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    • 51. 发明专利
    • PHOTOSENSITIVE POLYMER COMPOSITION
    • JPS5859440A
    • 1983-04-08
    • JP15751681
    • 1981-10-05
    • HITACHI LTDHITACHI CHEMICAL CO LTD
    • KATAOKA FUMIOSHIYOUJI FUSAJIOBARA ISAOTAKEMOTO KAZUNARIYOKONO ATARUISOGAI TOKIOKOJIMA MITSUMASA
    • C08L79/08G03F7/008G03G5/07
    • PURPOSE:To enhance solubility in an aprotic polar solvent and compatibility with a polyamide carboxylic acid, by using an aromatic bisazide having a polar group or an org. silicon group introduced into the molecule as a photoinitiator for preparing a polyamide carboxylic acid having photosensitivity. CONSTITUTION:A polymer contg. a polyamide carboxylic acid or its derivative having a photosensitive unsatd. bond in a side chain of each unit of one of monomer unit constituents represented by general formulaIgives a relief structure of a heat resistant polymer, and an aromatic bisazide compd. having formula II as a photoinitiator, and when needed, a sensitizer are added to said polyamide acid. Since this is a polar polymer, uses of said aromatic bisazide compd. into which a polar group or an org. silicon group is introduced raises mutual action and enhances sensitivity. A relief pattern obtained by exposure and development is precursor of a heat resistant polyimide, so it is converted into a heat resistant polymer by heat treatment. In the formulaI, R , R , R are each aromatic group; R is a group having an unsatd. bond, or H or ammonium ion; Y is a group having an unsatd. group; X is a divalent group linking R and Y; W is H or X-Y; (n) is 1 or 2; (x) is 3-100; and COOR is combined to the ortho- or para- position of the amide group. In formula II, P is N3, or -SO2N3; R is a trivalent org. group; and Z is -OH, or -OR , and R being lower alkyl.
    • 57. 发明专利
    • Production of plastic optical connector
    • 生产塑料光连接器
    • JPS5781224A
    • 1982-05-21
    • JP15758380
    • 1980-11-11
    • Hitachi Ltd
    • SATOU HIDEMIKANEDA AIZOUYOKONO ATARUOOHASHI TOKUYOSHIMIYAKE KIYOHIDEKODAMA TOSHIROUSUZUKI KIICHI
    • G02B6/38
    • G02B6/3865G02B6/3863
    • PURPOSE:To improve dimensional accuracy by placing all of a hollow hole for specifying the accuracy of a connector and an optical fiber insertion hole penetrated in this and a projection provided to a stationary core pin in a stationary die part. CONSTITUTION:A projection 8' of a small circular cylinder is provided at the center of the leading end of a stationary core pin 8, and is so formed as to fit the leading end part of a movable core pin 8. Plastic molding dies 2 are used and after the dies are clamped, a moving core pin 6 is advanced to fit the leading end thereof onto the leading end part of the projection 8'. Next, a resin is injected into a cavity 7, and is molded, after which the pin 6 is retreated and the molded optical connector is removed. Thereby, the accuracy of the axial center alignment of the optical fiber insertion hole and the optical connector body is improved.
    • 目的:通过放置用于指定连接器的精度的所有中空孔和穿入其中的光纤插入孔以及设置在固定模具部件中的固定芯销的突起来提高尺寸精度。 构成:在固定芯销8的前端的中央设置有小圆筒的突起8',并且形成为与可动芯针8的前端部嵌合。塑料成形模具2为 使用并且在模具被夹紧之后,移动的芯销6前进以将其前端装配到突起8'的前端部分上。 接下来,将树脂注入空腔7中,并将其模制,然后将销6退回并且将模制的光连接器移除。 由此,提高了光纤插入孔和光连接体的轴向中心对准的精度。
    • 58. 发明专利
    • Rim molded substance and molding thereof
    • RIM模塑物品和模具
    • JPS5763234A
    • 1982-04-16
    • JP13679280
    • 1980-10-02
    • Hitachi Ltd
    • NAKAMURA SHIYOUZOUKOUYA KENICHIGOTOU MASAOYOKONO ATARU
    • B29C45/14B29C43/00B29C45/26B29C67/24B29C70/64
    • B29C67/246B29C70/64
    • PURPOSE:To obtain a RIM molded substance with reformed properties such as flexural strength, stiffness and heat resistance by mixing magnetic metal powder with a skin layer at the time of RIM molding for strengthening the skin layer. CONSTITUTION:After measuring polyol (an undiluted solution A) and isocyanate (an undiluted solution B) at 1:1 both undiluted solutions are fed nto a mixing head 12 through, for instance, a hose 13 and here said solutions are implinged and mixed at high speed to be injected into a mold. Prior to said injection, in the opened state of the mold the magnetic metal powder 19 such as silane-treated iron powder etc. is uniformly spread on the surface f the cavity of the upper mold 2, 2A and the lower mold 3, 3A built-in with magnetic substances 18 of form a layer of metal powder of about 0.3mm. of the magnetic substances. Metal powder 19 of the magnetic substances remains closely adhered to the surface of the cavity 6 owing to magnetism of the magnetic substances 18 so as to be solidified after holding about 3-4 minutes after injection of the undiluted solution to obtain a RIM molded substance 15A having a strong skin layer 16A.
