mhurhangee/ep-ind-claims huggingface dataset:
An image pickup apparatus, comprising: image pickup means; recording means for recording a raw moving image picked up and acquired by the image pickup means, in a storage medium; and calculation means for calculating an image processing parameter of the raw moving image, wherein the calculation means is arranged to calculate a first parameter calculated based on an image capturing setting of the raw moving image and a second parameter calculated based on the first parameter as the image processing parameter of the raw moving image, wherein the first parameter and the second parameter are parameters indicating a correction amount for each frame for the same image processing, the first parameter being an ideal correction amount, and the second parameter being a moving image correction amount calculated such that an amount of change in the second parameter between frames of the raw moving image is decreased with respect to the ideal correction amount, and wherein the recording means is arranged to record the first parameter and the second parameter together with the raw moving image in the storage medium at a time of picking up of the raw moving image. image pickup means; recording means for recording a raw moving image picked up and acquired by the image pickup means, in a storage medium; and calculation means for calculating an image processing parameter of the raw moving image, wherein the calculation means is arranged to calculate a first parameter calculated based on an image capturing setting of the raw moving image and a second parameter calculated based on the first parameter as the image processing parameter of the raw moving image, wherein the first parameter and the second parameter are parameters indicating a correction amount for each frame for the same image processing, the first parameter being an ideal correction amount, and the second parameter being a moving image correction amount calculated such that an amount of change in the second parameter between frames of the raw moving image is decreased with respect to the ideal correction amount, and wherein the recording means is arranged to record the first parameter and the second parameter together with the raw moving image in the storage medium at a time of picking up of the raw moving image.
A battery cell sampling voltage compensation method, wherein a battery cell sampling voltage is measured using a voltage sampling apparatus, the voltage sampling apparatus is electrically connected to a plurality of battery cells connected in series in a battery pack, the battery pack comprises a plurality of modules, each module comprises a plurality of battery cells, at least one cross-module busbar connects different modules in the battery pack and is located in a sampling channel of the voltage sampling apparatus, and the method comprises the following steps: after confirming that all battery cells connected to the voltage sampling apparatus are in a normal state, charging or discharging the battery pack at a preset current to obtain sampling voltages of the plurality of battery cells using the voltage sampling apparatus; determining, based on the obtained sampling voltages of the plurality of battery cells, a battery cell requiring sampling voltage compensation in the plurality of modules, and calculating an impedance voltage of the cross-module busbar; and performing sampling voltage compensation on the battery cell requiring sampling voltage compensation based on the impedance voltage of the cross-module busbar. after confirming that all battery cells connected to the voltage sampling apparatus are in a normal state, charging or discharging the battery pack at a preset current to obtain sampling voltages of the plurality of battery cells using the voltage sampling apparatus; determining, based on the obtained sampling voltages of the plurality of battery cells, a battery cell requiring sampling voltage compensation in the plurality of modules, and calculating an impedance voltage of the cross-module busbar; and performing sampling voltage compensation on the battery cell requiring sampling voltage compensation based on the impedance voltage of the cross-module busbar.
An additive manufacturing tool, comprising: a first powder holder, and a second powder holder; a blender operable to blend a first powder material from the first powder holder and a second powder material from the second powder holder to form a feedstock powder; wherein: i) the feedstock powder comprises a first particulate component with a first mean particle diameter, and a second particulate component with a second mean particle diameter, wherein the first mean particle diameter is at least twice the second mean particle diameter, and the particles of the second component are bonded to the particles of the first component with a binder material to form a flowable power, and ii) the blender comprises a binder dispenser for adding the binder material to the powder, and a dryer for drying the powder to form the feedstock powder; and a dispenser, wherein the dispenser is operable to dispense the feedstock powder. a first powder holder, and a second powder holder; a blender operable to blend a first powder material from the first powder holder and a second powder material from the second powder holder to form a feedstock powder; wherein: i) the feedstock powder comprises a first particulate component with a first mean particle diameter, and a second particulate component with a second mean particle diameter, wherein the first mean particle diameter is at least twice the second mean particle diameter, and the particles of the second component are bonded to the particles of the first component with a binder material to form a flowable power, and ii) the blender comprises a binder dispenser for adding the binder material to the powder, and a dryer for drying the powder to form the feedstock powder; and i) the feedstock powder comprises a first particulate component with a first mean particle diameter, and a second particulate component with a second mean particle diameter, wherein the first mean particle diameter is at least twice the second mean particle diameter, and the particles of the second component are bonded to the particles of the first component with a binder material to form a flowable power, and ii) the blender comprises a binder dispenser for adding the binder material to the powder, and a dryer for drying the powder to form the feedstock powder; and a dispenser, wherein the dispenser is operable to dispense the feedstock powder.
