mhurhangee/ep-ind-claims huggingface dataset:
A scanner positioning control system, comprising: a display; a processor; and a computer readable storage medium comprising computer readable instructions which, when executed, cause the processor to: output, via the display, a first visual representation of an arrangement of a radiation source, a radiation detector, and a workpiece positioner; identify a change to be made to the arrangement of the workpiece positioner and at least one of the radiation source and the radiation detector; output, via the display, a second visual representation of the arrangement of the radiation source, the radiation detector, and the workpiece positioner based on the change to be made to the arrangement; and control a scanner positioning system to physically move the at least one of the radiation source, the radiation detector, and the workpiece positioner based on the change. a display; a processor; and a computer readable storage medium comprising computer readable instructions which, when executed, cause the processor to: output, via the display, a first visual representation of an arrangement of a radiation source, a radiation detector, and a workpiece positioner; identify a change to be made to the arrangement of the workpiece positioner and at least one of the radiation source and the radiation detector; output, via the display, a second visual representation of the arrangement of the radiation source, the radiation detector, and the workpiece positioner based on the change to be made to the arrangement; and control a scanner positioning system to physically move the at least one of the radiation source, the radiation detector, and the workpiece positioner based on the change. output, via the display, a first visual representation of an arrangement of a radiation source, a radiation detector, and a workpiece positioner; identify a change to be made to the arrangement of the workpiece positioner and at least one of the radiation source and the radiation detector; output, via the display, a second visual representation of the arrangement of the radiation source, the radiation detector, and the workpiece positioner based on the change to be made to the arrangement; and control a scanner positioning system to physically move the at least one of the radiation source, the radiation detector, and the workpiece positioner based on the change.
A method for video encoding, comprising: partitioning video pictures into a plurality of coding units, CUs, at least one of the CUs being further portioned into two prediction units, PUs, of geometric partitioning prediction mode; and constructing a first merge list comprising a plurality of candidates, each comprising one or more motion vectors; characterized in obtaining a plurality of uni-prediction merge candidates directly from the first merge list without creating a uni-prediction merge candidate list, wherein each uni-prediction merge candidate comprises one motion vector of a corresponding candidate in the first merge list; wherein each candidate in the first merge list comprises at least one of a List 0 motion vector and a List 1 motion vector, and each uni-prediction merge candidate is selected to comprise a single one of the List 0 and List 1 motion vectors of each candidate in the first merge list. partitioning video pictures into a plurality of coding units, CUs, at least one of the CUs being further portioned into two prediction units, PUs, of geometric partitioning prediction mode; and constructing a first merge list comprising a plurality of candidates, each comprising one or more motion vectors; characterized in obtaining a plurality of uni-prediction merge candidates directly from the first merge list without creating a uni-prediction merge candidate list, wherein each uni-prediction merge candidate comprises one motion vector of a corresponding candidate in the first merge list; wherein each candidate in the first merge list comprises at least one of a List 0 motion vector and a List 1 motion vector, and each uni-prediction merge candidate is selected to comprise a single one of the List 0 and List 1 motion vectors of each candidate in the first merge list.
A data carrier, namely a value document or an identification document, with a security element, wherein the security element comprises a substrate with a first, light region and a second, dark region that is visually distinguishable therefrom, and an ink layer which covers the first region and the second region of the substrate respectively partially or all over, wherein the first region and the second region of the substrate are formed by the substrate being printed in the region of the second region with a background ink that is visually distinguishable from a substrate color, and the first, light region is configured to be white and the second, dark region is configured to be black, and the ink layer comprises effect pigments of one type and a colorant, wherein the color tone of the colorant and the color tone of the effect pigment differ from each other, and a color impression of the first region covered by the ink layer differs from a color impression of the second region covered by the ink layer.
