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
    • 3. 发明授权
    • Push switch
    • 按钮开关
    • US09105416B2
    • 2015-08-11
    • US14147071
    • 2014-01-03
    • HOSIDEN CORPORATION
    • Satoshi Yamanaka
    • H01H3/02H01H3/34H01H3/50H01H19/11H01H1/26H01H1/40H01H19/00
    • H01H3/34H01H1/26H01H1/403H01H3/50H01H19/003H01H19/11
    • A rotor on which a moving contact is attached is received and rotatably held in a body, and a knob is received and held in the body side by side with the rotor and is movable. A plurality of first and second teeth are circumferentially staggered with each other on an outer perimeter surface of the rotor near one end and near the other end, respectively, in the direction of the axis of the rotor to project from the surface. An inclined surface is formed in each of the first and second teeth. A projecting part is formed on the knob to project toward the rotor. In response to a depression of the knob, the projecting part pushes the inclined surface of the second teeth to rotate the rotor and, in response to a return of the knob, pushes the inclined surface of the first teeth to rotate the rotor.
    • 安装有可移动触点的转子被容纳并旋转地保持在主体中,并且旋钮被接收并保持在主体中并与转子并排并且可移动。 多个第一齿和第二齿分别在转子的外周表面上在转子的外周表面周向地交错设置在一个端部附近并且在另一端附近在转子的轴线方向上从表面突出。 在第一和第二齿的每一个中形成倾斜表面。 突出部分形成在旋钮上以向转子突出。 响应于按钮的旋钮,突出部分推动第二齿的倾斜表面以旋转转子,并且响应于旋钮的返回,推动第一齿的倾斜表面以使转子旋转。
    • 4. 发明授权
    • Controller timer
    • 控制器定时器
    • US5959940A
    • 1999-09-28
    • US755760
    • 1996-11-21
    • Carlos Harada Assanuma
    • Carlos Harada Assanuma
    • G04C23/08G04F8/00G04B47/00H01H3/34H04Q3/00
    • G04C23/08Y10T307/957
    • A timer controls equipment with electrical drivers, in which timer is combined an electromechanical device and an electronic circuit. The timer includes an electromechanical device (1) in conjunction with an electronic circuit (2). The electromechanical device (1) includes a surface (9) on which is printed, in encoded form, the states in which the equipment may be and a sensor (8), or a set of sensors (8), which move in relation to the printed surface (9) by means of an electromechanical transducer (3), detecting the printed codes. The electronic circuit (2) receives signals from reading sensors (8) of the state codes, and transducer signals (3), which exist in the equipment, and command the electrical drivers (4), as well as the movement of the reading sensors (8) of the electromechanical device (1).
    • 定时器控制具有电驱动器的设备,其中定时器与机电装置和电子电路组合。 定时器包括与电子电路(2)结合的机电装置(1)。 机电装置(1)包括表面(9),其上以编码形式印刷设备可能的状态,以及传感器(8)或一组传感器(8),其相对于 通过机电换能器(3)的印刷表面(9),检测打印的代码。 电子电路(2)从状态码的读取传感器(8)和设备中存在的传感器信号(3)接收信号并指令电动驱动器(4)以及读取传感器 (1)的(8)。
    • 6. 发明授权
    • Appliance/refrigerator power controller
    • 电器/冰箱电源控制器
    • US4763015A
    • 1988-08-09
    • US120870
    • 1987-11-16
    • Raymond F. St. Louis
    • Raymond F. St. Louis
    • F25B49/02H02J3/14H01H35/00H01H3/34
    • H02J3/14F25B49/025Y02B30/765Y02B70/3225Y02B70/3266Y02B70/3275Y04S20/222Y04S20/242Y04S20/244Y10T307/832Y10T307/957
    • A power controller having first and second power outlets, connections between one side of an A.C. line to one side of each outlet, a current sensing impedance connected between the other side of the A.C. line and the other side of the first power outlet, a triac connected between the other side of said A.C. line and the other side of the second power outlet, a first operational amplifier normally maintaining said triac in a conductive condition and a second operational amplifier for preventing current from flowing through said triac to said second power outlet while an appliance coupled to said first power outlet draws a given amount of current through said sensing impedance and for a given time said appliance stops drawing said given amount of current through said impedance.
