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    • 74. 发明授权
    • Electric can opener with juice squeezing attachment
    • 电动开罐器带汁榨汁附件
    • US4534108A
    • 1985-08-13
    • US528914
    • 1983-09-02
    • Osamu YamamotoSenichiro Norizuki
    • Osamu YamamotoSenichiro Norizuki
    • A47J19/02B25F3/00B67B7/18B67B7/44B67B7/70B67B7/38
    • B67B7/385A47J19/02
    • An electric can opener comprises a can opener body, a can opening attachment and a juice squeezing attachment. The can opener body is provided with a drive shaft, a motor for rotating said drive shaft, a vertically holding portion and a horizontally holding portion. When the vertically holding portion is utilized to set the can opener body, the drive shaft assumes a horizontal condition. A horizontal rotating shaft provided on the can opening attachment can be brought into engagement with the drive shaft in the horizontal condition. Accordingly, the can opening attachment is utilized to cut out a lid of a can. On the other hand, when the horizontal holding portion is utilized to set the can opener body, the drive shaft assumes a vertical condition. A vertical rotating shaft provided on the juice squeezing attachment can be brought into engagement with the drive shaft in the vertical condition. Accordingly, the juice squeezing attachment can be utilized to squeeze fruit juice of citrus fruits.
    • 电动开罐器包括罐头开启体,罐头开口附件和果汁挤压附件。 开罐器本体设有驱动轴,用于使所述驱动轴旋转的马达,垂直保持部和水平保持部。 当使用垂直保持部来设置罐头开启体时,驱动轴呈水平状态。 设置在罐头开口附件上的水平旋转轴可以在水平状态下与驱动轴接合。 因此,可以利用罐头打开附件切出罐盖。 另一方面,当水平保持部用于设置罐头开启体时,驱动轴呈垂直状态。 设置在果汁挤压附件上的垂直旋转轴可以在垂直状态下与驱动轴接合。 因此,可以利用果汁挤压附件来榨取柑橘类水果的果汁。
    • 77. 发明授权
    • Process for producing glass fiber-reinforced resin molded sheets
    • 玻璃纤维增​​强树脂成型片的制造方法
    • US4212697A
    • 1980-07-15
    • US950872
    • 1978-10-12
    • Osamu YamamotoYoshiki MatsumotoHiromi YamadaKeishin Takehara
    • Osamu YamamotoYoshiki MatsumotoHiromi YamadaKeishin Takehara
    • C08F257/02C08J5/04C08J5/24B32B17/04
    • C08J5/24C08F257/02C08J5/04C08J2351/06
    • A process for producing a glass fiber-reinforced molded sheet by impregnating glass fibers with a resin syrup and thereafter hardening the resin syrup with which the glass fibers are impregnated, wherein the resin syrup is 20 to 35% by weight vinyl aromatic hydrocarbon and comprises 25 to 50 parts by weight acrylonitrile-vinyl aromatic hydrocarbon copolymer and 75 to 50 parts by weight acrylic acid, methacrylic acid, methacrylic acid ester, acrylic acid ester or mixtures thereof, the copolymer comprising 10 to 50 parts by weight acrylonitrile and 90 to 50 parts by weight vinyl aromatic hydrocarbon and having a viscosity average molecular weight of 30,000 to 100,000. A process for producing a glass fiber-reinforced resin molded sheet is also disclosed which is more effective than the aforesaid process wherein the acrylonitrile-vinylaromatic copolymer is modified with 0.05 to 0.2 part by weight of a polyfunctional monomer based on a total of 100 parts by weight of acrylonitrile and vinyl aromatic hydrocarbon.
    • 一种通过用树脂浆浸渍玻璃纤维然后硬化浸渍有玻璃纤维的树脂浆料来生产玻璃纤维增​​强模塑片的方法,其中树脂浆料为20至35重量%的乙烯基芳族烃,并包含25 至50重量份丙烯腈 - 乙烯基芳族烃共聚物和75至50重量份丙烯酸,甲基丙烯酸,甲基丙烯酸酯,丙烯酸酯或其混合物,所述共聚物包含10至50重量份的丙烯腈和90至50重量份 乙烯基芳烃,粘均分子量为30,000〜100,000。 还公开了一种制备玻璃纤维增​​强树脂模塑片的方法,其比上述方法更有效,其中丙烯腈 - 乙烯基芳族共聚物用0.05至0.2重量份的多官能单体改性,基于总共100份 丙烯腈和乙烯基芳烃的重量。
    • 78. 发明授权
    • Method of reading thermoluminescent dosimeter
    • 读取热发光剂量计的方法
    • US4204119A
    • 1980-05-20
    • US835341
    • 1977-09-21
    • Yoshitake YasunoMasafumi WatariHiroshi TsutsuiMasaru IkedoOsamu Yamamoto
    • Yoshitake YasunoMasafumi WatariHiroshi TsutsuiMasaru IkedoOsamu Yamamoto
    • G01T1/11
    • G01T1/11
    • A method of thermoluminescent dosimetry employing infrared radiation heating of a dosimeter. An incandescent lamp is used for the source of infrared radiation. The dosimeter is provided with a infrared radiation absorbing layer connected thermally to a thermoluminescent material layer. The infrared radiation absorbing layer is irradiated with infrared radiation, so that thermoluminescent material is not directly irradiated. The lamp is initially powered whereby the dosimeter is heated by infrared radiation of such high intensity as to tend to cause a heat equilibrium in the dosimeter above the temperature where thermal radiation is generated from the dosimeter. Then the power supplied to the lamp is cut or decreased, so that the dosimeter is heated by the afterglow of the lamp. Therefore the rate of temperature rise of the dosimeter becomes quite slow in the latter half of heating process, whereby the temperature of dosimeter easily falls into the required range.
    • 使用剂量计的红外辐射加热的热发光剂量学方法。 白炽灯用于红外辐射源。 剂量计设有与热发光材料层热连接的红外辐射吸收层。 用红外辐射照射红外辐射吸收层,使得热发光材料不被直接照射。 灯最初被动力,由此剂量计被如此高强度的红外辐射加热,以便在剂量计上引起热量从剂量计产生热辐射的温度以上的热平衡。 然后,切断或减少提供给灯的功率,使得剂量计被灯的余辉加热。 因此,在加热过程的后半部分中,剂量计的温度上升速度变得相当慢,因此剂量计的温度容易落入所需范围内。