mhurhangee/ep-ind-claims huggingface dataset:
Computer-implemented method for detecting a corneal apex, wherein a frontal image of the head and a side image of the head are provided, said images being calibrated to one another, wherein the position of the corneal apex in space is determined from the frontal image and the side image by means of a geometric determination of position, wherein the position of the corneal apex is subjected to a correction calculation, wherein a flash of light is generated during the recording of the images and wherein the position of the corneal apex in space is determined to a first approximation as the position of the point of reflection of the flash of light on the cornea, characterized in that, by means of the correction calculation, the position of the corneal apex in the y-direction is calculated proceeding from the point of reflection by means of adding Δy = + /-r*sin(1⁄2* (arctan 1/(d-v))), where r is an empirical value or an actual value for the corneal radius, d is the distance of the optical centre of the frontal camera from the point of reflection in the z-direction, v is the distance of the light source that generates the flash of light from the optical centre of the frontal camera in the z-direction and 1 is the distance of the light source from the optical centre of the frontal camera in the y-direction, wherein the y-direction is orthogonal to the x-direction and to the z-direction and points upward in space, and wherein the visual axis of the frontal camera corresponds to the z-direction and the x-direction is horizontal-orthogonal to the z-direction and points to the right when observed in the z-direction.
A treatment apparatus for a highly viscous fluid for production of solid/liquid type treatment materials, which conducts a mixing and kneading, kneading or dispersion treatment of treatment materials of a highly viscous fluid preliminarily mixed and kneaded having a viscosity within a range of 10 to 2,500 dPa·s, without using dispersion media, which comprises a vessel having a supply port and a discharge port of treatment materials, a rotating body rotatably disposed in the vessel, and an annular fine gap formed between an inner face of the vessel and an outer periphery face of the rotating body for passage of the treatment materials, while being subject to the treatment by the rotating body, wherein the rotating body has a surface on which notches are formed; characterized in that the rotating body is formed in a tubular shape on which groove portions are provided at intervals in a circumferential direction on the outer periphery face to form tooth-like projections extending in a longitudinal direction, and the notches are formed on the outer periphery face of the tooth-like projections by a knurling process; and the surface of the rotating body has a roughening rate of 1.05 to 2.35, the roughening rate being the ratio of the effective or apparent surface area to a projected surface area on a horizontal face.
A method for managing graphic cards in a computing system comprising: - upon initiation of a virtual machine in the computing system, assigning at least a virtual graphic card and a physical graphic card to the virtual machine for processing graphical instructions, basic graphical instructions originating from the virtual machine being processed by the virtual graphic card; - disconnecting the physical graphic card from the virtual machine to release it to a pool of available graphic cards; - detecting the need of the virtual machine to process advanced graphical instructions and, upon detection, selecting an available physical graphic card in the pool of available graphic cards; - connecting the available physical graphic card to the virtual machine, the connected physical graphic card being fully available to the virtual machine, for processing the advanced graphical instructions. - upon initiation of a virtual machine in the computing system, assigning at least a virtual graphic card and a physical graphic card to the virtual machine for processing graphical instructions, basic graphical instructions originating from the virtual machine being processed by the virtual graphic card; - disconnecting the physical graphic card from the virtual machine to release it to a pool of available graphic cards; - detecting the need of the virtual machine to process advanced graphical instructions and, upon detection, selecting an available physical graphic card in the pool of available graphic cards; - connecting the available physical graphic card to the virtual machine, the connected physical graphic card being fully available to the virtual machine, for processing the advanced graphical instructions.
An article of footwear with a lacing system, comprising: a sole structure; an upper attached to the sole structure, the upper comprising an instep region; and a housing disposed adjacent the instep region, wherein a wheel gear, a gear train, and a motor are disposed within the housing, and wherein at least one lace is coupled with the wheel gear, which is adapted to draw the at least one lace into the housing, characterized in that the wheel gear includes a first aperture, a second aperture, and a spool depending downwards from the wheel gear, wherein the first and second apertures (220, 222) are disposed adjacent one another, and wherein the at least one lace passes into the housing, is strung upward through the first aperture of the wheel gear, and back downward through the second aperture of the wheel gear such that the at least one lace is drawn into the housing along the spool about a wheel gear axis. a sole structure; an upper attached to the sole structure, the upper comprising an instep region; and a housing disposed adjacent the instep region, wherein a wheel gear, a gear train, and a motor are disposed within the housing, and wherein at least one lace is coupled with the wheel gear, which is adapted to draw the at least one lace into the housing, characterized in that the wheel gear includes a first aperture, a second aperture, and a spool depending downwards from the wheel gear, wherein the first and second apertures (220, 222) are disposed adjacent one another, and wherein the at least one lace passes into the housing, is strung upward through the first aperture of the wheel gear, and back downward through the second aperture of the wheel gear such that the at least one lace is drawn into the housing along the spool about a wheel gear axis.