A surgical instrument, comprising: a shaft; a first jaw, comprising: a first proximal end; and a first distal end; and a second jaw rotatably connected to said first jaw about a rotation joint, wherein said second jaw is rotatable relative to said first jaw between an open position, a partially-clamped position, and a fully-clamped position during a closing motion, and wherein said second jaw comprises: a second proximal end; a second distal end; and a first lateral flange, wherein said first lateral flange is not in contact with said first jaw when said second jaw is in said open position, and characterized in that: said first lateral flange is configured to contact said first jaw once said second jaw is in said partially-clamped position during said closing motion, and wherein said contact between said first lateral flange and said first jaw creates an interference force that increases as said second jaw is moved from said partially-clamped position to said fully-clamped position. a shaft; a first jaw, comprising: a first proximal end; and a first distal end; and a first proximal end; and a first distal end; and a second jaw rotatably connected to said first jaw about a rotation joint, wherein said second jaw is rotatable relative to said first jaw between an open position, a partially-clamped position, and a fully-clamped position during a closing motion, and wherein said second jaw comprises: a second proximal end; a second distal end; and a first lateral flange, wherein said first lateral flange is not in contact with said first jaw when said second jaw is in said open position, and characterized in that: said first lateral flange is configured to contact said first jaw once said second jaw is in said partially-clamped position during said closing motion, and wherein said contact between said first lateral flange and said first jaw creates an interference force that increases as said second jaw is moved from said partially-clamped position to said fully-clamped position. a second proximal end; a second distal end; and a first lateral flange, wherein said first lateral flange is not in contact with said first jaw when said second jaw is in said open position, and characterized in that: said first lateral flange is configured to contact said first jaw once said second jaw is in said partially-clamped position during said closing motion, and wherein said contact between said first lateral flange and said first jaw creates an interference force that increases as said second jaw is moved from said partially-clamped position to said fully-clamped position.
An apparatus for delivery of pulsed electric field ablative energy, comprising: a coil having a set of loops, each loop of the set of loops including a set of independently addressable ablation electrodes formed on a surface of each of the loops, each electrode having an insulated electrical lead associated herewith, the insulated electrical leads disposed in a body of each of the loops; and a balloon coupled to the coil proximal to the set of loops, the balloon configured to transition between a deflated configuration and an inflated configuration. a coil having a set of loops, each loop of the set of loops including a set of independently addressable ablation electrodes formed on a surface of each of the loops, each electrode having an insulated electrical lead associated herewith, the insulated electrical leads disposed in a body of each of the loops; and a balloon coupled to the coil proximal to the set of loops, the balloon configured to transition between a deflated configuration and an inflated configuration.
Vehicle body for commercial vehicles, comprising a box-shaped cargo space, in particular a cargo space that can be cooled at least in regions, having at least one adjustable partition that is arranged in guides of the vehicle body so as to be longitudinally displaceable within the cargo space and that is pivotable from a substantially horizontally oriented inoperative position into a substantially vertically oriented end operating position pivoting the cargo space into separate cargo-space compartments (10.1, 10.2), the partition, when it is in the end operating position, being connected to floor and roof regions and side-wall regions of the vehicle body via sealing elements, the partition being pivotable from the inoperative position into an intermediate operating position, from which intermediate operating position said partition can be transferred into the end operating position via at least one pressure body, it being possible for the pressure body to be clamped to a floor region or the roof region via power lifts, characterised in that the partition can be moved, by means of the pressure body, from the intermediate operating position comprising a clearance with respect to the floor region or the roof region of the vehicle body into the end operating position closing the clearance, the pressure body and the partition being designed so as to be translationally movable relative to one another and the pressure body being connected to the partition by means of levers which each rest against the pressure body at one end and against a brace at the other end, a support being provided between the respective ends, which support defines the pivot axis and is directly or indirectly connected to the partition.
An inkjet print head comprising: a plurality of jets, wherein each of the plurality of jets comprises a nozzle, a substrate that forms part of a pressure chamber connected with the nozzle, a common electrode on top of the substrate, the common electrode being used by multiple jets of the plurality of jets; a piezoelectric body comprising a piezoelectric film that is on top of the common electrode, wherein the inkjet print head is characterized in that each of the plurality of jets comprises an individual ring shaped electrode having an inner diameter and an outer diameter coupled to the piezoelectric body to cause displacement of the piezoelectric body to apply pressure to the pressure chamber in response to a voltage applied to the electrode, and wherein individual ring shaped electrodes of two or more of the plurality of jets have different ring widths between the inner diameter and the outer diameter (x, x - Δx) to cause their associated piezoelectric bodies to have a uniform displacement amount when the voltage is applied to the individual ring shaped electrodes, wherein the ring width of the individual ring shaped electrode is adjusted by widening the inner diameter of the individual ring shaped electrode. a plurality of jets, wherein each of the plurality of jets comprises a nozzle, a substrate that forms part of a pressure chamber connected with the nozzle, a common electrode on top of the substrate, the common electrode being used by multiple jets of the plurality of jets; a piezoelectric body comprising a piezoelectric film that is on top of the common electrode, wherein the inkjet print head is characterized in that each of the plurality of jets comprises an individual ring shaped electrode having an inner diameter and an outer diameter coupled to the piezoelectric body to cause displacement of the piezoelectric body to apply pressure to the pressure chamber in response to a voltage applied to the electrode, and wherein individual ring shaped electrodes of two or more of the plurality of jets have different ring widths between the inner diameter and the outer diameter (x, x - Δx) to cause their associated piezoelectric bodies to have a uniform displacement amount when the voltage is applied to the individual ring shaped electrodes, wherein the ring width of the individual ring shaped electrode is adjusted by widening the inner diameter of the individual ring shaped electrode.
