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
    • 31. 发明申请
    • Optical glass and optical element
    • 光学玻璃和光学元件
    • US20070004581A1
    • 2007-01-04
    • US11473623
    • 2006-06-23
    • Toshiharu Mori
    • Toshiharu Mori
    • C03C3/068
    • C03C3/068
    • The optical glass of the invention comprising: SiO2: 10 to 30%, B2O3: 15 to 35%, Li2O: 0 (inclusive) to 10%, Na2O: 0 (inclusive) to 5%, and K2O: 0 (inclusive) to 5% provided that Li2O+Na2O+K2O: 0 to 15%; MgO: 0 (inclusive) to 25%, CaO: 0 (inclusive) to 25%, BaO: 0 (inclusive) to 25%, SrO: 0 (inclusive) to 25%, and ZnO: 18 to 55% provided that MgO+CaO+BaO+SrO+ZnO: 18 to 55%; and La2O3: 5 to 20%. This optical glass does not substantially contain poisonous materials such as lead and arsenic. This optical glass has given optical constants, has a low Tg, a low TL and a good devitrification resistance, and is suitable for press molding.
    • 本发明的光学玻璃包括:SiO 2:10〜30%,B 2 O 3:15〜35%,Li 2 O(0)以上0〜10%,Na 2 O:0(含)〜5%,K 2 O:0(含0〜 )至5%,条件是Li 2 O + Na 2 O + K 2 O:0至15%; MgO:0(含)至25%,CaO:0(含)至25%,BaO:0(含)至25%,SrO:0(含)至25%,ZnO:18至55% + CaO + BaO + SrO + ZnO:18〜55% 和La 2 O 3:5〜20%。 该光学玻璃基本上不含铅,砷等有毒物质。 该光学玻璃具有光学常数,具有低Tg,低TL和良好的耐失透性,并且适用于压制成型。
    • 33. 发明授权
    • Push-button switch incorporating self-restoring function
    • 具有自恢复功能的按钮开关
    • US06207914B1
    • 2001-03-27
    • US09563965
    • 2000-05-03
    • Toshiharu Mori
    • Toshiharu Mori
    • H01H1358
    • H01H13/568
    • A push-button switch including a sliding member, a lock pin for locking the sliding member at a certain location, a heart cam including a lock cam along which the lock pin slides, and a movable stopper member, disposed at the heart cam, for holding the lock pin in a lock position as a result of cooperating with the lock cam or for unlocking the lock pin. The push-button switch incorporates a self-restoring function, wherein friction between the lock pin and the lock cam during an auto-off state is reduced to decrease the amount of force required to unlock the lock pin, thereby reducing the solenoid actuating current, and simplifying the actuating structure, as a result of which a more reliable product with a longer life and a smaller size can be produced.
    • 一种按钮开关,包括滑动构件,用于将滑动构件锁定在特定位置的锁定销,包括锁定销滑动的锁定凸轮的心形凸轮以及设置在心脏凸轮处的可动止动构件,用于 由于与锁定凸轮协作或解锁锁定销,锁定销锁定在锁定位置。 按钮开关包括自恢复功能,其中在自动关闭状态期间锁定销和锁定凸轮之间的摩擦减小以减少解锁锁定销所需的力的量,从而减小螺线管致动电流, 并且简化了致动结构,结果可以产生具有更长寿命和更小尺寸的更可靠的产品。
    • 35. 发明授权
    • Buckle switch and buckle device
    • 扣式开关和扣环装置
    • US07657979B2
    • 2010-02-09
    • US10577842
    • 2004-10-26
    • Yukinori MidorikawaAyaki OyamadaToshiharu Mori
    • Yukinori MidorikawaAyaki OyamadaToshiharu Mori
    • A44B11/25
    • H01H13/186B60R22/48B60R2022/4816H01H1/365H01H1/42H01H13/06H01H36/00H01H2071/048Y10T24/45623
    • To provide a buckle switch and buckle device wherein a first switch section and a second switch section are unitized to provide improved assembling workability and increased production efficiency.As a tongue plate is inserted to a buckle body to move a slider, a pressing segment 23b of the slider rotates a leaf spring 46 in a direction a and, hence, a depressible portion 44c is depressed to cause a movable member 44 to move in a direction X2. At this time, a stationary contact 71a moves into and is pinched by pinch members 53 of a movable contact 50 disposed on the movable member 44, rendering the switch section SW1 to assume a conductive state. Concurrently, since a magnet M2 is placed in opposition to a magnetic detecting element 61, a second switch section SW2 is switched over. By unitizing the first and second switch sections, assembling workability of a buckle switch 40 to the buckle body can be improved, enabling an increase in production efficiency.