An information processing apparatus comprising: a first receiver configured to receive first print data from a client apparatus; a preview image generator configured to generate at least one first preview image from the first print data of an initial page of the first print data; a transmitter configured to transmit the generated at least one first preview image to an image forming apparatus; and a controller configured to generate second print data for generating at least one second preview image that is not generated from the first print data, characterized in that: the preview image generator is configured to generate the at least one first preview image from the first print data for a predetermined period from a start of generation of the at least one first preview image of the initial page of the first print data, or to generate the at least one first preview image from the first print data on a page basis by generating preview images corresponding to pages in a predetermined range of pages of the first print data; wherein the second print data are the first print data from which any page of which the at least one first preview image is generated is excluded, and wherein when a first print language is used in the print data, the preview image generator limits generation of the preview images on a page basis, and when a second print language is used in the print data the preview image generator limits generation of the preview images on a time basis. a first receiver configured to receive first print data from a client apparatus; a preview image generator configured to generate at least one first preview image from the first print data of an initial page of the first print data; a transmitter configured to transmit the generated at least one first preview image to an image forming apparatus; and a controller configured to generate second print data for generating at least one second preview image that is not generated from the first print data,
A process for forming a metal-supported solid-oxide fuel cell, the process comprising: a. applying an anode layer to a steel substrate; b. combining a doped-ceria powder with a sintering aid and solvent to form a slurry; c. applying the slurry to an anode layer; d. drying to form a green electrolyte; e. firing the green electrolyte to form a sintered electrolyte at a sintering temperature of less than 1100°C; and f. applying a cathode material to the electrolyte; wherein the slurry in step b. comprises doped-ceria powder with a bimodal particle size distribution, a BET surface area in the range 20 - 40 m 2 /g, and a spherical morphology. a. applying an anode layer to a steel substrate; b. combining a doped-ceria powder with a sintering aid and solvent to form a slurry; c. applying the slurry to an anode layer; d. drying to form a green electrolyte; e. firing the green electrolyte to form a sintered electrolyte at a sintering temperature of less than 1100°C; and f. applying a cathode material to the electrolyte;
A method for preparing a corrosion-resistant anodized metal surface which comprises: anodizing a metal surface with a solution comprising an aniline-monomer and sealing the metal surface with a seal solution comprising a thiol inhibitor so as to form the corrosion-resistant anodized metal surface, wherein the metal surface comprises titanium or a titanium alloy.
A container produced from a plastic material, comprising - a container wall delimiting a container interior and - an outlet opening provided on the container wall for emptying a product which can be accommodated in the plastic container, wherein the container is formed by extrusion blowmolding and a recess protruding into the container interior is formed on the container wall to accommodate a functional element, wherein the recess is accessible through an insertion opening, wherin the recess has a canopy at least in a subregion, which is formed by a section of the container wall delimiting the insertion opening and a functional element is form fit accommodated in the recess, characterized in that the insertion opening has a first clear width and the recess widens in the direction of the container interior to a second clear width, wherein the second clear width is greater than the first clear width. - a container wall delimiting a container interior and - an outlet opening provided on the container wall for emptying a product which can be accommodated in the plastic container, wherein the container is formed by extrusion blowmolding and a recess protruding into the container interior is formed on the container wall to accommodate a functional element, wherein the recess is accessible through an insertion opening, wherin the recess has a canopy at least in a subregion, which is formed by a section of the container wall delimiting the insertion opening and a functional element is form fit accommodated in the recess, characterized in that the insertion opening has a first clear width and the recess widens in the direction of the container interior to a second clear width, wherein the second clear width is greater than the first clear width.
