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
    • 1. 发明授权
    • Method for manufacture stress detector
    • 制造应力检测器的方法
    • US4954215A
    • 1990-09-04
    • US346112
    • 1989-05-05
    • Hiroshi SatouYoshihiko UtsuiKiyotugu TuneyoshiTakashi TaniguchiKousuke HaragaKeitarou Tsukui
    • Hiroshi SatouYoshihiko UtsuiKiyotugu TuneyoshiTakashi TaniguchiKousuke HaragaKeitarou Tsukui
    • G01L3/10
    • G01L3/102Y10T29/49071
    • This invention relates to a method for manufacturing a highly reliable stress detector. Conventionally, a step of bonding and securing magnetic elements (4) to a driven shaft (1) receiving a stress was needed, so that a high technique was needed to secure the magnetic elements (4) uniformly at the entire surface and transversely symmetrically, disadvantageously increasing the process cost.The present invention therefore has as its object the manufacture of a reliable stress detector by simplifying the process of securing the magnetic elements (4) and realizing a good attachment. According to this invention, a strip of magnetic thin sheet is secured around the driven shaft receiving a stress, and a selective coating removal treatment is applied to the magnetic thin sheet secured to the driven shaft to form magnetic elements parallelly arranged at a predetermined angle relative to the central axis of the driven shaft. Also, the present invention includes a technique using an epoxy-based bonding agent in the attachment and regulating its thickness. According to this invention, a highly reliable stress detector can be realized by a simple, low-cost process, and the stress detector of the present invention can be widely used in a wide field of industrial apparatus such as automobiles.
    • PCT No.PCT / JP88 / 00727 Sec。 371日期1989年5月5日 102(e)日期1989年5月5日PCT提交1988年7月20日PCT公布。 出版物WO89 / 00770 日本1989年1月26日。本发明涉及一种用于制造高可靠性应力检测器的方法。 通常,需要将磁性元件(4)接合并固定到受压应力的从动轴(1)的步骤,因此需要高技术将磁性元件(4)均匀地固定在整个表面上并横向对称, 不利地增加了工艺成本。 因此,本发明的目的是通过简化固定磁性元件(4)的过程并实现良好的附着来制造可靠的应力检测器。 根据本发明,磁片薄片被固定在从动轴周围,承受应力,并且对固定到从动轴的磁性薄片施加选择性涂层去除处理,以形成以预定角度相对平行布置的磁性元件 到从动轴的中心轴线。 此外,本发明包括在附着中使用环氧类粘合剂并调节其厚度的技术。 根据本发明,可以通过简单,低成本的方法实现高可靠性的应力检测器,并且本发明的应力检测器可广泛用于诸如汽车的工业设备的广泛领域。
    • 2. 发明授权
    • Rotary drum device having a head drive with positively bonded bobbin
fixing members
    • 旋转鼓装置,具有带有正向联结筒管固定构件的头驱动
    • US4985794A
    • 1991-01-15
    • US356098
    • 1989-05-24
    • Naoki KatoToshiro TsukaharaSatoshi YanauraKousuke Haraga
    • Naoki KatoToshiro TsukaharaSatoshi YanauraKousuke Haraga
    • G11B5/588H01F7/06H02K33/18
    • H01F7/066G11B5/588
    • A head drive for a rotary drum device comprising a plurality of yokes made of magnetic material and magnets housed in the yokes for forming a plurality of magnetic fluxes. A bobbin, comprising a first material surrounds the magnets and has a coil formed on the bobbin. The coil is covered with a second material. At least one circular, non-magnetic leaf spring having an inner periphery and an outer periphery and supported at the outer periphery or the inner periphery by at least one of the yokes and the magnetic means supports the coil. Fixing members, comprising a third material are positioned at the inner periphery of the leaf spring. This third material is positively dissolved and welded to at least one of the first material and the second material with a bonding solvent whereby the leaf spring supports the coil. A prolongation at a portion of the outer periphery of the leaf spring can support a magnetic head.
