according to the interference; and multiplexing, by the first user terminal, an uplink time-frequency resource of the second user terminal having the minimum interference to perform D2D data transmission. detecting, by a first user terminal, physical downlink control channel, PDCCH, of second user terminals beyond a cell of the first user terminal, and acquiring modulation and coding scheme information from the PDCCH; estimating, by the first user terminal, interference between the first user terminal and the second user terminals according to the modulation and coding scheme information; selecting, by the first user terminal, a second user terminal having a minimum interference on the first user terminal according to the interference; and multiplexing, by the first user terminal, an uplink time-frequency resource of the second user terminal having the minimum interference to perform D2D data transmission.
Device for reshaping a workpiece, comprising a drive shaft rotatable about an axis (a) of rotation and a tool, particularly a roll, fastened to the shaft, wherein a mechanically positive connection, particularly a splined connection, is present between the drive shaft and tool, by which a torque is transmissible from the drive shaft to the tool, wherein the mechanically positive connection extends by way of a first axial section wherein present outside the first axial section is a second axial section in which the drive shaft and the tool have co-operating first cylindrical matched surfaces (7, 8) constructed for transmission of radial forces, and wherein present outside the first axial section and outside the second axial section is a third axial section in which the drive shaft and the tool have co-operating second cylindrical matched surfaces (10, 11) constructed for transmission of radial forces; characterised in that the second cylindrical matched surface of the tool is formed by a sleeve arranged in the tool; and the sleeve is seated in a bore of the tool by a press fit, wherein the press fit is produced by, in particular, a shrink process.
Method for installing an elevator car sling, comprising the steps of: attaching gliding means to a side frame (11C, 11D) of the car sling, said gliding means comprising at least a frame part, a gliding part, and elasticity means through which the gliding part is supported on the frame part, positioning the side frame (11C, 11D) on a guide rail in an elevator shaft so that the gliding part of the gliding means sets on the guide rail, characterized by the further steps of: providing the gliding means with an installation jig comprising a first branch that is positioned against an inner gliding surface of the gliding part thereby forming a temporary gliding surface towards the guide rail and at least a second branch (220, 230) that is positioned in an open space between the frame part and the gliding part in order to temporary bypass the elasticity means and rigidly fix the gliding part to the frame part, removing the installation jig when the installation of the car sling and the car has been completed. attaching gliding means to a side frame (11C, 11D) of the car sling, said gliding means comprising at least a frame part, a gliding part, and elasticity means through which the gliding part is supported on the frame part, positioning the side frame (11C, 11D) on a guide rail in an elevator shaft so that the gliding part of the gliding means sets on the guide rail, characterized by the further steps of: providing the gliding means with an installation jig comprising a first branch that is positioned against an inner gliding surface of the gliding part thereby forming a temporary gliding surface towards the guide rail and at least a second branch (220, 230) that is positioned in an open space between the frame part and the gliding part in order to temporary bypass the elasticity means and rigidly fix the gliding part to the frame part, removing the installation jig when the installation of the car sling and the car has been completed. providing the gliding means with an installation jig comprising a first branch that is positioned against an inner gliding surface of the gliding part thereby forming a temporary gliding surface towards the guide rail and at least a second branch (220, 230) that is positioned in an open space between the frame part and the gliding part in order to temporary bypass the elasticity means and rigidly fix the gliding part to the frame part, removing the installation jig when the installation of the car sling and the car has been completed.
An intramedullary orthopaedic device comprising: an intramedullary rod configured for insertion into a bone; said intramedullary rod including: a first elongate member extending from a first end to a second end and including a first bone fixation region adjacent the first end and a first mating surface; a second elongate member extending from a first end to a second end and including a second bone fixation region adjacent the first end and a second mating surface; wherein, the first mating surface is configured to engage with the second mating surface such that the elongate members (11,14) are longitudinally moveable but not rotationally moveable relative to each other. a first elongate member extending from a first end to a second end and including a first bone fixation region adjacent the first end and a first mating surface; a second elongate member extending from a first end to a second end and including a second bone fixation region adjacent the first end and a second mating surface; wherein, the first mating surface is configured to engage with the second mating surface such that the elongate members (11,14) are longitudinally moveable but not rotationally moveable relative to each other.
