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    • 2. 发明专利
    • PRODUCTION OF DECORATION GLASS
    • JPH0316924A
    • 1991-01-24
    • JP14925789
    • 1989-06-12
    • NIPPON SHEET GLASS CO LTD
    • KUME MAKOTO
    • C03B19/00C03B19/06C03C27/06
    • PURPOSE:To obtain an aventurine-like glass having various colors and crystal dimensions by mixing flaky particles of synthetic fluorine mica with glass pieces and sintering the mixture at a specific temperature. CONSTITUTION:(A) Flaky particles of a colored or transparent synthetic fluorine mica having a width of 0.2-10mm are mixed with (B) glass pieces and the mixture is sintered at a temperature to give a glass viscosity of 10 -10 poise, or the compound A is made to contact with a glass surface at a temperature to give a glass viscosity of 10 -10 poise and as necessary a glass material is supplied to the component A and formed, or the component A is scattered over a heat-resistant flat plate, a flat glass plate or an aggregate of glass particles is placed on the applied component A and the laminate is heated at a temperature to give a glass viscosity of 10 -10 poise to obtain a flat glass plate having the component A fused to the reverse face. The above flat glass plate is placed on another flat glass plate and the assembly is heated at a temperature to give a glass viscosity of 10 -10 poise to weld both plates with each other.
    • 4. 发明专利
    • MAGNETIC MATERIAL
    • JPH02222122A
    • 1990-09-04
    • JP4179589
    • 1989-02-23
    • NIPPON SHEET GLASS CO LTD
    • KUME MAKOTO
    • C23C28/00H01F10/18H01F41/22
    • PURPOSE:To improve the yield and magnetic properties by baking a base material coated with metal oxide in contact with specific organic compound and specific aqueous solution. CONSTITUTION:As a base, a material such as metal, glass, ceramics, mica, etc., which can endure against baking temperature of 300 deg. is employed. Hydrophilic metal oxide to be coated is coated with silicon oxide, titanium oxide, aluminum oxide, etc., by a dipping method, a CVD, etc. Then, organic compound having at least two or one of hydroxide group and carboxyl group is brought into contact therewith. The former includes, for example, diol, triol, dicarboxylic acid or tricarboxylic acid, and the latter includes, for example, monoxydicarboxylic acid, dioxymonocarboxylic acid, etc. Further, aqueous solution of water-soluble iron-containing compound such as iron nitrate (II), iron nitrate (III), etc., is brought into contact, dried and baked at 300 to 500 deg.C. Thus, yield is improved, and storing magnetism is obtained.
    • 5. 发明专利
    • SENSOR FOR REDUCING SUBSTANCE
    • JPH01116446A
    • 1989-05-09
    • JP27539687
    • 1987-10-30
    • NIPPON SHEET GLASS CO LTD
    • KUME MAKOTO
    • G01N21/77G01N31/00
    • PURPOSE:To realize a sensor for a reducing organic substance usable for a long time repeatedly at a normal temperature by using a titania-carrying porous substance. CONSTITUTION:A sensor for a reducing organic substance is used having titania (TiO2) supported on a porous body. When irradiated with light, TiO2 changes to TiO with oxygen being deprived thereof and turn to black from white. In this case, with the presence of a reducing substance, active oxygen generated by this reaction is bonded to the reducing substance to promote the reaction. As a result, the degree of coloring varies according to the density of the reducing substance to allow measurement of the amount of the reducing substance depending on the degree of the coloring. When the causative reducing substance is gone after the coloring, TiO changes to TiO2 being bonded to oxygen or the like in the air and the color returns to original white, thereby enabling the use of the titania for the subsequent measurement again.
    • 9. 发明专利
    • Manufacture of glass article having gradient in characteristic value
    • 具有特征值的玻璃制品的制造
    • JPS6136127A
    • 1986-02-20
    • JP15641284
    • 1984-07-26
    • Nippon Sheet Glass Co Ltd
    • KUME MAKOTONAKAGUCHI KUNIO
    • C03B5/187C03B8/00C03B20/00C03B32/00C03C3/00C03C21/00C03C23/00
    • C03C23/0095
    • PURPOSE: To produce the titled glass material having stabilized quality, with a simple process based on a molecular filling process, by improving the condition of the phase- separation heat-treatment, etc.
      CONSTITUTION: A phase-separating glass material having the composition C
      0 and exhibiting the phase equilibrium shown in the figure (the region above the curve is uniform solid or liquid phase, and the region under the curve is solid phase) is treated by the following conditions. (i) A high-temperature phase-separating glass material of liquid or solid phase is subjected to the phase-separation heat-treatment under a temperature gradient (keeping one end at T
      1 and the other end at T
      2 ) to obtain a glass material wherein one end has the composition of CA
      1 -CB
      1 and the other end has the composition of CA
      2 -CB
      2 , and the composition is continuously varying in the intermediate part. (ii) All of the CB
      1 WCB
      2 phase are extracted and removed to obtain a porous glass material having the composition distribution of CA
      1 WCA
      2 . (iii) A solution of a metal salt is filled in the pores of the above porous glass material. (iv) Finally, the filled material is dried and calcined to convert the metal salt to metal oxide and collapse the pores. A glass material having anisotropy in the characteristic property can be produced by this process.
      COPYRIGHT: (C)1986,JPO&Japio
    • 目的:通过改进相分离热处理条件等方法,以分子填充工艺简单的方法生产质量稳定的标题玻璃材料。组分:具有组成C0的相分离玻璃材料 并显示图中所示的相平衡(曲线上方的区域是均匀的固相或液相,曲线下的区域是固相)通过以下条件进行处理。 (i)将液相或固相的高温相分离玻璃材料在温度梯度(保持一端在T1,T2的另一端)进行相分离热处理,得到玻璃材料,其中 一端具有CA1-CB1的组成,另一端具有CA2-CB2的组成,组成在中间部分连续变化。 (ii)提取并除去所有CB1-CB2相,得到组成分布为CA1-CA2的多孔玻璃材料。 (iii)将金属盐溶液填充到上述多孔玻璃材料的孔中。 (iv)最后,将填充的材料干燥并煅烧以将金属盐转化为金属氧化物并使孔隙塌陷。 可以通过该方法制造具有特性的各向异性的玻璃材料。