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    • 1. 发明申请
    • Magnetic head slider
    • 磁头滑块
    • US20050201012A1
    • 2005-09-15
    • US11127081
    • 2005-05-12
    • Yoshiharu KasamatsuSusumu YoshidaTakayuki Musashi
    • Yoshiharu KasamatsuSusumu YoshidaTakayuki Musashi
    • G11B5/60G11B21/21
    • G11B5/6005G11B5/6082G11B21/21
    • A magnetic head slider comprises a slider body comprising a base portion made of an altic material and an element-forming portion, made of alumina, having formed thereon magnetic conversion elements. Slider-flying rails protruding beyond the surface of the slider body are provided. A first protection film is formed on the surface of the slider body to cover a boundary between the element-forming portion and the base portion to thereby prevent a lubricant of a magnetic disk from depositing on the boundary between the base portion and the element-forming portion. Second protection films are formed on the surfaces of the slider-flying rails to protect the magnetic conversion elements from being corroded and damaged. Further, when pneumatic bearings are provided on the slider-flying rails, third protection films are formed on the surfaces of the pneumatic bearings.
    • 磁头滑动器包括滑动体,滑动体包括由铝制成的基部和由氧化铝构成的元件形成部,其上形成有磁转换元件。 提供了突出超过滑块体表面的滑块滑轨。 在滑块体的表面上形成第一保护膜以覆盖元件形成部分和基部之间的边界,从而防止磁盘的润滑剂沉积在基部和元件形成之间的边界上 一部分。 第二保护膜形成在滑块滑轨的表面上,以保护磁转换元件免受腐蚀和损坏。 此外,当在滑块 - 飞行轨道上设置气动轴承时,在气动轴承的表面上形成第三保护膜。
    • 2. 发明申请
    • Magnetic head slider
    • 磁头滑块
    • US20070058297A1
    • 2007-03-15
    • US11595955
    • 2006-11-13
    • Yoshiharu KasamatsuSusumu YoshidaTakayuki Musashi
    • Yoshiharu KasamatsuSusumu YoshidaTakayuki Musashi
    • G11B5/60
    • G11B5/6005G11B5/6082G11B21/21
    • A magnetic head slider comprises a slider body comprising a base portion made of an altic material and an element-forming portion, made of alumina, having formed thereon magnetic conversion elements. Slider-flying rails protruding beyond the surface of the slider body are provided. A first protection film is formed on the surface of the slider body to cover a boundary between the element-forming portion and the base portion to thereby prevent a lubricant of a magnetic disk from depositing on the boundary between the base portion and the element-forming portion. Second protection films are formed on the surfaces of the slider-flying rails to protect the magnetic conversion elements from being corroded and damaged. Further, when pneumatic bearings are provided on the slider-flying rails, third protection films are formed on the surfaces of the pneumatic bearings.
    • 磁头滑动器包括滑动体,滑动体包括由铝制成的基部和由氧化铝构成的元件形成部,其上形成有磁转换元件。 提供了突出超过滑块体表面的滑块滑轨。 在滑块体的表面上形成第一保护膜以覆盖元件形成部分和基部之间的边界,从而防止磁盘的润滑剂沉积在基部和元件形成之间的边界上 一部分。 第二保护膜形成在滑块滑轨的表面上,以保护磁转换元件免受腐蚀和损坏。 此外,当在滑块 - 飞行轨道上设置气动轴承时,在气动轴承的表面上形成第三保护膜。
    • 3. 发明授权
    • Magnetic head slider
    • 磁头滑块
    • US07154710B2
    • 2006-12-26
    • US11127081
    • 2005-05-12
    • Yoshiharu KasamatsuSusumu YoshidaTakayuki Musashi
    • Yoshiharu KasamatsuSusumu YoshidaTakayuki Musashi
    • G11B5/60
    • G11B5/6005G11B5/6082G11B21/21
    • A magnetic head slider comprises a slider body comprising a base portion made of an altic material and an element-forming portion, made of alumina, having formed thereon magnetic conversion elements. Slider-flying rails protruding beyond the surface of the slider body are provided. A first protection film is formed on the surface of the slider body to cover a boundary between the element-forming portion and the base portion to thereby prevent a lubricant of a magnetic disk from depositing on the boundary between the base portion and the element-forming portion. Second protection films are formed on the surfaces of the slider-flying rails to protect the magnetic conversion elements from being corroded and damaged. Further, when pneumatic bearings are provided on the slider-flying rails, third protection films are formed on the surfaces of the pneumatic bearings.