A base station of a radio access network comprising: an interface configured for wireless communications with a wireless terminal served by the base station; the base station characterized by: a processor configured to make a determination to change a precoding codebook bitmap used by the wireless terminal to report parameters to the base station and, as a result of the determination, to generate a bitmap decision signal that causes a changed precoding codebook bitmap to be sent to the wireless terminal, wherein the processor is configured to include the bitmap decision signal in a precoder weight set restriction information element in a high speed downlink shared channel, HS-DSCH, frequency division duplex, FDD, information element in a radio link message. an interface configured for wireless communications with a wireless terminal served by the base station; the base station characterized by: a processor configured to make a determination to change a precoding codebook bitmap used by the wireless terminal to report parameters to the base station and, as a result of the determination, to generate a bitmap decision signal that causes a changed precoding codebook bitmap to be sent to the wireless terminal, wherein the processor is configured to include the bitmap decision signal in a precoder weight set restriction information element in a high speed downlink shared channel, HS-DSCH, frequency division duplex, FDD, information element in a radio link message. a processor configured to make a determination to change a precoding codebook bitmap used by the wireless terminal to report parameters to the base station and, as a result of the determination, to generate a bitmap decision signal that causes a changed precoding codebook bitmap to be sent to the wireless terminal, wherein the processor is configured to include the bitmap decision signal in a precoder weight set restriction information element in a high speed downlink shared channel, HS-DSCH, frequency division duplex, FDD, information element in a radio link message.
A process for forming a thermoset, comprising mixing at least one epoxy resin with a hardener component to form a reaction mixture, wherein the hardener component includes at least one norbornene-based dicarboxylic anhydride and at least one core-shell rubber blended into said norbornene-based dicarboxylic anhydride prior to forming the reaction mixture, and b) curing the reaction mixture in the presence of the catalyst to form the thermoset.
Device for processing a cover for a motor vehicle, comprising: - a lower mould having a sealing element and a first recess, and a second recess at a distance from the first recess, wherein the sealing element is arranged in part in the first recess of the lower mould and extends with respect to a surface of the lower mould, and wherein the sealing element and the second recess of the lower mould are formed so as to define a cavity in a predefined manner in cooperation with a lower face of the cover, and - a counter-bearing which is designed, when forming the cavity on the lower face of the cover, to exert a counter-force on an upper face of the cover in the direction of the lower mould, such that, by means of the lower mould and the counter-bearing, foam can be formed on the lower face of the cover at a distance from an edge of the cover so that the edge of the cover remains free of foam encapsulation, characterized in that the sealing element is designed as a shadow joint seal, which extends out of the first recess of the lower mould and kinks or bends off in a predefined manner when the cover is in contact with it. - a lower mould having a sealing element and a first recess, and a second recess at a distance from the first recess, wherein the sealing element is arranged in part in the first recess of the lower mould and extends with respect to a surface of the lower mould, and wherein the sealing element and the second recess of the lower mould are formed so as to define a cavity in a predefined manner in cooperation with a lower face of the cover, and - a counter-bearing which is designed, when forming the cavity on the lower face of the cover, to exert a counter-force on an upper face of the cover in the direction of the lower mould, such that, by means of the lower mould and the counter-bearing, foam can be formed on the lower face of the cover at a distance from an edge of the cover so that the edge of the cover remains free of foam encapsulation, characterized in that the sealing element is designed as a shadow joint seal, which extends out of the first recess of the lower mould and kinks or bends off in a predefined manner when the cover is in contact with it.
A cyanobacterial biomass for use in combination with an antiviral agent in the treatment of hepatitis B virus infection by reducing the level of the surface antigen of HBV (HBsAg) detectable in a subject suffering from chronic HBV infection, wherein the cyanobacterial biomass is derived from Arthrospira maxima FEM102 strain.
A method for heat-treating a ring-shaped member, comprising the steps of: forming, by relatively rotating an induction heating member arranged to face part of a ring-shaped formed body made of steel for induction-heating said formed body along the circumferential direction of said formed body, an annular heated region heated to a temperature of at least an A 1 point on said formed body; and simultaneously cooling the whole of said heated region to a temperature of not more than an M s point, wherein a step of retaining the formed body in a state where the heating is stopped is provided after completion of the induction heating and before the cooling to the temperature of not more than the M s point, wherein dispersion in temperature in the circumferential direction on the surface of the heated region is suppressed to about not more than 20°C by retaining the same in the state where the heating is stopped. forming, by relatively rotating an induction heating member arranged to face part of a ring-shaped formed body made of steel for induction-heating said formed body along the circumferential direction of said formed body, an annular heated region heated to a temperature of at least an A 1 point on said formed body; and simultaneously cooling the whole of said heated region to a temperature of not more than an M s point, wherein a step of retaining the formed body in a state where the heating is stopped is provided after completion of the induction heating and before the cooling to the temperature of not more than the M s point, wherein dispersion in temperature in the circumferential direction on the surface of the heated region is suppressed to about not more than 20°C by retaining the same in the state where the heating is stopped.
