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
    • Battery pack
    • 电池组
    • JP2000077047A
    • 2000-03-14
    • JP24559298
    • 1998-08-31
    • Sumitomo Electric Ind Ltd住友電気工業株式会社
    • HOSOKAWA TAKEHIROTAKANO SATORUNISHIMURA AKIRA
    • H01M2/10
    • Y02E60/12
    • PROBLEM TO BE SOLVED: To provide a battery pack having a film-like battery cell capable of preventing the leakage of an electrolyte to the outside of the battery cell.
      SOLUTION: Adhesion parts 8a, 9a of the peripheries of a pair of films 8, 9 are stuck through an adhesive to form a case 7 of a battery cell 4. The adhesion parts 8a, 9a are piled up through the adhesive to form a sealing part. In the state where both covers 2, 3 are bonded, the upper step surface 18 of the upper cover 2 and the lower step surface 13 of the lower cover 3 mechanically press the sealing part in the vertical direction. Even when the pressure within the battery cell 4 is increased, the adhesion between a pair of adhesion parts 8a, 9a constituting the sealing part is not peeled off.
      COPYRIGHT: (C)2000,JPO
    • 要解决的问题:提供一种具有能够防止电解液向电池单元外部泄漏的膜状电池单元的电池组。 解决方案:通过粘合剂将一对薄膜8,9的周边的粘合部分8a,9a粘合在一起,形成电池单元4的壳体7.粘合部分8a,9a通过粘合剂堆积以形成密封 部分。 在两个盖2,3结合的状态下,上盖2的上台阶表面18和下盖3的下台阶表面13在垂直方向上机械地按压密封件。 即使当电池单体4内的压力增加时,构成密封部分的一对粘接部分8a,9a之间的粘合力也不会被剥离。
    • 4. 发明专利
    • Manufacture of electrode wire for wire electric discharge machining
    • 电线电线放电加工制造
    • JPS61103731A
    • 1986-05-22
    • JP22616484
    • 1984-10-27
    • Sumitomo Electric Ind Ltd
    • TAKANO SATORUEZAKI SHIGEO
    • B23H7/08
    • B23H7/08
    • PURPOSE:To increase an electric discharge machining speed and perform electric discharge machining at high tension of a wire, by heating a Cu-Zn system alloy wire containing specific % Zn in an atmosphere, almost not oxidizing Cu but oxidizing Zn, to be elongated after almost not oxidizing Cu but oxidizing Zn, to be elongated after a film mainly composed of ZnO is formed on a surface of the wire. CONSTITUTION:A Cu-Zn system alloy wire consists of a Cu-Zn alloy containing 20-40% Zn or an alloy adding to this alloy an addition element of Alambda, Si, Zr, Ti, etc. improving tensile strength particularly high temperature strength, and the Cu-Zn system alloy wire, for forming on its surface a desired film, applies heat treatment in an atmosphere almost not oxidizing Cu but oxidizing Zn. The atmosphere is such that oxidation partial pressure is 1/10 -1/10 atm generally at 450 deg.C or more and a heating time is generally required 45min or more at 500 deg.C or more and 1/10 -1/10 atm. And if the oxidation partial pressure exceeds 1/10 atm, an electrode wire having a high electric discharge machining sped is not obtained, while a film of desired thickness is not easily formed for a heating time below 45min, here an elongated wire, after it forms a film, is hardened by oxidation treatment, increasing wire tension at electric discharge machining time.