A vehicle suspension, comprising an assembly of a hub carrier and a support arm, the support arm being attached to the hub carrier at two points (36, 38) spaced from each other in the direction of travel and extending inwardly therefrom to a support arm attachment point for fixing to a chassis, a trailing link extending from the assembly in a direction transverse to that of the support arm, toward a trailing link attachment point for fixing to the chassis, and a toe control link attached to the hub carrier at a single location which is spaced vertically from the two points (36, 38) and located outward of the two points (36, 38), and the toe control link extending inwardly from there to a single attachment point for fixing to the chassis.
A refrigerator, comprising: a refrigerator body with a hinge body disposed thereon, a first hinge shaft and a second hinge shaft being disposed on the hinge body; and a door body with a first guide groove and a second guide groove formed therein, after installation of the door body and the refrigerator body, the first hinge shaft being located in the first guide groove and the second hinge shaft being located in the second guide groove, wherein during opening of the door body, the first guide groove moves relative to the first hinge shaft, and the second guide groove moves relative to the second hinge shaft; and during movement, the first hinge shaft applies an acting force to the first guide groove to drive the end, away from the first guide groove, of the second guide groove to gradually approach the second hinge shaft, so that the door body is displaced in a horizontal direction; characterized in that the first guide groove is configured as substantially L-shaped and comprises a sliding groove A and a sliding groove B, the second guide groove is oblong, the end, close to the sliding groove A of the first guide groove, of the second guide groove is defined as an end C, and the end, away from the sliding groove A of the first guide groove, of the second guide groove is defined as an end D; when the door body is in a closed state, the first hinge shaft is located at the end, away from the sliding groove B, of the sliding groove A of the first guide groove, and the second hinge shaft is at a distance away from the end C and the end D of the second guide groove. a refrigerator body with a hinge body disposed thereon, a first hinge shaft and a second hinge shaft being disposed on the hinge body; and a door body with a first guide groove and a second guide groove formed therein, after installation of the door body and the refrigerator body, the first hinge shaft being located in the first guide groove and the second hinge shaft being located in the second guide groove, wherein during opening of the door body, the first guide groove moves relative to the first hinge shaft, and the second guide groove moves relative to the second hinge shaft; and during movement, the first hinge shaft applies an acting force to the first guide groove to drive the end, away from the first guide groove, of the second guide groove to gradually approach the second hinge shaft, so that the door body is displaced in a horizontal direction; characterized in that the first guide groove is configured as substantially L-shaped and comprises a sliding groove A and a sliding groove B, the second guide groove is oblong, the end, close to the sliding groove A of the first guide groove, of the second guide groove is defined as an end C, and the end, away from the sliding groove A of the first guide groove, of the second guide groove is defined as an end D; when the door body is in a closed state, the first hinge shaft is located at the end, away from the sliding groove B, of the sliding groove A of the first guide groove, and the second hinge shaft is at a distance away from the end C and the end D of the second guide groove.
