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    • 6. 发明申请
    • Antenna Device
    • 天线装置
    • US20080036663A1
    • 2008-02-14
    • US11630113
    • 2006-06-15
    • Yukio SakaiJyouji Fujiwara
    • Yukio SakaiJyouji Fujiwara
    • H01Q1/38
    • H01Q1/38H01Q1/243H01Q9/0421H01Q9/42
    • Antenna device (1) includes substrate (2) having first surface (21), antenna element (3), circuit element (4) and first pattern (6) formed of metal, antenna element (3) is arranged on first surface (21), circuit element (4) is soldered to first surface (21) and electrically connected to antenna element (3), first pattern (6) is arranged between antenna element (3) and circuit element (4) on first surface (21), a distance between antenna element (3) and first pattern (6) is a length equal to or larger than a width of antenna element. In this arrangement, antenna device (1) in which substrate (2) between antenna element (3) and circuit element (4) is reinforced by first pattern (6), and warping of substrate (2) when being taken out from a reflow oven is restrained is provided.
    • 天线装置(1)包括具有第一表面(21),天线元件(3),电路元件(4)和由金属形成的第一图案(6)的基板(2),天线元件(3)布置在第一表面 ),将电路元件(4)焊接到第一表面(21)并电连接到天线元件(3),第一图案(6)布置在第一表面(21)上的天线元件(3)和电路元件(4)之间, 天线元件(3)与第一图案(6)之间的距离为天线元件宽度以上的长度。 在这种布置中,天线元件(3)和电路元件(4)之间的衬底(2)由第一图案(6)加强的天线装置(1)和当从回流取出时衬底(2)的翘曲 烤箱被限制。
    • 7. 发明授权
    • Antenna duplexer circuit with a phase shifter on the receive side
    • 在接收侧具有移相器的天线双工器电路
    • US06472952B1
    • 2002-10-29
    • US09600071
    • 2000-09-05
    • Yukio SakaiKazuhiro YahataMichiaki Tsuneoka
    • Yukio SakaiKazuhiro YahataMichiaki Tsuneoka
    • H01P1213
    • H04B1/525H04B1/18H04B1/50
    • A high frequency wireless circuit apparatus is formed by connecting a phase shifter between an antenna duplexer and a low noise amplifier, so that the impedance of the receiving terminal of the antenna duplexer at a transmission frequency and the input impedance of the low noise amplifier may not be matched in complex conjugates of each other. Therefore it prevents the transmission output passing through the receiving terminal of the antenna duplexer and the interference signal entered through the antenna from making the cross modulation in the low noise amplifier. Thus it improves the reception sensitivity and immunity to interference signals of the high frequency wireless circuit apparatus at the same time.
    • 通过在天线双工器和低噪声放大器之间连接移相器来形成高频无线电路装置,使得天线双工器的接收端在传输频率下的阻抗和低噪声放大器的输入阻抗不可能 在彼此的复合缀合物中匹配。 因此,防止通过天线双工器的接收端的发送输出和通过天线进入的干扰信号在低噪声放大器中进行交叉调制。 因此,能够同时提高高频无线电路装置的干扰信号的接收灵敏度和抗干扰能力。
    • 8. 发明授权
    • Method of producing phenol compound
    • 生产酚类化合物的方法
    • US06187964B1
    • 2001-02-13
    • US09353311
    • 1999-07-14
    • Kazuo TanakaYukio SakaiYasuhiro ShojiTakafumi YoshimuraMasatoshi Yoshimura
    • Kazuo TanakaYukio SakaiYasuhiro ShojiTakafumi YoshimuraMasatoshi Yoshimura
    • C07C3700
    • C07C51/255C07C37/0555C07C51/285C07C67/39C07C67/54C07C63/04C07C69/017C07C69/07C07C39/07
    • A method of producing a phenol compound comprising a step of oxidizing an aromatic aldehyde to an aryl formate and an aromatic carboxylic acid with an oxygen-containing gas, and a step of decomposing the aryl formate to the phenol compound. To facilitate the separation of the aryl formate and the unreacted aromatic aldehyde, a mixture of the aryl formate and the unreacted aromatic aldehyde is recycled to the oxidation process to concentrate the aryl formate in the oxidation mixture. Alternatively, the oxidation process is carried out in an organic solvent having substantially no ability of dissolving water to increase the conversion of the aromatic aldehyde and the selectivity of the aryl formate, thereby producing the aryl formate in a high yield. In another method, the aryl formate is produced by oxidizing the aromatic aldehyde in the organic solvent having substantially no ability of dissolving water with performic acid generated in situ in the reaction system from the reaction between formic acid and hydrogen peroxide. Since the oxidation proceeds in the organic solvent, hydrogen peroxide in aqueous phase contact the aromatic aldehyde. This significantly reduces the amount of explosive cyclic perther and a high-boiling product.