    • 一种用于旋转鼓装置的头驱动器,包括由磁性材料制成的多个轭和容纳在轭中的用于形成多个磁通量的磁体。 一种线轴,包括第一材料围绕磁体并且具有形成在线轴上的线圈。 线圈被第二材料覆盖。 至少一个具有内圆周和外圆周的圆形非磁性片弹簧,通过至少一个轭和磁性装置在外周或内周上支承着线圈。 包括第三材料的固定件位于板簧的内周。 该第三材料通过粘合溶剂被积极地溶解并焊接到第一材料和第二材料中的至少一个,由此板簧支撑线圈。 在板簧的外周的一部分上的延长部可以支撑磁头。
    • 3. 发明授权
    • Cathode-ray tube with multi-layer resin coating on faceplate providing
implosion protection
    • 阴极射线管在面板上具有多层树脂涂层,提供内爆保护
    • US4943862A
    • 1990-07-24
    • US155597
    • 1988-02-12
    • Kazuo UesakaAkira YamadaKazuyoshi TeramotoItuo NishiyamaKousuke Haraga
    • Kazuo UesakaAkira YamadaKazuyoshi TeramotoItuo NishiyamaKousuke Haraga
    • H01J29/87H01J29/88
    • H01J29/87H01J2229/875
    • An implosion protected cathode ray tube which comprises a glass envelope having a faceplate; and a layered protective structure deposited over and positioned frontwardly of the faceplate. The layered protective structure includes a first resin-coated layer held in contact with the faceplate, a hard coated layer for protecting the first resin-coated layer and a second resin-coated layer formed between the first resin-coated layer and the hard coated layer. The first resin-coated layer has a hardness which corresponds to 1H or lower of hardness of drafting pencil lead, and an elongation at breakage within the range of 65 to 85%. The first resin-coated layer also has a break strength of 3.5 kilograms per square millimeter or greater. The hard coated layer has a hardness which corresponds to 5H or higher of hardness of drafting pencil lead, and an elongation of 3% or smaller at breakage. The second resin-coated layer has a hardness generally intermediate between the hardness of the first resin-coated layer and that of the hard coated layer and also an elongation at breakage generally intermediate between the elongation of the first resin-coated layer at breakage and that of the hard coated layer at breakage.
    • 一种内爆保护阴极射线管,其包括具有面板的玻璃外壳; 以及沉积在面板的正上方并位于其上的分层保护结构。 分层保护结构包括与面板保持接触的第一树脂涂层,用于保护第一树脂涂层的硬涂层和形成在第一树脂涂层和硬涂层之间的第二树脂涂层 。 第一树脂涂层的硬度相当于牵伸铅笔的硬度的1H以下,断裂伸长率在65〜85%的范围内。 第一树脂涂层也具有3.5千克/平方毫米或更大的断裂强度。 硬涂层的硬度相当于牵伸铅笔的硬度为5H以上,断裂时的伸长率为3%以下。 第二树脂涂层的硬度通常介于第一树脂涂层的硬度与硬涂层的硬度之间,以及断裂伸长率通常介于第一树脂涂覆层的断裂伸长率之间, 的硬涂层破裂。
    • 5. 发明授权
    • Elevator panel
    • 电梯面板
    • US4414257A
    • 1983-11-08
    • US281626
    • 1981-07-09
    • Kousuke HaragaKatsutoshi Hattori
    • Kousuke HaragaKatsutoshi Hattori
    • B32B3/28B66B11/02
    • B66B11/0226B32B3/28Y10T428/12347Y10T428/24694
    • A panel for an elevator composed of a surface plate and a corrugated reinforcing member having ridges facing the surface plate with the surface plate and the corrugated reinforcing member being joined to each other by a room temperature curing modified acrylate adhesive of a two-part non-solvent type applied in flat layers in an unmixed condition to the entire crest of the ridges and surface portions of the surface plate facing the ridges. The elevator panel thus formed retains the adhesive in a satisfactorily cured condition with a high level of adhesive strength while providing a greatly improved level of soundproofing and damping as well as ease of fabrication.
    • 一种用于电梯的面板,其由表面板和波纹状加强构件组成,所述波纹状加强构件具有面向所述表面板的具有所述表面板的波纹状加强构件,并且所述波纹状加强构件通过两部分非均匀性的室温固化改性丙烯酸酯粘合剂彼此接合, 将溶剂类型以未混合的状态施加在平坦的层中,并且与面对脊的表面的脊和表面部分的整个峰顶相对应。 这样形成的升降板将粘合剂保持在令人满意的固化条件下,具有高水平的粘合强度,同时提供了大大提高的隔音和阻尼水平以及易于制造。