mhurhangee/ep-ind-claims huggingface dataset:
A computer-implemented method for determining one or more control parameters of a manufacturing process comprising a lithographic process and one or more further processes, the method comprising: obtaining an image of at least part of a substrate, wherein the image comprises at least one feature manufactured on the substrate by the manufacturing process; calculating one or more image-related metrics in dependence on a contour determined from the image, wherein one of the image-related metrics is an edge placement error, EPE, of the at least one feature; and determining one or more control parameters of the lithographic process and/or said one or more further processes in dependence on the edge placement error, wherein at least one control parameter is determined so as to minimize the edge placement error of the at least one feature; wherein calculating one or more image-related metrics comprises: determining a plurality of segments of the contour of the at least one feature; determining a respective weight for each of the plurality of segments; calculating, for each of the segments, the one or more image-related metrics of the segment; and calculating the one or more image-related metrics of the at least one feature in dependence on the weights and image-related metrics of each of the segments. obtaining an image of at least part of a substrate, wherein the image comprises at least one feature manufactured on the substrate by the manufacturing process; calculating one or more image-related metrics in dependence on a contour determined from the image, wherein one of the image-related metrics is an edge placement error, EPE, of the at least one feature; and determining one or more control parameters of the lithographic process and/or said one or more further processes in dependence on the edge placement error, wherein at least one control parameter is determined so as to minimize the edge placement error of the at least one feature; determining a plurality of segments of the contour of the at least one feature; determining a respective weight for each of the plurality of segments; calculating, for each of the segments, the one or more image-related metrics of the segment; and calculating the one or more image-related metrics of the at least one feature in dependence on the weights and image-related metrics of each of the segments.
Drive unit for a vehicle seat, in particular for a motor vehicle seat, having - a motor and - a gear unit which is provided on the drive output side of the motor and which has at least a drive output wheel which is rotatably supported about a core axis, has a drive input toothing and is provided with a core which is rotatable about the core axis, which has a profiled shaft receptacle for receiving in a rotationally secure manner a drive shaft having a corresponding profile and a shaft axis as central axis, - the core axis and the shaft axis being offset in parallel by an eccentricity (e), - the gear unit having an intermediate gear which is coupled to the motor on the drive input side by means of a drive input toothing, characterized in that the intermediate gear, on a step which is axially offset with respect to its drive input toothing, has a drive output toothing which is concentric to the drive input toothing and has a smaller diameter than the drive input toothing, the drive output toothing of the intermediate gear meshing with the drive input toothing of the drive output wheel so that, during operation, when the drive unit drives the drive shaft, the drive unit superimposes a wobbling movement on the rotation of the drive shaft and the drive shaft which rotates about the core axis carries out a relative movement in space. - a motor and - a gear unit which is provided on the drive output side of the motor and which has at least a drive output wheel which is rotatably supported about a core axis, has a drive input toothing and is provided with a core which is rotatable about the core axis, which has a profiled shaft receptacle for receiving in a rotationally secure manner a drive shaft having a corresponding profile and a shaft axis as central axis, - the core axis and the shaft axis being offset in parallel by an eccentricity (e), - the gear unit having an intermediate gear which is coupled to the motor on the drive input side by means of a drive input toothing,
Regulating transformer for voltage regulation with semiconductor switching components having a main winding and a regulating winding with several partial windings (W1, W2, W3) for each phase, wherein several modules (M1, M2, M3) are provided per phase, wherein each module (M1, M2, M3) comprises a respective partial winding (W1, W2, W3) of the regulating winding and on both sides thereof two bypass paths, wherein each bypass path comprises a respective series connection of two semiconductor switching components, wherein a respective center tap is provided between each two serially connected switching components of each bypass path, wherein the partial windings (W1, W2, W3) have different numbers of turns, wherein one of the two center taps of each module (M1, M2, M3) is connected with a center tap of the adjacent modules, and wherein the one remaining center tap of the first module M1 is electrically connected with the load dissipation and the one remaining center tap of the last module is electrically connected with the end of the main winding of the regulating transformer, characterized in that an additional connecting line is provided in each phase wherein an electronic switching component is inserted into each of the connecting lines, each of the connecting lines electrically connects the center tap of the last module of the corresponding phase with the end of the main winding of the respectively adjacent phase, a further connecting line is provided in each phase with a further electronic switching component being inserted into each further connecting line, and each of these further connecting lines connects the center tap of the last module with the end of the main winding of the own phase, respectively.