    • 目的:通过在大气中加热含有特定%Zn的Cu-Zn系合金丝,增加放电加工速度,进行高压拉伸下的放电加工,几乎不会氧化Cu但氧化Zn,以使之延长 几乎不氧化Cu但氧化Zn,在导线的表面上形成主要由ZnO构成的膜之后延伸。 构成:Cu-Zn系合金线由含有20-40%Zn或合金的Cu-Zn合金组成,添加了Al,Si,Zr,Ti等添加元素,提高抗拉强度,特别是高温强度 和Cu-Zn系合金丝,用于在其表面上形成所需的膜,在几乎不氧化Cu但氧化Zn的气氛中进行热处理。 气氛使得氧化分压通常为450℃以上为1/10 -5/10/10 atm,通常在500℃以上且1/10℃下加热时间为45分钟以上, 4> -1/10 <2> atm。 如果氧化分压超过1/10大气压,则不能获得具有高放电加工速度的电极丝,而在45分钟以下的加热时间内不容易形成所需厚度的膜,这之后是细长的线 形成薄膜,通过氧化处理硬化,在放电加工时间内增加线张力。
    • 5. 发明专利
    • Molten alloy plating apparatus
    • 钼合金涂装装置
    • JPS59173258A
    • 1984-10-01
    • JP4843983
    • 1983-03-22
    • Sumitomo Electric Ind Ltd
    • SATOU KENICHITAKANO SATORUMIYAZAKI TAKESHI
    • C22C18/00C23C2/00C23C2/06C23C26/02
    • C23C26/02
    • PURPOSE:To prolong the life of a plating tank, by forming the plating tank of an apparatus for applying the melt-plating of a Zn-Al alloy containing a specific amount or more of Al to the surface of a metal from an Fe-alloy containing Cr in a specific amount of more while indirectly heating a molten bath. CONSTITUTION:The plating tank in which the molten bath of a Zn-Al alloy is received of an apparatus for applying the melt-plating of an Zn-Al alloy containing 0.01% or more of Al to the surface of a metal is formed of an Fe-alloy containing 15% or more of Cr. That is, it is formed of stainless steel such as SUS304, 310S or 316. In addition, the heating system of the plating tank is constituted of such a system that the side surface and bottom surface of the plating tank are heated by the flame of a burner or electric heating to indirectly heat the molten alloy bath through the plating tank in place of a conventional system for directly applying heat to the molten bath.
    • 目的:为了延长电镀槽的使用寿命,通过将含有特定量的Al的Zn-Al合金的熔融镀层从Fe合金形成到金属表面, 含有特定量的Cr,同时间接加热熔融浴。 构成:将含有0.01%以上的Al的Zn-Al合金的金属镀层的设备用于镀Zn-Al合金的熔池的镀槽中,形成金属表面 含有15%以上Cr的Fe合金。 即,由SUS304,310S或316等不锈钢形成。另外,电镀槽的加热系统由电镀槽的侧面和底面被火焰加热的方式构成 燃烧器或电加热,以间接加热熔融合金浴通过镀槽代替用于直接向熔池施加热量的常规系统。
    • 6. 发明专利
    • Plating method for inner surface of hollow body
    • 中空体内表面涂层方法
    • JPS59136494A
    • 1984-08-06
    • JP1115883
    • 1983-01-24
    • Sumitomo Electric Ind Ltd
    • ISHIGURO SHINGOTAKANO SATORU
    • C25D7/04
    • PURPOSE: To apply excellent plating onto the inner surface of a hollow body, by sealing both ends of the hollow body into which an electrode is inserted with covers through which both ends of the electrode liquid-tightly thrust, and circulating a plating solution through an inlet provided at one cover and an outlet provided at the other cover.
      CONSTITUTION: A hollow body 10 is supported with a stand 11, and an electrode 12 is inserted into said hollow body 10. Thereafter, covers 13, 13' are attached to both ends of the hollow body 10, and the parts of the hollow body 10 connected to the covers 13, 13' are liquid-tightly sealed. Lead wires 12 for applying an electric current are connected to the projected parts of the electrode 12 at its both ends. Thereafter, a plating solution inside a tank 15 for a plating solution is circulated in the course of an opening 13b provided at the cover 13 → the interior of the hollow body 10 → an opening 13b' provided at the cover 13' by a circulating pump 16. At the same time, an electric current is applied for a predetermined time while holding the electrode 12 as an anode and the hollow body 10 as a cathode, to form a plating layer on the inner surface of the hollow body 10.