    • 一种生产酚化合物的方法,包括用含氧气体将芳族醛氧化为芳基甲酸酯和芳族羧酸的步骤,以及将芳基甲酸酯分解成酚化合物的步骤。 为了促进甲酸芳基酯和未反应的芳族醛的分离,将甲酸芳基酯和未反应的芳族醛的混合物循环到氧化过程中以将甲酸芳基酯浓缩在氧化混合物中。 或者,氧化方法在基本上没有溶解水的能力的有机溶剂中进行,以增加芳族醛的转化率和甲酸芳基酯的选择性,从而以高产率生产甲酸芳基酯。 在另一种方法中,通过氧化芳族醛在有机溶剂中氧化芳族醛,通过在反应体系中原位产生的甲酸与甲酸和过氧化氢之间的反应基本上不溶解水的能力来进行氧化。 由于在有机溶剂中进行氧化,水相中的过氧化氢与芳族醛接触。 这显着地减少了爆炸性环状花药和高沸点产物的量。
    • 9. 发明授权
    • Mesophase pitch for use in the making of carbon materials
    • 用于制造碳材料的中间相沥青
    • US5182010A
    • 1993-01-26
    • US736561
    • 1991-07-26
    • Isao MochidaYukio SakaiHiroyuki Ohtsuka
    • Isao MochidaYukio SakaiHiroyuki Ohtsuka
    • C10C3/00D01F9/15D01F9/155
    • D01F9/15C10C3/00D01F9/155
    • Pitch that is obtained from naphthalene derivatives having at least one methyl group and the content of an optically anisotropic phase in which is substantially 100% is disclosed. This mesophase pitch has a H/C atomic ratio of about 0.5-1.0 and an aromatic carbon ratio (fa) of at least about 0.7, contains methylic carbon in an amount of at least about 4% of the total carbon atoms, and has a softening point of 200.degree.-250.degree. C. The pitch contains about 12-20 mole % of molecules having an average molecular weight of less than about 600, about 55-70 mole % of molecules having an average molecular weight of from about 600-1,500 and about 20-30 mole % of molecules having an average molecular weight of higher than about 1,500. Fibers melt spun from this mesophase pitch can be converted to carbon or graphite fibers having high strength and modulus of elasticity by a heat treatment which consists of heating to a temperature of 200.degree.-350.degree. C. in an air atmosphere, then heating to about 1,000.degree. C. or higher in an inert gas atmosphere. Such mesophase pitch is produced by polymerizing a naphthalene derivative having at least one methyl group for about 5-300 minutes at a temperature of about 180.degree.-400.degree. C. and at a pressure of about 5-100 atmosphere in the presence of about 0.1-20 moles of HF and about 0.05-1.0 mole of BF.sub.3 per mole of the naphthalene derivative.
    • 公开了由具有至少一个甲基的萘衍生物和基本上为100%的光学各向异性相的含量获得的间距。 该中间相沥青具有约0.5-1.0的H / C原子比和至少约0.7的芳族碳比(fa),含有至少约占总碳原子的约4%的甲基碳,并且具有 软化点为200°-250℃。沥青含有约12-20摩尔%的平均分子量小于约600的分子,约55-70摩尔%的平均分子量为约600〜 1,500和约20-30摩尔%的平均分子量高于约1,500的分子。 从该中间相沥青熔融纺丝的纤维可以通过热处理转化为具有高强度和弹性模量的碳或石墨纤维,该热处理包括在空气气氛中加热至200-350℃的温度,然后加热至约 在惰性气体气氛中为1000℃以上。 这样的中间相沥青通过在约180-400℃的温度和约5-100个气压的压力下在约0.1的存在下将具有至少一个甲基的萘衍生物聚合约5-300分钟来制备 -20摩尔HF和约0.05-1.0摩尔BF 3 /摩尔萘衍生物。