An inkjet recording method comprising a step of applying a pigment-containing first black ink through an inkjet recording head to a recording medium to record an edge region of a black-ink recording region of an image; and a step of applying a pigment-containing second black ink through an inkjet recording head to the recording medium to record an inner region of the black-ink recording region of the image, wherein a dynamic surface tension γ 1 of the first black ink determined by a maximum bubble pressure method for a lifetime of 100 ms and a dynamic surface tension γ 2 of the second black ink determined by a maximum bubble pressure method for a lifetime of 100 ms satisfy relationships of condition of γ 1 > γ 2, condition of γ 1 - γ 2 ≤ 20 mN/m, condition of 40 mN/m ≤ γ 1, and condition of 34 mN/m ≤ γ 2.
An apparatus for joining a node to a network, wherein the apparatus is a domain master controller, DM,, comprising: a receiving unit, configured to receive an access indication sent by a joined node, wherein the access indication comprises information about at least one joining node, wherein the joining node information comprises a media access control, MAC address of the joining node and/or a node identifier of the joining node; and a sending unit, configured to broadcast a media access plan, MAP frame according to the access indication, wherein the MAP frame carries the information about the at least one joining node, wherein the receiving unit is further configured to receive a registration request that is sent by a first joining node corresponding to the information about the at least one joining node, wherein the registration request is sent by the first joining node when the first joining node determines that the information about the at least one joining node in the MAP frame comprises node information of the first joining node; and the sending unit is further configured to send an authentication password to the first joining node, wherein the authentication password is used by the first joining node to complete authentication according to the authentication password. a receiving unit, configured to receive an access indication sent by a joined node, wherein the access indication comprises information about at least one joining node, wherein the joining node information comprises a media access control, MAC address of the joining node and/or a node identifier of the joining node; and a sending unit, configured to broadcast a media access plan, MAP frame according to the access indication, wherein the MAP frame carries the information about the at least one joining node, wherein the receiving unit is further configured to receive a registration request that is sent by a first joining node corresponding to the information about the at least one joining node, wherein the registration request is sent by the first joining node when the first joining node determines that the information about the at least one joining node in the MAP frame comprises node information of the first joining node; and the sending unit is further configured to send an authentication password to the first joining node, wherein the authentication password is used by the first joining node to complete authentication according to the authentication password.
Assembly device for a rotor system of an axial flow machine, wherein at least one tie rod is provided with a front and a rear end, each having a force transmission component, and wherein the rotor system comprises a rotor disc composite, which comprises at least two discs which follow one after the other and has a nominal pretension Signma Nenn in the assembled state, which results due to the tensioning by the tie rod, characterised in that, for the assembly, a stretching tool is provided which comprises at least the following components: - a push-bar having a front and a rear end, which is arranged coaxially within the hollow tie rod; having - a force generator to apply a compressive force onto one of the ends of the push-bar; wherein the push-bar is able to be connected to the force generator on the front and on the rear end of the tie rod in such a way that, during generation of a compressive force with the force generator, the tie rod is stretched by applying an assembly pretension Sigma Montage. - a push-bar having a front and a rear end, which is arranged coaxially within the hollow tie rod; having - a force generator to apply a compressive force onto one of the ends of the push-bar;
A charging control method, comprising: determining whether a present charging stage is a constant voltage charging stage; increasing a predetermined charging cut-off voltage to a first charging cut-off voltage if the present charging stage is the constant voltage charging stage; charging a battery with the first charging cut-off voltage, and periodically detecting a charging current and a battery voltage at a predetermined time interval; decreasing the first charging cut-off voltage by a predetermined voltage adjustment magnitude when the charging current is greater than or equal to a predetermined threshold and the battery voltage is greater than or equal to a safety voltage; and stopping charging when the charging current is less than the predetermined threshold. determining whether a present charging stage is a constant voltage charging stage; increasing a predetermined charging cut-off voltage to a first charging cut-off voltage if the present charging stage is the constant voltage charging stage; charging a battery with the first charging cut-off voltage, and periodically detecting a charging current and a battery voltage at a predetermined time interval; decreasing the first charging cut-off voltage by a predetermined voltage adjustment magnitude when the charging current is greater than or equal to a predetermined threshold and the battery voltage is greater than or equal to a safety voltage; and stopping charging when the charging current is less than the predetermined threshold.
A turbomachine compressor comprising at least one plurality of moving blades and, spaced apart therefrom in an axial direction relative to a central longitudinal axis of the turbomachine, a plurality of stationary vanes, and a stationary casing surrounding said plurality of moving blades, characterized in that said stationary casing includes a plurality of bleed holes centered in the range 5% to 50% of the blade chord length and of a diameter less than or equal to 30% of said blade chord length, each of said bleed holes sloping at two angles relative to said longitudinal central axis.