      COPYRIGHT: (C)1984,JPO&Japio
    • 目的:通过将电极插入电极的中空体的两端密封,将电极的两端液密地推入其中,并将电镀液循环通过 入口设置在一个盖子和设置在另一个盖子处的出口。 构成:中空体10由支架11支撑,电极12插入中空体10.此后,将盖13,13'安装在中空体10的两端,中空体的部分 连接到盖13,13'的10被液密地密封。 用于施加电流的引线12在其两端连接到电极12的突出部分。 此后,电镀液槽15内的电镀液在设置在盖13的开口13b的过程中循环,中空体10的内部设有通过循环泵16设置在盖13'的开口13b'。 同时,在将电极12作为阳极并将中空体10保持为阴极的同时,将电流施加预定时间,以在中空体10的内表面上形成电镀层。
    • 7. 发明专利
    • Processing method of zinc coated wire rod
    • 锌镀层线的加工方法
    • JPS59130621A
    • 1984-07-27
    • JP626483
    • 1983-01-17
    • Sumitomo Electric Ind Ltd
    • SAWADA KAZUOTAKANO SATORUMIYAZAKI TAKESHIEZAKI SHIGEO
    • C23C2/10B21C1/00B21C37/04C22C18/00C22F1/16
    • B21C37/042
    • PURPOSE:To manufacture a zinc coated wire rod with high productivity and easy processing and without injuring its characteristics, by using wire drawing dies more than half the number of which consist of pairs of grooved rolls, after coating Zn on the outer circumference of a core material. CONSTITUTION:In a method for manufacturing a zinc coated wire rod by coating a coating material of alloy consisting of Zn or essentially of Zn, in a ratio of cross-sectional area of >=15% of the whole body, on the outer circumference of a core material having a higher strength than that of the coating material; an alloy consisting of Zn or essentially of Zn is coated on the outer circumference of the core material in a stage where the diam. of core material is larger than that of the final one. Next, among roll dies 3 to be used in drawing, more than half the number of them are at least grooved rolls, in drawing process. The roll dies 3 are arranged in series by forming two horizontal rolls 4 and a vertical roll 5 into one pair, and calibers are provided to the rolls 4, 5 respectively. Thus a prescribed reduction of area is obtained by drawing a wire rod 6 through the dies.
    • 目的:为了生产高效且易于加工而不损伤其特性的镀锌线材,通过使用多于一半数量的拉丝模,其中包括成对的带槽辊,在将核涂覆在芯的外圆周上之后 材料。 构成:在锌涂层线材的制造方法中,通过将Zn或基本上由Zn组成的合金的涂层材料以全体的横截面积> 15%的比例涂布在外周上 具有比涂层材料强的强度的芯材料; 由锌或基本上由Zn组成的合金在直径的阶段中涂覆在芯材的外圆周上。 的核心材料大于最终材料。 接下来,在拉伸加工中使用的辊模3中,多于一半的数量为槽形辊。 辊模3通过将两个水平辊4和垂直辊5形成为一对而分别布置,并且将卷径分别设置到辊4,5。 因此,通过将线材6拉过模具来获得规定的面积减小。
    • 8. 发明专利
    • Electrode wire for wire electric discharge machining
    • 用于电力放电加工的电极线
    • JPS61103732A
    • 1986-05-22
    • JP22638084
    • 1984-10-26
    • Sumitomo Electric Ind Ltd
    • TAKANO SATORUEZAKI SHIGEO
    • B23H7/08
    • B23H7/08
    • PURPOSE:To obtain a high electric discharge machining speed further enable a wire to perform machining at its high tension, by providing a film, in which the composition excepting C and organic substance consists of ZnO of specific % or more by weight, on the surface of a Cu-Zn system alloy core material. CONSTITUTION:A Cu-Zn system alloy core material provides on its surface a film in which composition excepting C and organic substance consists of ZnO of 50% or more. In this way, a machining speed 1.3 or more times that of an ordinary brass wire can be given in many electric discharge machining conditions. While the Cu-Zn system alloy core material of Cu-Zn alloy or adding Al, Si, Zr, Ti, etc. forms a film containing ZnO of 50% or more in an atmosphere suppressing he generation of a Cu oxide and oxidizing Zn. Accordingly, an electrode wire, having a thin film with low strength and almost equal tensile strength to the core material further an electric discharge characteristic effect, enables the electric discharge machining to be performed at high tension, and the wire, providing a film containing ZnO of 50% or more, is able to perform machining generally at 5-20% higher tension.