    • 磁头滑动器包括滑动体,滑动体包括由铝制成的基部和由氧化铝构成的元件形成部,其上形成有磁转换元件。 提供了突出超过滑块体表面的滑块滑轨。 在滑块体的表面上形成第一保护膜以覆盖元件形成部分和基部之间的边界,从而防止磁盘的润滑剂沉积在基部和元件形成之间的边界上 一部分。 第二保护膜形成在滑块滑轨的表面上,以保护磁转换元件免受腐蚀和损坏。 此外,当在滑块 - 飞行轨道上设置气动轴承时,在气动轴承的表面上形成第三保护膜。
    • 5. 发明授权
    • Method of texturing surface of substrate for recording medium
    • 用于记录介质的基材表面纹理化方法
    • US06468600B1
    • 2002-10-22
    • US10067013
    • 2002-02-04
    • Susumu YoshidaYuichiro ItaiYoshiharu KasamatsuToshiro Takahashi
    • Susumu YoshidaYuichiro ItaiYoshiharu KasamatsuToshiro Takahashi
    • B05D306
    • G11B5/8404
    • A method of texturing includes the process of enhancing the hydrophilicity on the surface of a substrate for a recording medium. A texture is then formed on the surface of the substrate with an aqueous slurry in which abrasive grains are dispersed. The surface of the substrate is expected to exhibit an enhanced property of wetness to the aqueous slurry. The aqueous slurry easily spreads over and contacts the surface of the substrate even from the initial stage of the process. The abrasive grains in the aqueous slurry are allowed to uniformly spread over the surface of the substrate. Establishment of the texture can be started on the surface of the substrate at an earlier stage of the process. Even with the abrasive grains of a smaller grain size, a fine and uniform texture of a predetermined surface roughness can be established on the surface of the substrate within a shortened period. Increase in the operating period of abrasion can remarkably be suppressed irrespective of the reduced size of the abrasive grains.
    • 纹理化方法包括提高用于记录介质的基材表面上的亲水性的方法。 然后在其中分散磨料颗粒的水性浆料在基材的表面上形成织构。 预期基材的表面具有增强的水性浆液的润湿性能。 即使从工艺的初始阶段,含水浆料也容易扩散并接触基材的表面。 允许含水浆料中的磨料颗粒均匀地铺展在基材的表面上。 可以在该方法的较早阶段在衬底的表面上开始纹理的建立。 即使具有较小晶粒尺寸的磨粒,可以在缩短的时间内在衬底的表面上形成预定表面粗糙度的精细且均匀的织构。 无论磨粒的尺寸减小,磨损操作周期的增加都可以被显着抑制。
    • 9. 发明授权
    • Magnetic sensor formed of magnetoresistance effect elements
    • 磁传感器由磁阻效应元件形成
    • US07589528B2
    • 2009-09-15
    • US11682841
    • 2007-03-06
    • Hideki SatoToshiyuki OohashiYukio WakuiSusumu YoshidaKokichi Aiso
    • Hideki SatoToshiyuki OohashiYukio WakuiSusumu YoshidaKokichi Aiso
    • G01R33/02
    • B82Y25/00B82Y40/00G01R33/09G01R33/093H01F41/302Y10T29/49002Y10T29/49037Y10T428/32
    • On a single chip are formed a plurality of magnetoresistance effect elements provided with pinned layers having fixed magnetization axes in the directions that cross each other. On a substrate 10 are formed magnetic layers that will become two magnetic tunnel effect elements 11, 21 as magnetoresistance effect elements. Magnetic-field-applying magnetic layers made of NiCo are formed to sandwich the magnetic layers in plan view. A magnetic field is applied to the magnetic-field-applying magnetic layers. The magnetic field is removed after the magnetic-field-applying magnetic layers are magnetized in the direction shown by arrow A. As a result of this, by the residual magnetization of the magnetic-field-applying magnetic layers, magnetic fields in the directions shown by arrows B are applied to the magnetic layers that will become magnetic tunnel effect elements 11, 21, whereby the magnetization of the pinned layers of the magnetic layers that will become magnetic tunnel effect elements 11, 21 is pinned in the directions shown by arrows B.
    • 在单个芯片上形成有多个磁阻效应元件,该元件具有在彼此交叉的方向上具有固定的磁化轴的固定层。 在基板10上形成作为磁阻效应元件的两个磁隧道效应元件11,21的磁性层。 形成由NiCo制成的磁场施加磁性层,以在平面图中夹着磁性层。 对磁场施加磁性层施加磁场。 在磁场施加磁性层沿着箭头A所示的方向被磁化之后,去除磁场。结果,通过磁场施加磁性层的剩余磁化,所示方向上的磁场 通过箭头B施加到将成为磁隧道效应元件11,21的磁性层,由此将成为磁隧道效应元件11,21的磁性层的被钉扎层的磁化被固定在箭头B所示的方向上 。