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    • 1. 发明专利
    • Air pump
    • 气泵
    • JPS59136497A
    • 1984-08-06
    • JP859683
    • 1983-01-21
    • Mazda Motor Corp
    • MIYATA JIYUNHATSUTORI TOSHIHIKOAKAGI YUUJIOBARA HIDEO
    • C25D11/04C25D11/18C25D11/24F04C18/344F04C29/00
    • PURPOSE: To improve the wear resistance of a vane and a facing member on which the top end of said vane slides, by using carbon and an Al-Si alloy as the materials of the vane and the facing member, respectively, forming an anodically oxidized coating film on the surface of said facing member, and removing Si particles exposed to said surface by desilicification.
      CONSTITUTION: Carbon is used as the material of the vane 16 of a variable capacity vane-type air pump 10, while an Al-Si alloy is used as the material of a casing 12 as a facing member on which the top end of said vane 16 slides. An anodically oxidized coating film is formed on the surface of said facing member, and Si particles exposed to the surface of the anodically oxidized coating film are removed by desilicification.
      COPYRIGHT: (C)1984,JPO&Japio
    • 目的:通过分别使用碳和Al-Si合金作为叶片和面对构件的材料,提高叶片和所述叶片顶端的面对构件的耐磨性,形成阳极氧化 在所述面对构件的表面上涂覆薄膜,以及通过脱硅除去暴露于所述表面的Si颗粒。 构成:使用碳作为可变容量的叶片型空气泵10的叶片16的材料,而使用Al-Si合金作为壳体12的材料作为面对构件,所述叶片的顶端 16张幻灯片。 在所述面对构件的表面上形成阳极氧化的涂膜,通过脱硅除去暴露于阳极氧化涂膜表面的Si颗粒。
    • 3. 发明专利
    • Rotor housing for rotary piston engine
    • 旋转活塞发动机转子壳
    • JPS59105935A
    • 1984-06-19
    • JP21617482
    • 1982-12-08
    • Mazda Motor Corp
    • HATSUTORI TOSHIHIKOMIYATA JIYUN
    • F01C21/04F01C21/10F02B55/08
    • F02B55/08
    • PURPOSE:To prevent leakage of gas and abnormal wear of apex seals, by embedding boron nitride in pores of porous chromium plating at a specific area ratio. CONSTITUTION:Porous chromium plating 3 is applied over the trochoidal inner surface of a rotor housing 1 and boron nitride 5 is embedded in pores 4. Porosity of the pores 4 in the surface of the porous chromium plating 3 is 10-60%. In case that the pores 4 are of the pin-point type, the diameter l at the opening of the pores 4 is about 1-2mum. In case that the pores 4 are of the channel type, on the other hand, the width of the groove at its open end is selected to be 2mum or less. The depth is preferably 8-12mum in either case. The boron nitride 5 is made of fine particles having diameters of about 0.1-0.2mum and the boron nitride 5 embedded in the surface of the porous chromium plating 3 in 5-50% by the area ratio. Since boron nitride is not subjected to oxidation even under an oxidizing atmosphere if the temperature is lower than about 900 deg.C, stable self- lubricating performance can be obtained even under high temperatures.
    • 目的:为了防止气体泄漏和顶点密封件异常磨损,以氮化硼以特定面积比包埋多孔镀铬孔。 构成:多孔镀铬3施加在转子壳体1的摆线内表面上,氮化硼5嵌入孔4中。多孔铬镀层3的表面孔4的孔隙率为10-60%。 在孔4为针尖型的情况下,孔4的开口处的直径l为约1-2μm。 另一方面,在孔4为通道型的情况下,其开口端的槽的宽度选择为2μm以下。 在任一情况下,深度优选为8-12μm。 氮化硼5由具有约0.1-0.2μm的直径的细颗粒和多孔镀铬3的表面中的氮化硼5以面积比5-50%制成。 如果温度低于约900℃,氮化硼即使在氧化气氛下也不会发生氧化,即使在高温下也能获得稳定的自润滑性能。
    • 4. 发明专利
    • Apex seal of rotary piston engine and its production method
    • 旋转活塞发动机的APEX密封及其生产方法
    • JPS59188001A
    • 1984-10-25
    • JP5108083
    • 1983-03-26
    • Mazda Motor Corp
    • MIYATA JIYUNYANAGII KOUJISHIMIZU TSUTOMU
    • C22C37/00C21D5/00C22C37/08F01C19/00F01C19/02
    • C22C37/08C21D5/00F01C19/005
    • PURPOSE: To obtain an apex seal highly resistant against abrasion and thermal impact forming it with a special composition of materials and making a sliding part of a chill texture and a mother material part of a beynite structure.