    • 目的:为了获得高放电加工速度,还可以通过提供一种膜,其中除了C和有机物质之外的组成由具有特定%或更高重量比的ZnO组成的膜在其表面上进行加工, 的Cu-Zn系合金芯材。 构成:Cu-Zn系合金芯材料在其表面上提供了除了C和有机物质以外的组成为50%以上的ZnO的膜。 以这种方式,可以在许多放电加工条件下给出普通黄铜线的加工速度1.3倍以上。 虽然Cu-Zn系合金芯材中的Cu-Zn合金或添加Al,Si,Zr,Ti等在抑制其产生氧化铜并氧化Zn的气氛中形成含有50%以上的ZnO的膜。 因此,具有低强度的薄膜和与芯材的拉伸强度几乎相等的电极线进一步具有放电特性效果,能够进行高张力的放电加工,并且提供含有ZnO的膜 为50%以上,能够以5-20%的高张力进行加工。
    • 9. 发明专利
    • Method for forming oxide cover film to copper or copper alloy
    • 将氧化膜膜形成铜或铜合金的方法
    • JPS6126782A
    • 1986-02-06
    • JP14910084
    • 1984-07-17
    • Sumitomo Electric Ind Ltd
    • TAKANO SATORU
    • C23C22/00C23C22/68H01B13/16
    • C23C22/68
    • PURPOSE:To form oxide cover film superior in adhesive property, wear resistance, electrical insulating property with uniform thickness on the surface, by dipping Cu or Cu alloy in water contg. oxygen and specified surfactant. CONSTITUTION:Material to be treated of a part of Cu or Cu alloy, e.g. cu strand wire, etc. is put in tank, inner part of tank is exhausted, then water is poured therein. Next, cathion surfactant such as quartenary ammonium salt, or nonion surfactant such as polyoxyethylene alkylether or the like is added to about 10ppm concn. Further, oxygen is dissolved in water under gas phases system of >=0.4kg/cm oxygen partial pressure, and temp. is controlled to 60-200 deg.C. On this state, the oxide cover film superior in wear resistance, electrical insulating and adhesive properties is formed over whole strand Cu wire and also sufficiently to the gaps.
    • 目的:通过在水中浸渍Cu或Cu合金,形成粘合性,耐磨性,表面均匀厚度的电绝缘性能优异的氧化物覆盖膜。 氧和指定的表面活性剂。 构成:用Cu或Cu合金的一部分处理的材料,例如 铜线等放在罐中,罐内部被排出,然后倒入水中。 接着,加入到10ppm浓度的柠檬酸铵盐或聚氧乙烯烷基醚等非离子表面活性剂, 此外,在气体系统> = 0.4kg / cm 2氧分压下,将氧气溶解在水中, 控制在60-200摄氏度 在这种状态下,在整条Cu线上形成耐磨损性,电绝缘性和粘合性优异的氧化物覆盖膜,并且还足够地形成间隙。
    • 10. 发明专利
    • Hot-dip zinc plated ferrous metal material
    • 热镀锌镀锌金属材料
    • JPS59205459A
    • 1984-11-21
    • JP7968383
    • 1983-05-07
    • Sumitomo Electric Ind Ltd
    • MIYAZAKI TAKESHISATOU KENICHITAKANO SATORU
    • C22C18/00C23C2/06
    • C23C2/06
    • PURPOSE:To improve the surface quality of a hot-dip zinc plated ferrous metal material by preventing the formation of a granular defect on the surface thereof, by applying hot-dip plating of Zn containing a small amount of Be to the surface of an iron, a steel or an iron alloy material. CONSTITUTION:Hot-dip plating of Zn containing 0.005-0.1% of B is applied to the surface of a ferrous metal material such as an iron, a steel or an iron alloy material. By this method, because oxide formation on the surface of a Zn-plating bath is suppressed during plating by Be in Zn as well as Be having effect to improve wettability, a smooth granular defect free hot-dip Zn-plated surface can be obtained.
    • 目的:通过防止在其表面形成颗粒状缺陷来提高热镀锌黑色金属材料的表面质量,通过将含有少量Be的Zn热浸镀在铁的表面上 ,钢或铁合金材料。 构成:将含有0.005-0.1%B的Zn的热浸镀层施加到铁,钢或铁合金材料等黑色金属材料的表面。 通过这种方法,由于在镀Zn期间Zn镀层的表面上的氧化物形成被抑制,并且具有提高润湿性的效果,因此可以获得光滑的无粒状的无热镀锌的表面。