    • 目的:通过在RIM模制时将磁性金属粉末与表皮层混合来获得具有改性性能如弯曲强度,刚度和耐热性的RIM模制物质,以增强表皮层。 构成:在以1:1的方式测量多元醇(未稀释的溶液A)和异氰酸酯(未稀释的溶液B)之后,将未稀释的溶液通过例如软管13供给到混合头12中,并且这里所述溶液被包埋并混合在 高速注入模具。 在所述注射之前,在模具的打开状态下,诸如硅烷处理的铁粉等的磁性金属粉末19均匀地分布在上模具2A,2A和下模具3A,3A的内腔的表面上 其中磁性物质18形成约0.3mm的金属粉末层。 的磁性物质。 磁性物质的金属粉末19由于磁性物质18的磁性而保持紧密地附着到空腔6的表面,以便在注射未稀释溶液后保持约3-4分钟后固化,得到RIM模制物质15A 具有强的表皮层16A。
    • 59. 发明专利
    • Resin composition for sealing electronic part and sealing method of electronic part
    • 密封电子部件的树脂组合物和电子部件的密封方法
    • JPS5740557A
    • 1982-03-06
    • JP11478480
    • 1980-08-22
    • Hitachi Ltd
    • EBINUMA NAOTAKEKANEDA AIZOUYOKONO ATARU
    • C08L81/00B29C35/00B29C45/14C08L81/02H01B3/30H01G4/224H01L21/56H01L23/29H01L23/31
    • PURPOSE: The titled resin composition consisting of polyphenylene sulfide and a fine particulate inorganic filler of specific particle diameter without causing the deterioration in electrical characteristics in use and disconnection of bonding wires.
      CONSTITUTION: A resin composition consisting of 40W70wt% polyphenylene sulfide and 60W30wt% fine particulate inorganic filler, e.g. silica or alumina, having the maximum particle diameter of 100μ and an average particle diameter of 40W50μ. The addition of polycarbonate, polyimide and silicone resin reduces the elasticity of the composition, and the addition of a surfactant, e.g. a silane coupling agent, improves the adhesive force. An electronic part is sealed in the resultant resin composition at an internal pressure in a mold cavity of 20W500kg/cm
      2 , a resin temperature in a nozzle of 280W360°C and a mold temperature of 100W200°C by using an injection molding machine equipped with a nozzle having a shut-off valve or further a gas vent mechanism.
      COPYRIGHT: (C)1982,JPO&Japio
    • 目的:由聚苯硫醚和特定粒径的细颗粒无机填料组成的标题树脂组合物,不会导致接合线的使用和断开中的电特性的劣化。 构成:由40-70重量%聚苯硫醚和60-30重量%细颗粒无机填料组成的树脂组合物, 二氧化硅或氧化铝,其最大粒径为100微米,平均粒径为40-50微米。 聚碳酸酯,聚酰亚胺和有机硅树脂的添加降低了组合物的弹性,并且添加了表面活性剂,例如, 硅烷偶联剂,提高粘合力。 将电子部件密封在所得树脂组合物中,模腔内部压力为20-500kg / cm 2,喷嘴中的树脂温度为280-360℃,模具温度为100-200度 通过使用配备有具有截止阀的喷嘴或另外的排气机构的注射成型机。
    • 60. 发明专利
    • Method and device for regeneration of chemical copper plating solution
    • 用于再生化学镀铜溶液的方法和装置
    • JPS5732360A
    • 1982-02-22
    • JP10773980
    • 1980-08-07
    • Hitachi Ltd
    • KIKUCHI HIROSHIOKA HITOSHIYOKONO ATARUSUZUKI HARUOYOSHIMURA TOYOFUSAMATSUO AKIRAMIYAZAWA OSAMUTANAKA ISAMUISOGAI TOKIO
    • C23C18/16B01D61/44C23C18/31C23C18/40
    • B01D61/44
    • PURPOSE: To selectively remove harmful ions without causing change of properties of a chemical copper plating soln. wherein harmful ions are accumulated through plating operation, and regenerate the plating soln. by subjecting said plating soln. to combined treatments of ion exchanging and electrodialysis.
      CONSTITUTION: Cu ions, reducing agents and hydroxyl ions are replenished respectively from replenishing vessels 2, 3, 4, into a chemical Cu plating vessel 1, whereby chemical Cu plating is accomplished. To remove the harmful Na, So
      4 , HCOO, CO
      3 ions, etc. having been accumulated by the plating, first the soln. is introduced into an ion exchange vessel 5, where it is allowed to contact with anion exchange resins to exchange SO
      4 ions and CO
      3 ions to HCOO ions. Next, it is introduced into an electrodialysis vessel 6, where the HCOO ions and harmful ions of alkali metal ions such as Na are separated from chelated Cu ions, chelating agents, etc. as essential components and are selectively removed by electrodialysis, after which they are reflowed to a concd. liquid vessel 7. The regenerated plating soln. is reflowed to the vessel 1.
      COPYRIGHT: (C)1982,JPO&Japio
    • 目的:选择性地去除有害离子,而不会改变化学镀铜溶液的性能。 其中通过电镀操作累积有害离子,并再生电镀溶液。 通过对所述电镀溶液进行处理。 进行离子交换和电渗析的组合处理。 构成:将Cu离子,还原剂和羟基离子分别从补充容器2,3,4补充到化学镀铜容器1中,从而实现化学镀铜。 为了除去已经通过电镀积累的有害的Na,So4,HCOO,CO3离子等,首先是溶胶。 被引入到离子交换容器5中,在那里与阴离子交换树脂接触以将SO 4离子和CO 3离子交换成HCOO离子。 接下来,将其引入电渗析容器6中,其中HCOO离子和碱金属离子如Na的有害离子与螯合的Cu离子,螯合剂等作为必要组分分离,并通过电渗析选择性除去,之后它们 被回流到一个concd。 液体容器7.再生电镀溶液。 被回流到船只1。