A method for controlling a synchronous motor (50, 86) by determining a rotor position of the synchronous motor (50, 86) by estimating a flux linkage, the method comprising: applying a voltage of a stator winding of the motor (50, 86) to a transfer function, the transfer function comprising an S-domain integration operation and an error correction variable; processing an output of the transfer function to compensate for the error correction variable introduced in the transfer function; generating an estimated flux linkage; computing an angle of the rotor position based on the estimated flux linkage; and inputting the computed rotor position to a controller for controlling a position or speed of the motor; characterized by predicting a stator current value at a next time interval by determining an α-axis current and a β-axis current and applying the α-axis current and the β-axis current to a current prediction model. applying a voltage of a stator winding of the motor (50, 86) to a transfer function, the transfer function comprising an S-domain integration operation and an error correction variable; processing an output of the transfer function to compensate for the error correction variable introduced in the transfer function; generating an estimated flux linkage; computing an angle of the rotor position based on the estimated flux linkage; and inputting the computed rotor position to a controller for controlling a position or speed of the motor;
A compound represented by the following formula wherein R 1 is a 5a-carba-α-D-galactopyranosyl group, R 2 and R 3 are each independently a substituted or unsubstituted hydrocarbon group having a carbon number of 1 to 28, X is an oxygen atom, and Y is -CH -, or a salt thereof.
A food pressure cooking appliance comprising a bowl, a lid intended to be associated with the bowl, a device for locking / unlocking the lid relative to the bowl, which is integral with the lid and adapted to move relative to the latter between two extreme positions, i.e. a maximum extension position and a maximum retraction position, according to an extension / retraction movement having at least one radial component, and a manual locking / unlocking control member adapted to control said extension / retraction movement, said manual control member being mounted mobile relative to the lid so as to be able to take at least one lifted position that corresponds to the full unlocking of the lid and in which the manual control member rises right above the lid and at least one first pulled-down position that corresponds to the locking of the lid and in which the manual control member is lowered towards the lid, said locking / unlocking device being adapted to be in said maximum extension position when the manual control member is in said lifted position, and to be in said maximum retraction position when the manual control member is in said first pulled-down position, said appliance being characterized in that said manual control member is adapted to be able to move, from its lifted position, following a first and a second trajectories (T1, T2), different from each other, said first trajectory leading to said first pulled-down position, said manual control member being mounted mobile relative to the lid as to be able to take, in addition to said lifted position and said first pulled-down position, a second pulled-down position in which the manual control member is pulled down towards the lid, said second pulled-down position being different of said first pulled-down position, said second trajectory leading to said second pulled-down position which also corresponds to the locking of the lid.
Method for determining a direction of at least one sound source using an audio system capturing by an array of microphones the sound emitted by the at least one sound source, comprising the following steps: - emitting (4.1) a sound by way of the at least one sound source and recording the sound signals received by the array of microphones, - executing (4.3, 4.5) cross-correlations between the received signals in order to deduce the relative times of arrival therefrom, the method further comprising the following steps: - creating (4.7) for each microphones a sinusoidal signal of time having a determined frequency and a phase offset dependent on the relative times of arrival, - computing (4.8) to determine a direction value of the sound source in a spatial reference frame defined by the array of microphones, using as input parameter the sinusoidal signal function of time, - presenting the direction value. - emitting (4.1) a sound by way of the at least one sound source and recording the sound signals received by the array of microphones, - executing (4.3, 4.5) cross-correlations between the received signals in order to deduce the relative times of arrival therefrom, the method further comprising the following steps: - creating (4.7) for each microphones a sinusoidal signal of time having a determined frequency and a phase offset dependent on the relative times of arrival, - computing (4.8) to determine a direction value of the sound source in a spatial reference frame defined by the array of microphones, using as input parameter the sinusoidal signal function of time, - presenting the direction value.