会员体验
专利管家(专利管理)
工作空间(专利管理)
风险监控(情报监控)
数据分析(专利分析)
侵权分析(诉讼无效)
联系我们
交流群
官方交流:
QQ群: 891211   
微信请扫码    >>>
现在联系顾问~
热词
    • 3. 发明专利
    • Purification of water by three-phase fluidized bed
    • 通过三相流化床净化水
    • JPS6171892A
    • 1986-04-12
    • JP19262684
    • 1984-09-17
    • Onoda Cement Co LtdWaseda Daigaku
    • HIRATA AKIRANAGAYAMA HAJIMEWATANABE AKINORINITTA KOJISHIMAJI KENJI
    • C02F3/08B01J8/22C02F3/10C02F3/12C02F3/34
    • C02F3/085B01J8/22C02F3/10Y02W10/15Y10S106/01
    • PURPOSE: To inexpensively purify water, by treating sewage through a three- phase solid-liquid-gas fluidized bed consisting of sewage, a particulate sintered material based on a aluminum silicate and gas.
      CONSTITUTION: A binder is mixed with aluminum silicate and the resulting mixture is granulated, baked and sintered to obtain a particulate sintered material. A treatment tank 11 is packed with this particulate sintered material. Conditioned sewage is charged into a three-phase fluidized bed 1 from the lower feed-in port 2 thereof through a sewage tank 7 and a flow meter 8. Air bubbles are introduced into the fluidized bed 1 of a fluidized bed apparatus from the lower end thereof by an air pump 3 through a flow meter 9 to be dispersed and mixed therein. A carrier 4 forms the fluidized bed and a biological membrane is adhered to the surface of the carrier.
      COPYRIGHT: (C)1986,JPO&Japio
    • 目的:为了廉价地净化水,通过由污水组成的三相固液液体流化床处理污水,基于硅酸铝和气体的颗粒烧结材料。 构成:将粘合剂与硅酸铝混合,将所得混合物造粒,烘烤和烧结,得到颗粒状烧结材料。 处理槽11装填有该颗粒烧结材料。 条件污水从其下进料口2通过污水箱7和流量计8装入三相流化床1.气泡从下端引入流化床装置的流化床1中 由气泵3通过流量计9分散混合。 载体4形成流化床,并且生物膜粘附到载体的表面。
    • 4. 发明专利
    • SHAPE MEMORY EFFECT DEVICE
    • JPS60145385A
    • 1985-07-31
    • JP139284
    • 1984-01-10
    • WASEDA DAIGAKU
    • MIWA NORIYUKINAKANO EIICHI
    • C22C19/03C23C30/00
    • PURPOSE:To heat effectively only the shape memory part by coating a good electrical conductor layer on the surface of the part of a shape memory alloy where heating is not required except the shape memory part. CONSTITUTION:Both side parts 1a, 1a of a shape memory alloy 1 consisting of a Ti-Ni alloy except the part 1b to be memorized with a shape are coated with good electrical conductors 2, 2 by plating, vapor deposition, etc. Materials 3, 4 susceptible to heat are attached via the conductors 2, 2 to the alloy 1. Conductors 5, 6 are connected to the conductors 2, 2 and electricity is conducted thereto in the stage of heating the part 1b memorizing the shape to deform said part to the memorized shape. Heat is not generated in the part 1a where heating is not required as the current passes through the conductor 2. The current flows to the part 1 to be deformed to the memorized shape by heating and the heat is generated by resistance heat to deform said part to the memorized shape at a prescribed high temp. The current flows uniformly over the entire part through the conductor 2 to the deformed part 1.
    • 5. 发明专利
    • CONNECTING INSTRUMENT
    • JPS6065906A
    • 1985-04-15
    • JP17416583
    • 1983-09-22
    • WASEDA DAIGAKU
    • HONMA MASARUNONAKA WATARU
    • F16C11/04F16C11/12
    • PURPOSE:To extremely simplify and miniaturize the construction of a connecting instrument b forming it using a super-elastic alloy so that an angle between two bodies may be variable. CONSTITUTION:For a connecting instrument 1 such as a hinge, an universal joint connecting two bodies 3 and 5 together so that an angle between both bodies 3, 5 becomes variable, the connecting instrument 1 is formed by a super-elastic alloy thin sheet such as Ti-Ni alloy, etc. Then, the both ends of the connecting instrument 1 are fixed to the bodies 3 and 5 by screws 2, 4 respectively. Since the apparent elastic region of the super-elastic alloy ranges from several % to scores of %, the super-elastic alloy 1 is deformed when applying an external pressure to it and changing the angle between the two bodies 3, 5, but the super- elastic alloy 1 returns to the initial form and the angle between the two bodies 3, 5 returns to the original state due to its super-elasticity, when the external pressure is removed. Thus, the construction of the connecting-instrument 1 can be extremely simplified and miniaturized.
