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NuFlare Technology, Inc. Patents
Assignee:
NuFlare Technology, Inc.
Address:
Numazu-shi, JP
No. of patents:
22
Patents:




Patent Number Title Of Patent Date Issued
D576647 Nozzle for vapor-phase epitaxial equipment September 9, 2008
7619230 Charged particle beam writing method and apparatus and readable storage medium November 17, 2009
A charged particle beam writing method includes inputting pattern data for writing a writing region, predicting a writing time for writing the pattern of the pattern data, acquiring, by using a correlation among a time required from a writing start time, the predicted writing time and a
7612347 Charged particle beam apparatus and charged particle beam resolution measurement method November 3, 2009
A charged particle beam apparatus in accordance with one preferred form of this invention includes an irradiation unit for irradiating a charged particle beam, an instrumentation unit which performs instrumentation of a reflection signal from a mark as obtained by scanning the mark while
7608845 Charged particle beam writing apparatus and method thereof, and method for resizing dimension va October 27, 2009
A charged particle beam writing apparatus includes a first part configured, based on pattern data, to estimate a total writing time, a second part configured to acquire a base dose at an arbitrary time, after writing start time and within the total writing time by using a first corre
7608528 Substrate cover, and charged particle beam writing apparatus and method October 27, 2009
A substrate cover includes a frame-like member configured to be placed on a substrate which is to be written using a charged particle beam, and to have an outer perimeter dimension larger than a perimeter end of the substrate and an inner perimeter dimension, being a border between the
7605383 Pattern writing apparatus using charged particle beam, and program-recorded readable recording m October 20, 2009
A charged particle beam pattern writing apparatus includes an input part for inputting a predetermined command, a check part for checking a state of a predetermined function used for pattern writing using a charged particle beam, based on the predetermined command, and an output part for
7601968 Charged particle beam writing method and apparatus October 13, 2009
A charged particle beam writing method includes irradiating a shot of a charged particle beam, and deflecting the charged particle beam of the shot using a plurality of deflectors arranged on an optical path of the charged particle beam to write a pattern on a target object, wherein any
7598504 Writing error diagnosis method for charged particle beam photolithography apparatus and charged October 6, 2009
A writing error diagnosis method for a charged beam photolithography apparatus and a charged beam photolithography apparatus which can specify an error cause within a short period of time in occurrence of a pattern writing error are provided. The writing error diagnosis method for a
7592611 Creation method and conversion method of charged particle beam writing data, and writing method September 22, 2009
A creation method of charged particle beam writing data for writing a pattern using a charged particle beam based on design data of circuits includes creating, based on the design data, a location data file including location data, as part of the writing data, the location data being
7589335 Charged-particle beam pattern writing method and apparatus and software program for use therein September 15, 2009
A charged particle beam pattern writing apparatus in accordance with one preferred form of this invention includes an atmospheric pressure measuring unit which measures the value of an atmosphere air pressure, a coordinate value corrector which corrects three-dimensional (3D) coordin
7554107 Writing method and writing apparatus of charged particle beam, positional deviation measuring me June 30, 2009
A charged particle beam writing method includes measuring a topography of a backside of a substrate without an influence of a gravity sag, calculating a first positional deviation amount of a pattern written on a frontside of the substrate in a case of the backside of the substrate h
7544951 Electron gun assembly June 9, 2009
A device which employs an electron beam, for performing a desired function, includes an electron gun for generating the electron beam. The electron gun includes a barrel shaped rotatable structure having a plurality of annularly disposed electron sources. A curvature of a surface por
7525110 Multiple irradiation effect-corrected dose determination technique for charged particle beam lit April 28, 2009
A charged-particle beam microlithographic apparatus is generally made up of a pattern writing unit and a system controller. The writer has an electron beam source and a pattern generator for forming a pattern image on a workpiece. The system controller includes a unit for correcting
7521689 Deflector for equipment of electron beam lithography and equipment of electron beam lithography April 21, 2009
A deflector for an equipment of electron beam lithography, the deflector including a plurality of control electrodes arranged symmetrically relative to the center axis of an irradiated electron beam, the electrodes configured to control the electron beam by applying voltages respecti
7514660 Focusing apparatus, focusing method, and inspection apparatus April 7, 2009
A focusing apparatus includes a first sensor and a second sensor configured to receive an optical image of a target workpiece to be inspected and convert it photoelectrically, a first optical system configured to make the optical image be focused on the first sensor, a second optical
7511290 Charged particle beam writing method and apparatus March 31, 2009
A method for writing a pattern on a workpiece by use of a charged particle beam, the method includes calculating a corrected dose including at least a proximity effect correction dose for correction of proximity effect, calculating a corrected residual difference-corrected dose for corre
7504645 Method of forming pattern writing data by using charged particle beam March 17, 2009
A method of forming pattern writing data to write a predetermined pattern from layout data of a circuit by using a charged particle beam while deflecting the charged particle beam, includes inputting the layout data including a pattern ranging over a plurality of deflection regions,
7495243 Writing method of charged particle beam, support apparatus of charged particle beam writing appa February 24, 2009
A charged particle beam writing method includes inputting design pattern data, virtually dividing a writing area to be written with the design pattern data into a plurality of small areas in a mesh-like manner, calculating a pattern density in each of the plurality of small areas bas
7485879 Electron beam writing apparatus and writing method February 3, 2009
A writing apparatus including a selector unit responsive to receipt of input data of a pattern to be written by shots of irradiation of an electron beam, configured to select a current density of the electron beam being shot and a maximal shot size thereof based on the input data of
7476881 Charged beam drawing apparatus and charged beam drawing method January 13, 2009
There is provided a charged beam drawing apparatus which includes main/sub two-stage deflectors, divides a main deflection drawing region on a sample into sub deflection drawing regions determined by the deflection width of the sub deflector, selects one of the sub deflection drawing
7463173 Charged particle beam apparatus, abnormality detecting method for DA converter unit, charged par December 9, 2008
A charged particle beam apparatus includes a plurality of digital-analog (DA) converter units configured to input digital signals, convert the digital signals into analog values, and amplify the analog values to output the analog values, a deflector configured to input at least one a
7394048 Focusing device, focusing method and a pattern inspecting apparatus July 1, 2008
A focusing device comprises a first imaging optical system, a second imaging optical system which splits the optical image in the direction of an AF sensor and further splits the optical image so that a front focus image in which the point that is in focus is in front of the optical

 
 
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