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    • 3. 发明专利
    • Method for electrolytic polishing of aluminum or aluminum alloy
    • 铝或铝合金的电解抛光方法
    • JPS5751300A
    • 1982-03-26
    • JP12348880
    • 1980-09-08
    • Honda Motor Co Ltd
    • HATAKEYAMA SHIGEMISUWA HIROYASUYOSHIOKA YUUZOUNINOMIYA TAMOTSUTSUCHIMOTO HIROICHI
    • C25F3/20C25F3/16
    • PURPOSE: To prevent the occurrence of irregular white colors produced after a treating object is pulled up, and enable the automation of rising by electrolytically polishing said object at prescribed temps. then maintaining electrode potential until the bath temp. near the object evolving heat attains lower than prescribed temps. and the object is pulled up.
      CONSTITUTION: A treating object of Al or Al alloy is immersed in an electrolytic polishing bath (85% phosphoric acid soln.) of 50W65°C bath temps. Next, while DC electricity is conducted to this object, the object is osicllated, and is thereby electrolytically polished. Next, the electrolyzing voltage is dropped without immediately pulling up the object after the electrolysis, and the bath is maintained at the potential of the extent of preventing chemical attack. When the bath temp. attains ≤70°C near the object evolving heat, the object is pulled up. By this method, the luster of polishing is maintained without producing white turbidity on the surface of the object in a short time after it is pulled up and the object can be rinsed with an automatic rinsing machine.
      COPYRIGHT: (C)1982,JPO&Japio
    • 目的:为了防止在处理对象被拉起后产生的不规则白色颜色的发生,并且能够通过在规定的温度下电解抛光所述物体而使上升的自动化。 然后保持电极电位直到浴温。 靠近物体发展的热量低于规定的温度。 并且物体被拉起。 构成:将Al或Al合金的处理对象浸入50-65℃浴槽的电解抛光浴(85%磷酸溶液)中。 接下来,在对该物体进行直流电的情况下,对象物进行渗透,由此进行电解抛光。 接下来,电解后电解电压下降而不立即拉起物体,并且将浴保持在防止化学侵蚀的程度的电位。 当浴温 在物体发热附近达到<= 70摄氏度,物体被拉起。 通过这种方法,保持光泽的光泽,并且在被拉起之后的短时间内不会在物体的表面上产生白色混浊,并且可以用自动冲洗机冲洗物体。
    • 6. 发明专利
    • METHOD FOR FORMING COATING HAVING METAL GLOSS AND PAINT COMPOSITION USED THEREIN
    • JPS5670883A
    • 1981-06-13
    • JP14753779
    • 1979-11-14
    • HONDA MOTOR CO LTD
    • HATAKEYAMA SHIGEMITSUCHIMOTO HIROICHINAKAJIYOU KENICHI
    • C09D5/00B05D5/06B05D7/14
    • PURPOSE:To form the titled coating having appearance and capacities equal to those of plating by a method wherein a paint composition containing a metal gloss imparting a component, a coating forming component comprising a resin having a functional group capable of reducing said component to a metal and a solvent is coated on a substrate material and reducing treatment is carried out by applying electromagnetic waves or heat thereto. CONSTITUTION:A paint composition comprising 100pts. of a total amount consisting of 1-50pts. of a metal gloss imparting component, 1-9pts. of the first solvent (e.g. methanol), 5-80pts. of aformentioned coating forming component, 1-93pts. of the second solvent (e.g. xylene) and 0.01- 5pts. of an additive (e.g. silicone oil) is prepared. Subsequently, said composition is coated on a substrate material after pretreatment and subjected to setting treatment at a room temp.-80 deg.C to evaporate solvents and the coating is made to a semidried condition. Next, on a surface of the coating in this condition, electromagnetic waves having a wave length of 40nm or or below is irradiated to reduce the metal gloss imparting component to a metal and a desired coating is formed. Moreover, as the metal gloss forming component, for example, silver nitrate is used and, as the coating forming component, for example, a self-crosslinking type thermosetting acrylic resin is used respectively.
    • 7. 发明专利
    • Melting furnace for magnesium alloy
    • 镁合金熔炼炉
    • JPS59190335A
    • 1984-10-29
    • JP6179683
    • 1983-04-08
    • Honda Motor Co Ltd
    • HATAKEYAMA SHIGEMISUWA HIROYASUTAKAHASHI MASAAKIYOSHIOKA YUUZOUNINOMIYA TAMOTSU
    • C22B26/22C22C1/02F27B3/08
    • Y02P10/214Y02P10/226
    • PURPOSE: To provide a simple and compact melting furnace which melts, kills and refines continuously an Mg alloy by employing a constitution in which the Mg alloy is melted and is passed successively through the melting and refining chamber, killing chamber and ladling chamber formed by partitioning the melting furnace with plural gates.