A method for processing at least one input hologram (H E) associated with at least one input plane (P E) in a World reference frame, in order to obtain an output hologram (H S) displayable on a holographic screen placed in a so-called output plane (P S) of a reproduction system and viewable by an observer (Ob) from a viewing plane of said system, said system comprising at least one optical element (L C) arranged between the viewing plane and the output plane (P S), characterised in that the method comprises the following steps: - obtaining the input hologram and a pose of the associated input plane in the World reference frame; - obtaining at least one first ray transfer matrix, called extrinsic matrix (M EX), depending on the position and the direction of the observer and representative of a propagation in free space between the input plane (P E) and the viewing plane (P V) of the reproduction system; - obtaining at least one second ray transfer matrix, called intrinsic matrix (M IN), representative of a propagation between the viewing plane and the output plane of the reproduction system through said at least one optical element; - calculating at least one overall ray transfer matrix (M G) of a light field emitted by the input hologram between the input plane and the output plane of the reproduction system, by a product of at least two of said extrinsic and intrinsic matrices; and - transforming a light field of the input hologram into a light field of the output hologram by application of at least one linear integral operator determined from the at least one calculated overall matrix, as a function of input sizes (Sx E, Sy E) and input resolutions (Nx E, Ny E) of the input hologram (H E) and of output sizes (Sx S, Sy S) and output resolutions (Nx S,Ny S) of the holographic screen. - obtaining the input hologram and a pose of the associated input plane in the World reference frame; - obtaining at least one first ray transfer matrix, called extrinsic matrix (M EX), depending on the position and the direction of the observer and representative of a propagation in free space between the input plane (P E) and the viewing plane (P V) of the reproduction system; - obtaining at least one second ray transfer matrix, called intrinsic matrix (M IN), representative of a propagation between the viewing plane and the output plane of the reproduction system through said at least one optical element; - calculating at least one overall ray transfer matrix (M G) of a light field emitted by the input hologram between the input plane and the output plane of the reproduction system, by a product of at least two of said extrinsic and intrinsic matrices; and - transforming a light field of the input hologram into a light field of the output hologram by application of at least one linear integral operator determined from the at least one calculated overall matrix, as a function of input sizes (Sx E, Sy E) and input resolutions (Nx E, Ny E) of the input hologram (H E) and of output sizes (Sx S, Sy S) and output resolutions (Nx S,Ny S) of the holographic screen.
A method of evaluating an organ during isolated organ perfusion, the method comprising the steps of: perfusing the isolated organ with a Perfusate; measuring the concentration in the Perfusate of one or more biomarkers including a cell rupture marker, wherein the cell rupture marker is dsDNA, mitochondrial DNA, or a ribosome; and comparing the measured concentration in the Perfusate of the one or more biomarkers against reference values, and determining whether or not to select the organ for transplantation on the basis of the comparison; wherein if, after evaluation, the organ is transplanted, it is not transplanted into the body from which it came. perfusing the isolated organ with a Perfusate; measuring the concentration in the Perfusate of one or more biomarkers including a cell rupture marker, wherein the cell rupture marker is dsDNA, mitochondrial DNA, or a ribosome; and comparing the measured concentration in the Perfusate of the one or more biomarkers against reference values, and determining whether or not to select the organ for transplantation on the basis of the comparison; wherein if, after evaluation, the organ is transplanted, it is not transplanted into the body from which it came.
A method for increasing the security of network-based transactions conducted on mobile communications devices using text dependent speaker recognition authentication techniques, said method comprising: requesting, using a mobile communications device, to conduct a network-based transaction requiring access to resources controlled by a service provider system, the requested transaction having details; determining, by an authentication system, an authentication data requirement based on the requested transaction, the authentication data requirement including a text phrase describing the requested transaction details, and transmitting the authentication data requirement to the communications device; displaying the text phrase on the mobile communications device to facilitate the user in determining whether the details in the text phrase agree with the requested transaction details; capturing text dependent voice biometric authentication data from a communications device user as a result of the user reciting the text phrase when the details in the text phrase agree with the requested transaction details; transmitting the captured text dependent voice biometric authentication data to the authentication system and authenticating the user with the captured authentication data using the authentication system; and conducting the requested transaction after successfully authenticating the user. requesting, using a mobile communications device, to conduct a network-based transaction requiring access to resources controlled by a service provider system, the requested transaction having details; determining, by an authentication system, an authentication data requirement based on the requested transaction, the authentication data requirement including a text phrase describing the requested transaction details, and transmitting the authentication data requirement to the communications device; displaying the text phrase on the mobile communications device to facilitate the user in determining whether the details in the text phrase agree with the requested transaction details; capturing text dependent voice biometric authentication data from a communications device user as a result of the user reciting the text phrase when the details in the text phrase agree with the requested transaction details; transmitting the captured text dependent voice biometric authentication data to the authentication system and authenticating the user with the captured authentication data using the authentication system; and conducting the requested transaction after successfully authenticating the user.
