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    • 31. 发明授权
    • Switch including breaker
    • 开关包括断路器
    • US5638038A
    • 1997-06-10
    • US558369
    • 1995-11-16
    • Kazuo SuzukiShinji Sasaki
    • Kazuo SuzukiShinji Sasaki
    • H01H71/46H01H9/54H01H50/54H01H51/34H01H71/40H01H71/50H01H71/66H01H89/08H01M75/00
    • H01H71/405H01H9/542H01H2009/546H01H50/546H01H71/46H01H71/503H01H89/08
    • A switch including a breaker, the size and cost of which can be reduced is provided, the switch including a breaker having a structure such that a mechanical switch for turning an electric circuit on/off includes a breaker for interrupting the electric circuit. Moveable contacts arranged to approach and move apart from fixed contacts are elastically urged in a direction where the moveable contacts move apart from the fixed contacts. When the breaker is set, the moveable contacts are located apart from the fixed contacts in such a manner that a short distance is maintained. By switching the mechanical switch on, a solenoid is operated to bring the moveable contacts into contact with the fixed contacts. When the breaker is operated, the elastic urging force is suspended to move the moveable contacts apart from the fixed contacts for a distance longer than a distance for which the moveable contacts are located apart from the fixed contacts when the mechanical switch is switched off.
    • 提供了一种包括可以减小其尺寸和成本的断路器的开关,该开关包括具有使得电路接通/断开的机械开关的断路器包括用于中断电路的断路器的断路器。 可移动的触点布置成接近并移动离开固定触点,在可移动触点从固定触点移开的方向上被弹性推动。 当断路器被固定时,可移动触点以保持短距离的方式与固定触点分开。 通过切换机械开关,操作电磁铁,使可动触点与固定触点接触。 当断路器被操作时,当机械开关断开时,弹性推动力被悬挂以使可动触头远离固定触头移动一段距离,该距离长于可移动触点与固定触点分开的距离。
    • 34. 发明授权
    • Lapping tool and method for manufacturing the same
    • 研磨工具及其制造方法
    • US08092560B2
    • 2012-01-10
    • US11594080
    • 2006-11-08
    • Hiroshi InabaHiromu ChibaXudong YangShinji SasakiNobuto Yasui
    • Hiroshi InabaHiromu ChibaXudong YangShinji SasakiNobuto Yasui
    • B24B1/00B24D11/00B05D1/12H05H1/24C23C14/00C23C14/32C25B11/00
    • B24D18/0054B24B37/12
    • Since structural portions of a device made of a plurality of materials are different from one another in mechanical hardness, it is very difficult to uniformly lap the structural portions. This is attributable to generation of machining recessions due to differences in lapped amount when large fixed abrasive grains are used, and generation of lapping marks caused by that the dropped abrasive grains rotate. Accordingly, in order to cope with the disadvantage, it is essential to surely grip abrasive grains of small size to a surface of a surface plate.[Solving Means]Abrasive grains are fixedly forced into a surface of a lapping tool with mechanical pressure and then the surface of the lapping tool including the abrasive grains is subjected to plasma processing, whereby an improvement in adhesion between the abrasive grains and a surface plate and reduction in the number of loose abrasive grains, which are dropped from the surface of the lapping tool, can be achieved, so that it is possible to realize lapping, in which a surface of a device made of a plurality of materials is made very plane.
    • 由于由多种​​材料制成的装置的结构部分在机械硬度上彼此不同,所以很难均匀地研磨结构部分。 这是由于当使用大的固定磨粒时由于研磨量的差异而产生加工凹陷,并且由于下落的磨料颗粒旋转而产生研磨痕迹。 因此,为了应对这个缺点,必须将小尺寸的磨粒牢固地夹在表面板的表面上。 [解决方案]将研磨颗粒以机械压力固定地压入研磨工具的表面,然后对包含磨粒的研磨工具的表面进行等离子体处理,由此改善磨粒与表面板之间的粘合性 并且可以实现从研磨工具的表面落下的松散的磨粒的数量的减少,从而可以实现由多种材料制成的装置的表面非常成型的研磨 飞机
    • 38. 发明授权
    • Method for producing oxide cathode
    • 氧化物阴极的制造方法
    • US06565916B2
    • 2003-05-20
    • US09788835
    • 2001-02-20
    • Yoshiki HayashidaYoshikazu IwaiShinji Sasaki
    • Yoshiki HayashidaYoshikazu IwaiShinji Sasaki
    • B05D512
    • H01J9/042
    • A method for producing an oxide cathode including a sleeve containing a heater coil, a cathode substrate provided on one end of the sleeve, and an emissive material layer formed by thermally decomposing an alkaline earth metal carbonate layer adhered onto the cathode substrate, which method includes adhering the alkaline earth metal carbonate onto the cathode substrate so that it has a bulk density of 0.5 to 0.8 g/cm3, then pressing it so that the bulk density becomes not more than 0.9 g/cm3, and then thermally decomposing it in vacuum. Accordingly, an oxide cathode in which the current density distribution of emission electrons is smooth and an electron emission characteristic is not deteriorated when operated for a long time is realized, and a method for producing a cathode-ray tube with high resolution in which moire is invisible is provided.
    • 一种制造氧化物阴极的方法,该方法包括:包含加热器线圈的套筒,设置在套筒一端的阴极基板和通过热分解附着在阴极基板上的碱土金属碳酸盐层形成的发光材料层,该方法包括 将碱土金属碳酸盐粘附到阴极基体上,使其具有0.5至0.8g / cm 3的堆积密度,然后压制,使得堆积密度不超过0.9g / cm 3,然后在真空中热分解。 因此,实现了长时间运行时发射电子的电流密度分布平滑且电子发射特性不劣化的氧化物阴极,以及制造高分辨率的阴极射线管的方法,其中莫尔是 提供隐形。