      CONSTITUTION: An ingot, return material or the like of an Mg alloy charged through a raw material feed port 18 into a melting furnace 3 partitioned continuously into a melting and refining chamber 11, a killing chamber 12 and a ladling chamber 13 by gates 6, 7 in a furnace body 1 is melted with a heating coil 3 and protective gas such as SF6 or the like is fed therein through a pipe 24 provided to a cover body 5. The molten metal is passed through the flux layer 16 in a melting and refining vessel 17, in which the molten metal is refined. The refined metal flows through the through-hole 15 under a partiton plate 14 and overflows from the gate 6 into a killing vessel 23. The flux in the molten metal is settled in said vessel and thereafter the molten metal is passed through the through-hole 22 of a partition plate 21 and is introduced beyond the gate 7 into a ladling vessel 34. The cleaned molten metal is ladled from said chamber to the outside of the furnace 3 by a molten metal feed pump 31 provided with a gaseous Ar sucking pipe 32 and a molten metal discharging pipe 33.
      COPYRIGHT: (C)1984,JPO&Japio
    • 目的:提供一种简单紧凑的熔化炉,通过采用Mg合金熔化并连续通过熔化和精炼室,灭火室和分层室形成的结构,使Mg合金熔融,杀死和细化, 具有多个门的熔炉。 构成:将通过原料供给口18填充的熔融炉3中的Mg合金的锭,返回材料等连续地分隔成通过闸6的熔融精制室11,杀菌室12和填充室13, 炉体1中的炉体7用加热线圈3熔化,并且通过设置在盖体5上的管24将诸如SF6等保护气体供入其中。熔融金属熔化通过焊剂层16, 精炼容器17,其中熔融金属被精炼。 精制金属流过分型板14下面的通孔15,并从浇口6溢流到杀死容器23中。熔融金属中的焊剂沉淀在所述容器中,然后使熔融金属通过通孔 22并且被引导到浇口7之外的一个装载容器34中。通过设置有气态Ar吸管32的熔融金属供给泵31将清洁的熔融金属从所述腔室装到炉子3的外部 和熔融金属排出管33。
    • 8. 发明专利
    • ELECTROLYTIC POLISHING TREATMENT OF ALUMINUM OR ALUMINUM ALLOY
    • JPS58153800A
    • 1983-09-12
    • JP3633782
    • 1982-03-10
    • HONDA MOTOR CO LTD
    • HATAKEYAMA SHIGEMISUWA HIROYASUYOSHIOKA YUUZOUNINOMIYA TAMOTSU
    • C25F3/20
    • PURPOSE:To prevent a blooming in alumite treatment, by a method wherein aluminum or the like is electrolytically polished in a polishing bath containing Na2CO3 and Na3PO4 under definite voltage and thereafter held therein under specific voltage or less after the voltage is lowered within a short time. CONSTITUTION:A product to be treated comprising aluminum or an aluminum alloy is immersed in an electrolytic polishing aqueous solution containing about 10-20% Na2CO3 and about 2.5-7.5% Na3PO4 and subjected to electrolytic polishing under usual conditions wherein voltage is constantly held to about 15V, the temp. of the electrolytic polishing solution is adjusted to a range of 70- 90 deg.C and a treating time is about 4min while said aqueous solution is shaken. Subsequently, voltage is lowered to 2V or less within a short time of about several sec-30sec and, under lowered voltage of 2V or less, current supply is carried out for about 5-60sec. The product to be treated which is pulled up after current supply is stopped and subjected to the aforementioned polishing treatment has a gloss surface and causes no blooming perfectly on the oxidized film surface thereof subjected to succeeding anodization treatment.
    • 9. 发明专利
    • ELECTROCHEMICAL TREATING DEVICE
    • JPS56163300A
    • 1981-12-15
    • JP6540880
    • 1980-05-19
    • HONDA MOTOR CO LTD
    • HATAKEYAMA SHIGEMIFUJII KENJITAZOU TAKESHI
    • C25D17/08C25D17/06C25F7/00
    • PURPOSE:To prevent the scattering of treating liquid during treating, and the increase in the rate of carry-over of the treating liquid by providing a stage within a treating tank, transferring the works introduced by conveying elements on the stage, separating the elements then subjecting the works to intended treatment. CONSTITUTION:The work 2 which is conveyed by conveying elements 3 is introduced into a treating tank 1, is placed on a stage 4 provided in the tank 1 and the elements 3 are separated. In this state, the work is subjected to electrochemical treatment such as anodic oxidation. This stage 4 is formed of highly corrosion- resistant and durable Ti or the like and is so formed that electrode potential is beforehand applied thereto. Namely, the stage 4 is constituted by preparing an anode body 6 or the like connecting to one of a power source 5, and projecting electrode terminals thereto in a pair on the right and left. A cathode plate 7 opposing thereto is beforehand formed in the tank 1. Hence, the elements 3 is used simply for conveying action.