A main nozzle for an air jet loom, comprising: a nozzle body; a yarn inlet pipe mounted in the nozzle body to allow introduction of a weft yarn; a passage forming pipe (13, 91) cooperating with an outer peripheral surface of an end portion of the yarn inlet pipe to form a passage of compressed air; an accelerator pipe disposed downstream of the passage forming pipe (13, 91) to accelerate the weft yarn; a first holder (36, 67, 77, 92, 113) holding the accelerator pipe; a brush disposed in a passage of the compressed air between the passage forming pipe and the first holder (36, 67, 77, 92, 113) to catch the weft yarn flowing back from the accelerator pipe; and a second holder (35, 60, 71, 90, 110) holding the brush and the first holder (36, 67, 77, 92, 113); wherein the passage forming pipe has an end (34, 70), characterized in that the end (34, 70) extends from the nozzle body, the second holder (35, 60, 71, 90, 110) is replaceably fixed to the end (34, 70), and the first holder (36, 67, 77, 92, 113) is replaceably fixed to the second holder (35, 60, 71, 90, 110). a nozzle body; a yarn inlet pipe mounted in the nozzle body to allow introduction of a weft yarn; a passage forming pipe (13, 91) cooperating with an outer peripheral surface of an end portion of the yarn inlet pipe to form a passage of compressed air; an accelerator pipe disposed downstream of the passage forming pipe (13, 91) to accelerate the weft yarn; a first holder (36, 67, 77, 92, 113) holding the accelerator pipe; a brush disposed in a passage of the compressed air between the passage forming pipe and the first holder (36, 67, 77, 92, 113) to catch the weft yarn flowing back from the accelerator pipe; and a second holder (35, 60, 71, 90, 110) holding the brush and the first holder (36, 67, 77, 92, 113); wherein the passage forming pipe has an end (34, 70), characterized in that the end (34, 70) extends from the nozzle body, the second holder (35, 60, 71, 90, 110) is replaceably fixed to the end (34, 70), and the first holder (36, 67, 77, 92, 113) is replaceably fixed to the second holder (35, 60, 71, 90, 110).
Textile mesh, in particular for pelvic floor reconstruction or for preventing dyspareunia, comprising a central mesh section and two lateral mesh sections on both sides of the central mesh section, wherein the mesh at least partially has anisotropic elasticity, the mesh being more elastic in the region of the central mesh section than in the regions of the two lateral mesh sections, and the central mesh section is not absorbable and the two lateral mesh sections are not absorbable, characterized in that the two lateral mesh sections are constructed in a tricot satin weave.
A method to maximize external network access capacity in an integrated call-server, comprising: receiving a request for a circuit allocation at a first wireless media gateway; reviewing the request to determine an incoming logical trunk-group for a call incoming to said integrated call-server; reviewing wireless media gateway lists to determine call circuit availability for a plurality of wireless media gateways in said integrated call-server; reviewing interconnect configuration tables to determine available interconnection circuits between any of said plurality of wireless media gateways; connecting the incoming call to an outgoing logical trunk-group provisioned in a same wireless media gateway as the incoming logical trunk-group, if available; if an outgoing logical trunk-group is not available in said same wireless media gateway, determining the availability of an interconnection between said first wireless media gateway and a second wireless media gateway within said integrated call-server; and connecting the incoming call to an outgoing logical trunk-group provisioned in said second wireless media gateway. receiving a request for a circuit allocation at a first wireless media gateway; reviewing the request to determine an incoming logical trunk-group for a call incoming to said integrated call-server; reviewing wireless media gateway lists to determine call circuit availability for a plurality of wireless media gateways in said integrated call-server; reviewing interconnect configuration tables to determine available interconnection circuits between any of said plurality of wireless media gateways; connecting the incoming call to an outgoing logical trunk-group provisioned in a same wireless media gateway as the incoming logical trunk-group, if available; if an outgoing logical trunk-group is not available in said same wireless media gateway, determining the availability of an interconnection between said first wireless media gateway and a second wireless media gateway within said integrated call-server; and connecting the incoming call to an outgoing logical trunk-group provisioned in said second wireless media gateway.
