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    • 71. 发明授权
    • Display device
    • 显示设备
    • US08730411B2
    • 2014-05-20
    • US13095524
    • 2011-04-27
    • Hiroyuki OnoMakoto KoizumiNaoto SukouNobuyuki Hara
    • Hiroyuki OnoMakoto KoizumiNaoto SukouNobuyuki Hara
    • H04N5/64
    • F16M11/10F16M11/38F16M13/022F16M2200/08H04N5/65
    • A display device includes: a front-face member having a transparent plate, a frame having a joint face joined to a rear face of the transparent plate by a joint layer and a holding face provided upright from the joint face, and a hook projected from the holding face of the frame to the outer periphery side of the transparent plate; a display panel which is fit in the frame; a sandwiching member having a pair of clipping faces which come into contact with rear and front faces of the display panel, a side face connecting the pair of sandwiching faces, and an opening which is formed in the side face and to which the hook is inserted; and a rear-face casing covering the entire rear face of the transparent plate.
    • 显示装置包括:具有透明板的正面构件,具有通过接合层连接到透明板的后表面的接合面的框架和从接合面竖立设置的保持面以及从 框架的保持面到透明板的外周侧; 一个适合框架的显示面板; 具有与显示面板的后表面和前表面接触的一对夹持面的夹持构件,连接该一对夹持面的侧面和形成在侧面中的开口,钩插入该开口 ; 以及覆盖透明板的整个后表面的后表面壳体。
    • 74. 发明授权
    • Article advancing device and article arrangement shelf
    • 文章推进装置和物品安排架
    • US08251232B2
    • 2012-08-28
    • US12955142
    • 2010-11-29
    • Kazunori NakayaKoichi YamazakiHiroyuki OnoTatsuo Arakawa
    • Kazunori NakayaKoichi YamazakiHiroyuki OnoTatsuo Arakawa
    • A47F1/04B65H75/34B65H75/48
    • A47F1/126
    • An article advancing device and an article arrangement shelf with simple structures can be securely operated without electric power. The article advancing device includes elongated drawer members with flexible band-shaped sheets and stopper structures disposed at distal ends of the flexible band-shaped sheets to allow articles to be arranged on the elongated drawer members when pulled-out, rollers for fixing proximal ends of the band-shaped sheets in position and winding up the band-shaped sheets by predetermined driving force while allowing the band-shaped sheets to be freely pulled out, and a main body for housing the rollers and the wound up band-shaped sheets. The rollers are disposed in parallel to each other within the main body, and the elongated drawer members are disposed on the rollers respectively so as not to overlap each other in a width direction.
    • 可以在没有电力的情况下可靠地操作具有简单结构的物品推进装置和物品布置架。 物品推进装置包括细长的抽屉构件,其具有柔性带状片和设置在柔性带状片的远端处的止挡结构,以允许制品在拉出时布置在细长的抽屉构件上,用于固定近端的辊 将带状片放置在适当位置,并且通过预定的驱动力卷绕带状片,同时允许带状片被自由拉出,以及用于容纳辊和卷绕带状片的主体。 辊子在主体内彼此平行地设置,并且细长的抽屉构件分别设置在辊子上,以便在宽度方向上彼此不重叠。
    • 79. 发明授权
    • Magnetic head of magnetoresistance effect type and process for production thereof
    • 磁阻效应磁头及其制造方法
    • US07489482B2
    • 2009-02-10
    • US11009773
    • 2004-12-10
    • Hiroyuki OnoHiroaki SuzukiToshio SunagaHisatada MiyatakeHideo Asano
    • Hiroyuki OnoHiroaki SuzukiToshio SunagaHisatada MiyatakeHideo Asano
    • G11B5/39
    • G11B5/39
    • In the case of magnetic head of magnetoresistance effect type whose breakdown voltage is as low as 0.3 V, it is impractical to ignore even a very small amount of static electricity that occurs during fabrication or use. In one embodiment, the desired magnetic head is produced by forming an SiO2 layer on a silicon slider, thereby forming an SOI substrate; forming on the SOI substrate circuits to protect a TMR element from overvoltage and a read-write circuit; forming field effect transistors from an Si semiconductor layer (formed by reduction of the SiO2 layer or epitaxial growth on the SiO2 layer); forming three electrodes (source, gate, drain) on the Si semiconductor layer; forming a Schottky diode by Schottky contact (metal) with the Si semiconductor layer; forming overvoltage protective circuits of aluminum wiring on the SOI substrate; and forming a TMR element.