A rotor of a rotating electrical machine, the rotor comprising: a vertical rotating shaft; spider arms extending radially from the vertical rotating shaft; and a rotor core component (7a, 7b) provided to an outer circumference of the spider arms, a T key and cotters (15a, 15b) being inserted into and secured to a key way provided to an abutment surface of an inner circumference of the rotor core component (7a, 7b) and a top end of the spider arm, characterized by further comprising a plate spring having one side engaging the spider arm, the other side engaging the rotor core component (7a, 7b), and a middle portion fastened to the spider arm, and the plate spring being mounted to a surface of the spider arm, the surface facing a rotational direction for electrical generation. a vertical rotating shaft; spider arms extending radially from the vertical rotating shaft; and a rotor core component (7a, 7b) provided to an outer circumference of the spider arms, a T key and cotters (15a, 15b) being inserted into and secured to a key way provided to an abutment surface of an inner circumference of the rotor core component (7a, 7b) and a top end of the spider arm, characterized by further comprising a plate spring having one side engaging the spider arm, the other side engaging the rotor core component (7a, 7b), and a middle portion fastened to the spider arm, and the plate spring being mounted to a surface of the spider arm, the surface facing a rotational direction for electrical generation.
A method for detecting clogging of a filter, comprising: obtaining a plurality of ambient parameters; for each of the plurality of ambient parameters: obtaining a plurality of thresholds respectively associated with each ambient parameter; obtaining a speed of a fan which is located near the filter; comparing the fan speed with the thresholds; and outputting an alarm signal indicative of the clogging if the fan speed exceeds each of the thresholds, wherein the plurality of ambient parameters comprises two or more of: ambient temperature, atmosphere pressure and supply voltage. obtaining a plurality of thresholds respectively associated with each ambient parameter; obtaining a speed of a fan which is located near the filter; comparing the fan speed with the thresholds; and outputting an alarm signal indicative of the clogging if the fan speed exceeds each of the thresholds, ambient temperature, atmosphere pressure and supply voltage.
An inspection method of inspecting a plurality of workpieces one by one in succession, each of the workpieces having an outer peripheral portion (Wb) rotationally symmetric about a symmetry axis, characterized in that an inspection for each of the workpieces is performed by executing: a first step (S 1) of capturing an image of the workpiece while holding the workpiece at a pre-alignment position using a holding table (21A, 21B) and rotating the workpiece about a rotary axis; a second step of moving the holding table (21A, 21B) holding the workpiece to an inspection position different from the pre-alignment position after the first step (S 1); a third step of detecting misalignment of the symmetry axis of the workpiece with respect to the rotary axis on the basis of the image of the workpiece captured in the first step (S 1); a fourth step of correcting a position of the workpiece at the holding table (21A, 21B) so as to eliminate the misalignment detected in the third step; a fifth step of capturing an image of the workpiece that have undergone a position correction while rotating the workpiece about the rotary axis at the inspection position; and a sixth step of inspecting the workpiece on the basis of the image captured in the fifth step, and the fifth step for a previous workpiece of two consecutive workpieces and the first step for a next workpiece are executed in parallel with each other. a first step (S 1) of capturing an image of the workpiece while holding the workpiece at a pre-alignment position using a holding table (21A, 21B) and rotating the workpiece about a rotary axis; a second step of moving the holding table (21A, 21B) holding the workpiece to an inspection position different from the pre-alignment position after the first step (S 1); a third step of detecting misalignment of the symmetry axis of the workpiece with respect to the rotary axis on the basis of the image of the workpiece captured in the first step (S 1); a fourth step of correcting a position of the workpiece at the holding table (21A, 21B) so as to eliminate the misalignment detected in the third step; a fifth step of capturing an image of the workpiece that have undergone a position correction while rotating the workpiece about the rotary axis at the inspection position; and a sixth step of inspecting the workpiece on the basis of the image captured in the fifth step, and the fifth step for a previous workpiece of two consecutive workpieces and the first step for a next workpiece are executed in parallel with each other.