An image capturing device comprising: an image capturing unit configured to capture a subject image through a lens and to convert the subject image into an electric signal; an image displaying unit configured to display an image based on the electric signal from the image capturing unit; a range-finding unit configured to perform range finding to calculate distances by determining a parallax using a plurality of two-dimensional image sensors for a plurality of range finding areas corresponding to areas on the image displayed on the image displaying unit; a designation accepting unit that is provided on a display surface of the image displaying unit and configured to accept from a user designation of a plurality of positions on the image displayed on the image displaying unit; an area setting unit configured to extract one or more of the range-finding areas corresponding to the plurality of positions designated through the designation accepting unit; a position determining unit configured to determine one or more in-focus lens positions based on distances determined by the range-finding unit for the one or more range-finding areas extracted by the area setting unit, and a continuous shooting unit configured to perform image capturing at the one or more in-focus lens positions determined by the position determining unit. an image capturing unit configured to capture a subject image through a lens and to convert the subject image into an electric signal; an image displaying unit configured to display an image based on the electric signal from the image capturing unit; a range-finding unit configured to perform range finding to calculate distances by determining a parallax using a plurality of two-dimensional image sensors for a plurality of range finding areas corresponding to areas on the image displayed on the image displaying unit; a designation accepting unit that is provided on a display surface of the image displaying unit and configured to accept from a user designation of a plurality of positions on the image displayed on the image displaying unit; an area setting unit configured to extract one or more of the range-finding areas corresponding to the plurality of positions designated through the designation accepting unit; a position determining unit configured to determine one or more in-focus lens positions based on distances determined by the range-finding unit for the one or more range-finding areas extracted by the area setting unit, and a continuous shooting unit configured to perform image capturing at the one or more in-focus lens positions determined by the position determining unit.
A process for the preparation of a matrix for animal feed comprising the following steps: a) mixing granules of a raw material of plant or mineral origin, wherein each granule of the raw material comprises one or more food additives adhered thereon in a certain amount; b) spraying said mixture of granules with a water-soluble coating mixture comprising a filming substance selected from starch and its derivatives, cellulose and its derivatives; c) obtaining the matrix for animal feed comprising fully or partially coated granules, wherein said raw material of plant or mineral origin is selected from the group consisting of calcium carbonate, hazelnut flour, corncob, semolina, sepiolite, bentonite, sugars and grape skins, and wherein said food additive adhered on the granules of the raw material is a manganese salt. a) mixing granules of a raw material of plant or mineral origin, wherein each granule of the raw material comprises one or more food additives adhered thereon in a certain amount; b) spraying said mixture of granules with a water-soluble coating mixture comprising a filming substance selected from starch and its derivatives, cellulose and its derivatives; c) obtaining the matrix for animal feed comprising fully or partially coated granules,
Apparatus for checking dimensions and shape of a mechanical piece including - a stationary support (17;54;71;93;108), - a movable support (6;46;61;92;100) which is connected to the stationary support (17;54;71;93;108) in a removable way, - a mechanical armset (7;47;67;87;103) which is connected to the movable support (6;46;61;92;100) and includes one or more arms (8,8';48,48';68,68';88,88';104), each of which carries a movable feeler (10,10';50,50';60,60';80,80';105) adapted to touch the mechanical piece, and one or more fulcra (9,9';49,49';69,69';89,89';101), each of which is adapted to enable movements of one of said arms (8,8';48,48';68,68';88,88';104) with respect to the movable support (6;46;61;92;100), - one or more position transducers, each of which comprises a first part (15,15';45,45';65,65';85,85';106) and a second part (16,16';56,56';66,66';86,86';107) which are mutually movable, - power supply and processing electrical circuits coupled to each of said one or more transducers, characterised in that said first part and second part of each one of said transducers face each other and are arranged at a mutual predetermined distance, a variation of said mutual distance due to the touch between the feeler (10,10';50,50';60,60';80,80';105) and the piece causing the generation of an electrical measuring signal, and that the first part (15,15';45,45';65,65';85,85';106) and the second part (16,16';56,56';66,66';86,86';107) of each of said one or more transducers are connected to one end of one of said arms (8,8';48,48';68,68';88,88';104) of the armset (7;47;67;87;103) and to the stationary support (17;54;71;93;108), respectively. - a stationary support (17;54;71;93;108), - a movable support (6;46;61;92;100) which is connected to the stationary support (17;54;71;93;108) in a removable way, - a mechanical armset (7;47;67;87;103) which is connected to the movable support (6;46;61;92;100) and includes one or more arms (8,8';48,48';68,68';88,88';104), each of which carries a movable feeler (10,10';50,50';60,60';80,80';105) adapted to touch the mechanical piece, and one or more fulcra (9,9';49,49';69,69';89,89';101), each of which is adapted to enable movements of one of said arms (8,8';48,48';68,68';88,88';104) with respect to the movable support (6;46;61;92;100), - one or more position transducers, each of which comprises a first part (15,15';45,45';65,65';85,85';106) and a second part (16,16';56,56';66,66';86,86';107) which are mutually movable, - power supply and processing electrical circuits coupled to each of said one or more transducers,