    • 在其击穿电压低至0.3V的磁阻效应型磁头的情况下,即使在制造或使用期间发生的非常少量静电也是不切实际的。 在一个实施例中,通过在硅滑块上形成SiO 2层来制造所需的磁头,由此形成SOI衬底; 在SOI衬底电路上形成以保护TMR元件免受过电压和读写电路; 从Si半导体层形成场效应晶体管(通过SiO 2层的还原或SiO 2层上的外延生长形成); 在Si半导体层上形成三个电极(源极,栅极,漏极); 通过与Si半导体层的肖特基接触(金属)形成肖特基二极管; 在SOI衬底上形成铝布线的过电压保护电路; 并形成TMR元件。
    • 80. 发明申请
    • Method of Measuring Calorie of Object and Device of Measuring Calorie of Object
    • 测量对象热量的方法和测量对象热量的方法
    • US20070218174A1
    • 2007-09-20
    • US10592055
    • 2005-03-10
    • Kenkoh HanamatsuHiroyuki OnoHideo OdagiriTakahiro SawaKatsuyuki Miura
    • Kenkoh HanamatsuHiroyuki OnoHideo OdagiriTakahiro SawaKatsuyuki Miura
    • G01N33/02G01N21/62
    • G01N21/4738G01G19/4146G01J3/02G01J3/021G01J3/0232G01J3/0264G01J3/027G01J3/108G01J3/1256G01J3/42G01N21/3563G01N21/359G01N33/02G01N2021/151G01N2201/0618G01N2201/067G01N2201/0696G01N2201/1293
    • The invention makes it possible to measure a calorie by using near-infrared rays, thereby realizing calorie measurement of an object to be quickly and easily performed using a non-destructive method. A device of measuring calorie of an object includes an object holding unit (1) including a table (2) on which an inspection-target object (M) is placed; a light source unit (20) that supplies light in near-infrared regions to irradiate the inspection-target object (M) placed on the turning table (2); a light reception unit (30) that receives light reflected from or transmitted though the object (M); and a control unit (40) that calculates the calorie of the object (M) in accordance with the absorbances of the light received by the light reception unit (30). In the control unit (40), the calorie of object (M) is calculated in accordance with a regression expression and the absorbances of the light received by the light reception unit (30). In this case, the regression expression is preliminarily calculated in the manner that near-infrared rays are irradiated on a calorie known sample object (M), and multiple-regression analyses are performed on second derivative spectra at the absorbances of light reflected from or transmitted though the sample object (M).
    • 本发明可以通过使用近红外线测量卡路里,从而通过非破坏性方法实现快速且容易地进行的物体的卡路里测量。 测量物体卡路里的装置包括物体保持单元(1),其包括放置有检查对象物(M)的台(2) 光源单元(20),其在近红外区域中供应光以照射放置在所述转台(2)上的检查对象物体(M); 接收从物体(M)反射或透过物体(M)的光的光接收单元(30)。 以及根据由光接收单元(30)接收的光的吸光度计算物体(M)的热量的控制单元(40)。 在控制单元(40)中,根据回归表达式和由光接收单元(30)接收的光的吸收度来计算物体(M)的热量。 在这种情况下,回归表达式以近红外线照射在热量已知样品(M)上的方式进行初步计算,并且对从二次导数光谱反射或透射的光的吸光度进行多元回归分析 虽然样本对象(M)。