A syringe assembly comprising: a syringe having a distal nozzle portion; a cap fixed to the distal nozzle portion; and a seal member arranged between the cap and the distal nozzle portion and made of an elastic body that seals the distal nozzle portion, wherein the cap has a pressing surface that is in surface contact with a distal end of the seal member and presses the seal member to a proximal side, the distal nozzle portion has a sealing surface, which opposes the pressing surface and is in surface contact with a proximal end of the seal member at a distal end and a distal opening which is formed on an inner peripheral side of the sealing surface and communicates with a lumen of the syringe, the seal member closes the distal opening (58, and a pressing space between the pressing surface and the sealing surface is narrowest on an inner peripheral side of the sealing surface, wherein the sealing surface is provided with a ring-shaped protrusion formed in an annular shape along an inner peripheral side of the sealing surface and protruding toward the pressing surface, characterized in that the seal member is pressed and held in an axial direction in a pressing space over a whole region of an opposing portion between the pressing surface and the sealing surface. wherein the cap has a pressing surface that is in surface contact with a distal end of the seal member and presses the seal member to a proximal side, the distal nozzle portion has a sealing surface, which opposes the pressing surface and is in surface contact with a proximal end of the seal member at a distal end and a distal opening which is formed on an inner peripheral side of the sealing surface and communicates with a lumen of the syringe, the seal member closes the distal opening (58, and a pressing space between the pressing surface and the sealing surface is narrowest on an inner peripheral side of the sealing surface, wherein the sealing surface is provided with a ring-shaped protrusion formed in an annular shape along an inner peripheral side of the sealing surface and protruding toward the pressing surface, characterized in that the seal member is pressed and held in an axial direction in a pressing space over a whole region of an opposing portion between the pressing surface and the sealing surface.
Use of a compound of formula for which R represents a CHO radical or a CH 2 OH radical, as an organoleptic agent for conferring, modifying or reinforcing the organoleptic properties of a substance, of a composition or of an article.
A turbine ring assembly comprising a plurality of ring sectors (1; 1') made of ceramic matrix composite material, together with a ring support structure, each ring sector (1; 1') having a portion forming an annular base with an inner face defining the inner face of the turbine ring and an outer face from which there project at least two tab-forming portions (9a; 9b; 9'a; 9'b), the assembly being characterized in that the ring support structure has at least two attachment tabs (11a; 11b; 11'a; 11'b) extending radially, the tabs (9a; 9b; 9'a; 9'b) of each ring sector (1; 1') axially gripping the attachment tabs (11a; 11b; 11'a; 11'b) of the ring support structure at least at the radially-inner ends (14a; 14b; 14'a; 14'b) of said attachment tabs (11a; 11b; 11'a; 11'b), and in that the tabs (9a; 9b; 9'a; 9'b) of the ring sectors (1; 1') present, in meridian section, sloping portions (12a; 12b; 12'a; 12'b; 12"a; 12"b) bearing against the attachment tabs (11a; 11b; 11'a; 11'b) of the ring support structure, the sloping portions (12a; 12b; 12'a; 12'b; 12"a; 12"b) forming respective non-zero angles (α 1, α 2) relative to the radial direction and to the axial direction and wherein the tabs of the ring sectors are not present in-between the attachment tabs of the ring support structure.
A method of printing by depositing liquid droplets onto a substrate, comprising printing a line, wherein the droplets forming the line are continuously printed wet-on-wet, and wherein, at least in a middle part of said line, the droplets are printed according to a regular droplet pattern, and wherein, at least in one end part of the line, the droplets are printed according to a compensation pattern, characterized in that the compensation pattern deviates from the regular droplet pattern regarding at least a droplet position of an outermost droplet of the line.