Method for transferring a message to a communication terminal, comprising a step of recording, by at least one calling user, of at least one voice or video message, intended for a recipient user, in a database of a first server, said method being characterized in that it comprises a step of selection of a message within the database for it to be transferred to said communication terminal, and for it to be recorded within said communication terminal, said selection step comprising: - a step of connection, of a terminal of the recipient user, to a second server, through a first communication network; - a step of presentation, by said second server, of at least one message intended for said recipient user; - a step of selection, by said recipient user, from said at least one message, of said message to be transferred. - a step of connection, of a terminal of the recipient user, to a second server, through a first communication network; - a step of presentation, by said second server, of at least one message intended for said recipient user; - a step of selection, by said recipient user, from said at least one message, of said message to be transferred.
Impactor assembly for the separation of liquid and solid aerosol particles from an aerosol, preferably from a crankcase ventilation system of an internal combustion engine, - having a console which contains a console opening through which a flow path for a gas flow is guided, - having an impactor for the separation of the aerosol particles from the aerosol, which has a base body and an impact wall, - wherein the base body is hollow cylindrical and has a holding section set into the console opening and fastened to the console as well as a nozzle section disposed externally from the console opening, which nozzle section has several radial outlet openings for the gas flow, - wherein the impact wall is hollow cylindrical and disposed coaxially to the base body on the exterior at the nozzle section such that the gas flow emerging from the outlet openings impacts on the impact wall, - wherein the holding section has an axial inlet opening for the gas flow, characterised in - that the holding section has at its outer side a circumferential seal cooperating with the console, - that between the holding section and the console is formed a bayonet fitting. - having a console which contains a console opening through which a flow path for a gas flow is guided, - having an impactor for the separation of the aerosol particles from the aerosol, which has a base body and an impact wall, - wherein the base body is hollow cylindrical and has a holding section set into the console opening and fastened to the console as well as a nozzle section disposed externally from the console opening, which nozzle section has several radial outlet openings for the gas flow, - wherein the impact wall is hollow cylindrical and disposed coaxially to the base body on the exterior at the nozzle section such that the gas flow emerging from the outlet openings impacts on the impact wall, - wherein the holding section has an axial inlet opening for the gas flow, characterised in - that the holding section has at its outer side a circumferential seal cooperating with the console, - that between the holding section and the console is formed a bayonet fitting.
A contaminant control device comprising: a housing (22;64) having a first inlet (32;76) and a first outlet (40;90); an axial flow filter (24;104) fluidly coupled between the first inlet and the first outlet, the axial flow filter having a second inlet and a second outlet; a radial flow filter (26;124) disposed at least partially about the axial flow filter and fluidly coupled between the first inlet and the first outlet, the radial flow filter having a third inlet (50;134) on an inner diameter and a third outlet (52;146) disposed on an outer diameter; a first chamber (46;92) adjacent the first inlet (32;76); and a flow restrictor (56;108) fluidly coupled between the second inlet and the first inlet, characterized in that the device is arranged such that, in use, an incoming air stream is bifurcated in the first chamber, a first portion of the air stream flowing radially through the radial flow filter and a second portion of the air stream flowing through the flow restrictor and axially through the axial flow filter, the axial flow filter being positioned coaxially within the inner diameter of the radial flow filter. a housing (22;64) having a first inlet (32;76) and a first outlet (40;90); an axial flow filter (24;104) fluidly coupled between the first inlet and the first outlet, the axial flow filter having a second inlet and a second outlet; a radial flow filter (26;124) disposed at least partially about the axial flow filter and fluidly coupled between the first inlet and the first outlet, the radial flow filter having a third inlet (50;134) on an inner diameter and a third outlet (52;146) disposed on an outer diameter; a first chamber (46;92) adjacent the first inlet (32;76); and a flow restrictor (56;108) fluidly coupled between the second inlet and the first inlet, characterized in that the device is arranged such that, in use, an incoming air stream is bifurcated in the first chamber, a first portion of the air stream flowing radially through the radial flow filter and a second portion of the air stream flowing through the flow restrictor and axially through the axial flow filter, the axial flow filter being positioned coaxially within the inner diameter of the radial flow filter.