      CONSTITUTION: An apex seal 1 is fitted inside a seal groove 3 provided at the top of a rotor 2 to maintain the airtightness between neighboring operation rooms 6 and 7 closely attached to the inside of a rotor housing by a spring 4. The material of the seal 1 is composed of 2.5W4,0% of C, 1.5W3.0% of Si, less than 1.0% of Mn, 0.25W2.0% of Ni, 0.25W2.0% of Mo, 0.25W2.0% of Cu, 0.05W 0.3% of B, 0.2W1.5% of Cr, 0.05W1.0% of V and the rest of Fe on the basis of weight ratio. The sliding part is made of chill texture with more than 55% are ratio of carbide, and the mother material part is made of beynite texture with less than 15% area ratio of carbide.
      COPYRIGHT: (C)1984,JPO&Japio
    • 目的:获得高度耐磨损和热冲击的顶点密封,用专门的材料组成,制成寒冷纹理的滑动部分和贝氏体结构的母材部分。 构成:将顶点密封件1安装在设置在转子2的顶部的密封槽3内,以通过弹簧4将邻近的操作室6和7之间的气密保持紧密地附接到转子壳体的内部。 密封件1由C:2.5〜4.0%,Si:1.5〜3.0%,Mn:1.0%,Ni:0.25〜2.0%,Mo:0.25〜2.0%,Cu:0.25〜2.0% - 0.3%的B,0.2-1.5%的Cr,0.05-1.0%的V和其余的Fe以重量比为基础。 滑动部分由寒冷纹理制成,超过55%是碳化物比,母材部分由碳化物的面积比小于15%的黑质组织制成。
    • 5. 发明专利
    • Rotor housing for rotary piston engine and manufacture thereof
    • 旋转活塞发动机转子壳及其制造
    • JPS59153925A
    • 1984-09-01
    • JP2660883
    • 1983-02-18
    • Mazda Motor Corp
    • MIYATA JIYUNTARUMOTO KOUJINANBA SATOSHI
    • F01C21/10F02B55/08
    • F02B55/08
    • PURPOSE:To produce a rotor housing having high abrasion-resistance at low cost by applying hard chrome galvanization having hardness higher than specific level on the innercircumference of rotor housing while forming hard ceramic film on the top surface. CONSTITUTION:A sheet metal 2 is jointed to the innercircumference of rotor housing 1 of rotary piston engine casted of aluminium alloy. Hard chrome galvanized film 3 having surface hardness Hv higher than 700 is formed on the inner-circumferential face 2a of sheet metal 2 while many pores 3a are formed in the inner-circumferential face and the surface of film 3 is made porous by applying counter-electric processing and polishing work. While hard ceramic film 4 is formed through gas phase galvanization such as spattering on the uppermost surface of film 3. Said film 4 is composed of titanium or chrome carbide layer or titanium or chrome nitride layer where the pore section 3a of film 4 is made concave. The surface hardness of said film 4 is higher than Hv 1,000 while the thickness is more than 1mu.
    • 目的:通过在顶表面上形成硬质陶瓷膜,在硬度高于特定水平的硬铬镀层上,在低温下制造具有高耐磨性的转子外壳,从而在转子外壳的内圆周上形成硬质陶瓷膜。 构成:钣金2与铝合金铸造的旋转活塞式发动机的转子壳体1的内周接合。 在金属板2的内周面2a上形成表面硬度Hv高于700的硬铬镀锌膜3,同时在内周面形成许多孔3a,并且通过应用反渗透膜,使膜3的表面多孔化, 电加工和抛光工作。 虽然通过诸如在膜3的最上表面上溅射的气相镀锌形成硬质陶瓷膜4.所述膜4由钛或碳化铬层或钛或氮化铬层组成,其中膜4的孔部分3a形成为凹 。 所述膜4的表面硬度高于Hv 1000,而厚度大于1mu。