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    • 2. 发明授权
    • Sound pressure prediction apparatus, sound pressure prediction method, and information storage medium
    • 声压预测装置,声压预测方法和信息存储介质
    • US09207113B2
    • 2015-12-08
    • US13227175
    • 2011-09-07
    • Hiroyuki FuruyaAtsushi YamaguchiKazuhiro Nitta
    • Hiroyuki FuruyaAtsushi YamaguchiKazuhiro Nitta
    • H04R29/00G01H3/14
    • G01H3/14
    • A sound pressure level prediction apparatus includes a storage unit for storing measured sound pressure levels. The sound pressure level prediction apparatus also includes an acquisition unit configured to acquire sound pressure levels measured at a plurality of locations for a first fan and at least one sound pressure level for a second fan, and the at least one sound pressure level being measured at the same location as at least one of the plurality of locations used for measuring the sound pressure levels for the first fan. The sound pressure level prediction apparatus further includes a prediction unit configured to predict, based on the acquired sound pressure levels of the first fan and the at least one sound pressure level for the second fan, a sound pressure level for the second fan at a location where the sound pressure level for the second fan has not yet been measured.
    • 声压级预测装置包括用于存储测量的声压级的存储单元。 声压级预测装置还包括获取单元,其被配置为获取在第一风扇的多个位置处测量的声压级和用于第二风扇的至少一个声压级,并且至少一个声压级在 与用于测量第一风扇的声压级的多个位置中的至少一个位置相同的位置。 声压级预测装置还包括预测单元,其被配置为基于所获取的第一风扇的声压级和第二风扇的至少一个声压级来预测在位置处的第二风扇的声压级 其中第二风扇的声压级尚未被测量。
    • 7. 发明申请
    • SOUND PRESSURE PREDICTION APPARATUS, SOUND PRESSURE PREDICTION METHOD, AND INFORMATION STORAGE MEDIUM
    • 声压预测装置,声压预测方法和信息存储介质
    • US20120063606A1
    • 2012-03-15
    • US13227175
    • 2011-09-07
    • Hiroyuki FuruyaAtsushi YamaguchiKazuhiro Nitta
    • Hiroyuki FuruyaAtsushi YamaguchiKazuhiro Nitta
    • H04R29/00
    • G01H3/14
    • A sound pressure level prediction apparatus includes a storage unit for storing measured sound pressure levels. The sound pressure level prediction apparatus also includes an acquisition unit configured to acquire sound pressure levels measured at a plurality of locations for a first fan and at least one sound pressure level for a second fan, and the at least one sound pressure level being measured at the same location as at least one of the plurality of locations used for measuring the sound pressure levels for the first fan. The sound pressure level prediction apparatus further includes a prediction unit configured to predict, based on the acquired sound pressure levels of the first fan and the at least one sound pressure level for the second fan, a sound pressure level for the second fan at a location where the sound pressure level for the second fan has not yet been measured.
    • 声压级预测装置包括用于存储测量的声压级的存储单元。 声压级预测装置还包括获取单元,其被配置为获取在第一风扇的多个位置处测量的声压级和用于第二风扇的至少一个声压级,并且至少一个声压级在 与用于测量第一风扇的声压级的多个位置中的至少一个位置相同的位置。 声压级预测装置还包括预测单元,其被配置为基于所获取的第一风扇的声压级和第二风扇的至少一个声压级来预测在位置处的第二风扇的声压级 其中第二风扇的声压级尚未被测量。
    • 10. 发明授权
    • Wavelength conversion laser light source and image display device
    • 波长转换激光光源和图像显示装置
    • US08456734B2
    • 2013-06-04
    • US13380340
    • 2011-04-20
    • Nobuyuki HorikawaKoichi KusukameTomoya SugitaHiroyuki Furuya
    • Nobuyuki HorikawaKoichi KusukameTomoya SugitaHiroyuki Furuya
    • G02F1/37
    • G02F1/3544G02F1/3532G02F2001/3503G02F2001/3548G03B21/2033H01S3/08036H01S3/09415H01S3/109H01S3/1611H01S3/1673
    • A wavelength conversion laser light source having: a laser medium which generates a fundamental wave light; a laser resonator for causing laser oscillation of the fundamental wave light; a wavelength convertor which is provided with a wavelength converting region to convert the fundamental wave light under the laser oscillation by means of the laser resonator into converted light of a different wavelength; and an excitation laser light source for exciting the laser medium, wherein the laser resonator has at least one reflecting surface which reflects the fundamental wave, and a first reflecting element which is provided on an end surface of the wavelength convertor to reflect the fundamental wave light; the wavelength converting region is situated between the at least one reflecting surface and the first reflecting element; the wavelength convertor has a periodic first polarization reversal structure formed in the wavelength converting region, and a non-converting region formed between the first reflecting element and the wavelength converting region; and the non-converting region does not convert the fundamental wave light into the converted light.
    • 一种波长转换激光光源,具有:产生基波光的激光介质; 用于引起基波激光振荡的激光谐振器; 波长转换器,其设置有波长转换区域,以通过激光谐振器将激光振荡下的基波光转换成不同波长的转换光; 以及用于激发激光介质的激发激光光源,其中所述激光谐振器具有至少一个反射所述基波的反射表面,以及设置在所述波长转换器的端面以反射所述基波光的第一反射元件 ; 波长转换区域位于至少一个反射表面和第一反射元件之间; 所述波长转换器具有形成在所述波长转换区域中的周期性第一极化反转结构和形成在所述第一反射元件与所述波长转换区域之间的非转换区域; 并且非转换区域不将基波光转换成转换的光。