    • 6. 发明专利
    • Thermal-to-mechanical energy converter
    • 热机械能转换器
    • JPS59211773A
    • 1984-11-30
    • JP8502183
    • 1983-05-17
    • Waseda Daigaku
    • HONMA MASARUNONAKA WATARU
    • F03G7/06
    • F03G7/065
    • PURPOSE:To enlarge the stroke of a mobile part and to allow the form recovering force to reduce an angle two members, by utilizing the tendency of form recovery from the state of elongated deformation of a form-memorizing alloy, in a thermal-to-mechanical energy converter using said form-memorizing alloy. CONSTITUTION:The pivotal axis 3 of two members 1 and 2 which are joined with each other in a relatively rotatable manner is adjusted to coincide with the axis of a form memorizing alloy wound part 4. A string-like form memorizing alloy 5 is wound around the part 4 and its both ends are fixed to the members 1 and 2. A means of heating the form memorizing alloy 5 is provided, while said means being consisting of an electrifying or light radiating means. The members 1 and 2 are energized with a spring so that they are separated widely in the angular positions, while the form memorizing alloy 5, shows its maximum length, under the cooled state. When heated, the form memorizing alloy 5 shrinks from its full length due to the tendency of recovering its memory form (straight form), whereby reducing the angle between the members 1 and 2 and making the member 1 swing at a high speed.
    • 目的:为了扩大移动部件的行程,并且允许形状恢复力减小角度两个部件,通过利用形式恢复从形式记忆合金的细长变形状态的趋势,在热 - 使用所述形成记忆合金的机械能转换器。 构成:以相对旋转的方式相互连接的两个构件1和2的枢转轴3被调节成与形成记忆合金卷绕部分4的轴线重合。线状的形式记忆合金5缠绕在 部件4及其两端被固定到构件1和2上。提供加热形式记忆合金5的装置,而所述装置由充电或光辐射装置组成。 构件1和2用弹簧激励,使得它们在角位置被广泛地分离,而形式记忆合金5在冷却状态下显示其最大长度。 当加热时,由于回收其记忆形式(直线形式)的趋势,存储合金5的形式从其全长收缩,由此减小构件1和2之间的角度并使构件1以高速摆动。
    • 9. 发明专利
    • Moving object
    • 移动对象
    • JPS5766078A
    • 1982-04-22
    • JP13677980
    • 1980-10-02
    • Waseda Daigaku
    • IGUCHI NOBUHIROMIWA NORIYUKIHONMA MASARU
    • B62D57/032B62D57/00B62D57/024
    • PURPOSE: To miniaturize a moving object, by a method wherein, utilizing a shape memory material which self-moves by providing with a given heat condition, a spring, which energizes so as to deform the shape memory material from a memory shape, is mounted.
      CONSTITUTION: If around a top part C of a shape memory alloy 1 is heated, it trys to restoes to a stored straight shape, and this widens a distance between the points A and B against a spring 3. The point B, then, stays at the initial position almost as it is, but the point A moves ahead by a distance l
      1 . Then, if the alloy stops being heated, the shape memory member 1 starts to cool, the member 1 is deformed by the spring 3, and the distance between the points A and B is narrowed again. The point B moves ahead thereupon, and the point A moves backward by a slight distance l
      2 . The distance l
      1 is longer than the distance l
      2 , and as a result, the repetition of the above cycle causes moving-forward of a moving object by a distance of l
      1 - l
      2 . Or, this eliminates the need for a drive device for performing a movement and permits the miniaturization of a device.
      COPYRIGHT: (C)1982,JPO&Japio
    • 目的:为了使移动物体小型化,通过利用通过提供给定的加热条件而自动移动的形状记忆材料的方法,安装有从存储器形状使形状记忆材料变形的能量的弹簧 。 构成:如果围绕形状记忆合金1的顶部C被加热,它将恢复到保存的直线形状,并且使点A和B之间的距离相对于弹簧3变宽。点B然后停留 在初始位置几乎是这样,但A点向前移动距离l1。 然后,如果合金停止加热,则形状记忆部件1开始冷却,构件1被弹簧3变形,并且点A和点B之间的距离再次变窄。 点B向前移动,点A向后移动轻微的距离l2。 距离l1比距离l2长,结果,上述循环的重复使得移动物体向前移动距离l1〜l2。 或者,这不需要用于执行移动的驱动装置并允许装置的小型化。