    • 提供一种带扣开关和带扣装置,其中第一开关部分和第二开关部分被组合以提供改进的组装操作性和提高的生产效率。 当舌板被插入到带扣体中以移动滑块时,滑块的按压段23b使板簧46沿着方向a旋转,因此压下部分44c被压下以使可动构件44移动 方向X2。 此时,固定触点71a移动到设置在可动构件44上的可动触点50的夹紧构件53中并被其夹持,使开关部SW1呈现导通状态。 同时,由于磁体M2与磁检测元件61相对放置,所以切换第二开关部SW2。 通过使第一开关部和第二开关部的组合,可以提高带扣开关40与带扣体的组装作业性,能够提高生产效率。
    • 36. 发明申请
    • Buckle Switch and Buckle Device
    • 带扣开关和带扣装置
    • US20070271746A1
    • 2007-11-29
    • US10577842
    • 2004-10-26
    • Yukinori MidorikawaAyaki OyamadaToshiharu Mori
    • Yukinori MidorikawaAyaki OyamadaToshiharu Mori
    • A44B11/25B60R22/48
    • H01H13/186B60R22/48B60R2022/4816H01H1/365H01H1/42H01H13/06H01H36/00H01H2071/048Y10T24/45623
    • [Summary][Problem] To provide a buckle switch and buckle device wherein a first switch section and a second switch section are unitized to provide improved assembling workability and increased production efficiency. [Means for Solving Problem] As a tongue plate is inserted to a buckle body to move a slider, a pressing segment 23b of the slider rotates a leaf spring 46 in a direction a and, hence, a depressible portion 44c is depressed to cause a movable member 44 to move in a direction X2. At this time, a stationary contact 71a moves into and is pinched by pinch members 53 of a movable contact 50 disposed on the movable member 44, rendering the switch section SW1 to assume a conductive state. Concurrently, since a magnet M2 is placed in opposition to a magnetic detecting element 61, a second switch section SW2 is switched over. By unitizing the first and second switch sections, assembling workability of a buckle switch 40 to the buckle body can be improved, enabling an increase in production efficiency.
    • 发明内容提供一种带扣开关和带扣装置,其中第一开关部分和第二开关部分被组合以提供改进的组装操作性和提高的生产效率。 解决问题的方法由于将舌板插入到带扣体中以移动滑块,所以滑块的按压段23b使板簧46沿a方向旋转,因此压下部分44c被压下 使可动构件44沿X 2方向移动。 此时,固定触点71a移动到设置在可动构件44上的可动触头50的夹紧构件53夹紧并被其夹紧,使开关区SW 1呈现导通状态。 同时,由于磁体M 2与磁检测元件61相对放置,所以切换第二开关部SW 2。 通过使第一开关部和第二开关部的组合,可以提高带扣开关40与带扣体的组装作业性,能够提高生产效率。
    • 37. 发明授权
    • Push switch
    • 按钮开关
    • US07122756B2
    • 2006-10-17
    • US11167762
    • 2005-06-27
    • Atsumi SasakiToshiharu MoriKenji Sawada
    • Atsumi SasakiToshiharu MoriKenji Sawada
    • H01H13/00H01H1/36H01H3/42H01H9/18
    • H01H13/28H01H13/023
    • A push switch includes an operating body, a case, a return spring, and a light source. The operating body is controlled by push operation, includes a through-hole in the center and a display portion at the upper edge of the through-hole, and supports a movable contact unit. The case has the insert hole on a bottom surface opposing the through-hole and fixed contact units on an inner surface of the sidewall. The movable contact unit comes into contact with fixed contact units. The return spring is interposed between the case and the operating body and returns the position of the operating body in the reverse direction of the push operation. The light source stored in the insert hole and the through-hole. The through-hole is formed linearly in the direction the operating body is moved during the push operation so that the light source does not interfere with the operating body.
    • 按钮开关包括操作体,外壳,复位弹簧和光源。 操作体通过按压操作控制,在中心具有通孔,在通孔的上边缘处包括显示部分,并且支撑可动接触单元。 壳体在与通孔相对的底面上具有插入孔,在侧壁的内表面上具有固定接触单元。 可动接触单元与固定接触单元接触。 复位弹簧设置在壳体和操作体之间,并沿与推动操作相反的方向返回操作体的位置。 光源存储在插入孔和通孔中。 通孔在按压操作期间沿着操作体移动的方向线性地形成,使得光源不干扰操作体。
    • 38. 发明申请
    • Method of manufacturing glass substrate for information recording medium
    • 信息记录介质用玻璃基板的制造方法
    • US20050204777A1
    • 2005-09-22
    • US11079596
    • 2005-03-14
    • Toshiharu MoriYousuke YamaguchiShinji Sakai
    • Toshiharu MoriYousuke YamaguchiShinji Sakai
    • C03B11/08G02F1/1333
    • C03B11/08C03B2215/412C03B2215/45
    • Molten glass is press-molded by a metallic die in which a cylindrical body is provided in a vertically standing manner at a central part of a bottom surface of a bottomed hole and a molding surface corresponding to a chamfering shape of an outer peripheral edge surface of a glass substrate is consecutively formed in an inner peripheral wall, and a glass substrate precursor provided with the chamfering shape axially consecutive on an outer peripheral surface thereof and a through hole formed at a central part thereof is thereby formed. The glass substrate precursor is cut perpendicular to an axial direction to be separated into respective glass substrates. Next, the respective glass substrates are subjected to a lapping process and a polishing process, if necessary, to produce a glass substrate as a final product. According to the manufacturing method, a glass substrate for information recording medium whose inner and outer peripheral edge surfaces are chamfered can be manufactured with an improved efficiency. Further, a glass substrate having a small diameter can be manufactured with a high efficiency.
    • 熔融玻璃通过金属模压制成型,其中圆柱体以垂直方式设置在有底孔底面的中心部分和与外周边缘表面的倒角形状相对应的模制表面 在内周壁上连续地形成玻璃基板,由此形成在其外周面上轴向连续地形成有倒角形状的玻璃基板前体和形成在其中央部的通孔。 玻璃基板前体垂直于轴向切割以分离成相应的玻璃基板。 接下来,如果需要,各玻璃基板经受研磨处理和研磨处理,以生产作为最终产品的玻璃基板。 根据该制造方法,能够以提高效率的方式制造其内外缘边缘面被倒角的信息记录介质用玻璃基板。 此外,可以高效率地制造具有小直径的玻璃基板。