A method of making a ceramic substrate for a light-emitting-diode light source comprising the steps of: forming a mixture of a ceramic substrate material and a volatilizable binder; injecting said mixture into a mold cavity to form a green substrate that includes at least two pockets formed in a surface of said green substrate, said pockets having a depth less than the thickness of the green substrate; baking said green substrate to remove said volatilizable binder and form a pre-cursor substrate; depositing a metallic paste into each pocket of said pre-cursor substrate; firing said pre-cursor substrate to sinter said material and form said ceramic substrate and form said metallic paste into a first electrically conductive material; applying a coating of a second electrically material over said first electrically conductive material to form a final electrical contact in each of said pockets; depositing an LED on at least some of said final electrical contacts; and providing wire bond electrical connections joining said LED to a final electrical contact, characterised in that said wire bond electrical connections extend from a first LED to an adjacent pocket. forming a mixture of a ceramic substrate material and a volatilizable binder; injecting said mixture into a mold cavity to form a green substrate that includes at least two pockets formed in a surface of said green substrate, said pockets having a depth less than the thickness of the green substrate; baking said green substrate to remove said volatilizable binder and form a pre-cursor substrate; depositing a metallic paste into each pocket of said pre-cursor substrate; firing said pre-cursor substrate to sinter said material and form said ceramic substrate and form said metallic paste into a first electrically conductive material; applying a coating of a second electrically material over said first electrically conductive material to form a final electrical contact in each of said pockets; depositing an LED on at least some of said final electrical contacts; and providing wire bond electrical connections joining said LED to a final electrical contact, characterised in that said wire bond electrical connections extend from a first LED to an adjacent pocket.
Striking mechanism device, in particular for a hammer drill and/or chipping hammer, having at least one striker, having at least one striking pin, which has at least one guide lug facing toward the striker, having at least one movably mounted control disc, which is disposed around the guide lug, having at least one guide element realized as a hammer tube, and having at least one control sleeve which is provided for closing air control openings (62, 64, 66) of the hammer tube for the purpose of building up a pressure, wherein one end of the guide lug projects beyond the control disc in each operating state, characterized in that the striker, at an end of the striker that faces toward the guide lug, has at least one insertion recess, which is provided to enable the guide lug to be inserted as the striker approaches the striking pin.
A method for producing a colloidal alcoholic suspension of fluorine-doped stannic oxide particles, comprising the following successive steps: a) preparing a mixture comprising stannous oxalate, a quaternary ammonium fluoride salt, hydrogen peroxide and an acid, in a solvent consisting of deionized water optionally mixed with at least one alcohol, b) subjecting said mixture to hydrothermal treatment, so as to obtain a suspension, c) desalting said suspension, and d) optionally subjecting said desalted suspension to a solvent-exchange step with at least one alcohol, wherein at least one of steps a), c) and d) is performed in the presence of an alcoholic solvent, and when step c) is performed in presence of an alcohol, the suspension is desalted by dialysis. a) preparing a mixture comprising stannous oxalate, a quaternary ammonium fluoride salt, hydrogen peroxide and an acid, in a solvent consisting of deionized water optionally mixed with at least one alcohol, b) subjecting said mixture to hydrothermal treatment, so as to obtain a suspension, c) desalting said suspension, and d) optionally subjecting said desalted suspension to a solvent-exchange step with at least one alcohol,
A method for preparation of graphene on the surface of silicon carbide, characterised in that an SiC crystal with a crystallographic orientation of the surface, is subjected to, consecutively: a) a pressure below 1×10 -7 Pa; b) annealing at a temperature from 1300°C do 1800°C, under a pressure not higher than 5×10 -5 Pa, in a stream of silicon atoms from an external sublimation source corresponding to a nominal silicon growth rate from 0.5×10 -10 m/min to 10×10 -1 m/min. a) a pressure below 1×10 -7 Pa; b) annealing at a temperature from 1300°C do 1800°C, under a pressure not higher than 5×10 -5 Pa, in a stream of silicon atoms from an external sublimation source corresponding to a nominal silicon growth rate from 0.5×10 -10 m/min to 10×10 -1 m/min.
A rotary working vehicle, comprising: a lower traveling body; an upper rotating body rotatably disposed above the lower traveling body; a rotating frame configuring a bottom portion of the upper rotating body; a swing body horizontally rotatably supported by a front portion of the rotating frame; a working machine supported rotatably in an up-down direction by the swing body; a first vertical plate and a second vertical plate which are located at an interval in a left-right direction on a bottom plate of the rotating frame and disposed in a standing manner to extend in a front to back direction; a hydraulic swing cylinder disposed on an opposite side of the first vertical plate with the second vertical plate in between and configured to connect the rotating frame and the swing body; a protrusion piece protruding toward the swing cylinder from a side wall of the second vertical plate located above the swing cylinder; a hose guide disposed at the protrusion piece; and a hydraulic hose (41c, 41d) passing above the first vertical plate and the second vertical plate and extending downward from above through the hose guide to the swing cylinder. a lower traveling body; an upper rotating body rotatably disposed above the lower traveling body; a rotating frame configuring a bottom portion of the upper rotating body; a swing body horizontally rotatably supported by a front portion of the rotating frame; a working machine supported rotatably in an up-down direction by the swing body; a first vertical plate and a second vertical plate which are located at an interval in a left-right direction on a bottom plate of the rotating frame and disposed in a standing manner to extend in a front to back direction; a hydraulic swing cylinder disposed on an opposite side of the first vertical plate with the second vertical plate in between and configured to connect the rotating frame and the swing body; a protrusion piece protruding toward the swing cylinder from a side wall of the second vertical plate located above the swing cylinder; a hose guide disposed at the protrusion piece; and a hydraulic hose (41c, 41d) passing above the first vertical plate and the second vertical plate and extending downward from above through the hose guide to the swing cylinder.