    • 具有第一和第二电源插座的电力控制器,AC线的一侧与每个出口的一侧之间的连接,连接在AC线的另一侧和第一电源插座的另一侧之间的电流感测阻抗,三端双向可控硅 连接在所述AC线的另一侧和所述第二电源插座的另一侧之间,通常将所述三端双向可控硅开关保持在导通状态的第一运算放大器和用于防止电流流过所述三端双向可控硅开关的第二运算放大器到所述第二电源插座,同时 耦合到所述第一电源插座的设备通过所述感测阻抗吸取给定量的电流,并且在给定时间,所述设备停止通过所述阻抗拉伸所述给定量的电流。
    • 9. 发明授权
    • Resetting a target device
    • 重置目标设备
    • US08102246B2
    • 2012-01-24
    • US12348038
    • 2009-01-02
    • Grover C. Davidson, II
    • Grover C. Davidson, II
    • G08B1/00H01H7/00H01H43/00H01H3/34H01H33/35G04F8/00G04F10/00
    • G04G15/006Y10T307/951Y10T307/957
    • A power reset module may reset an automatic shut-off module of a target device by momentarily disrupting power to the automatic shut-off module at a determined interval and automatically restoring power after a time period of up to two minutes. In multiple embodiments, the power reset module comprises an activation switch with an activation switch output coupled to a frequency module. The frequency module may output a frequency module signal on a determined interval via a frequency module output coupled with a reset module. The reset module momentarily transitions a reset switch to a reset state periodically at the determined interval for up to two minutes prior to automatically transitioning the reset switch to a non-reset state. Transitioning the reset switch to the reset state disrupts power to the automatic shut-off module and automatically transitioning the reset switch from the reset state to a non-reset state restores power to the automatic shut-off module thus resetting a state of the automatic shut-off module. In several embodiments, a cash register incorporates a programmable power reset device for disrupting and restoring power to an automatic shutoff circuit to reset the automatic shutoff circuit allowing a user to access the cash register.
    • 电源复位模块可以通过以确定的间隔瞬间中断自动关闭模块的电源来重置目标设备的自动切断模块,并且在长达两分钟的时间段之后自动恢复电力。 在多个实施例中,功率复位模块包括具有耦合到频率模块的激活开关输出的激活开关。 频率模块可以通过与复位模块耦合的频率模块输出以确定的间隔输出频率模块信号。 在将复位开关自动转换到非复位状态之前,复位模块会以确定的间隔周期性地将复位开关转换到复位状态长达两分钟。 将复位开关转换到复位状态会中断自动关闭模块的电源并自动将复位开关从复位状态转换到非复位状态,恢复自动关闭模块的电源,从而重置自动关闭状态 -off模块。 在几个实施例中,收银机包括可编程功率复位装置,用于中断和恢复自动关闭电路的电力,以重置允许用户访问收银机的自动关闭电路。
    • 10. 发明申请
    • Rotary switch with ratcheting feature
    • 带棘轮功能的旋转开关
    • US20050184595A1
    • 2005-08-25
    • US10784068
    • 2004-02-19
    • William FosterSam Chung
    • William FosterSam Chung
    • G01C19/66H01H1/00H01H3/08H01H3/32H01H3/34H01H19/03H01H19/11
    • H01H19/11H01H19/03H01H2019/006H01H2300/038Y10T307/74Y10T307/937
    • A rotary switch (102) for an electronic device (100) includes a bump stop (104) that triggers a ratcheting feature when hit. The range of the rotary switch (102) is expanded via the ratcheting feature. The ratcheting feature inhibits scrolling through a device parameter in one rotation direction and enables scrolling through the device parameter in the opposite rotation direction. Depending on which direction the bump stop (104) is hit, the parameter is either incremented or decremented. The range of the rotary switch can also be expanded by modifying the step size of the rotary switch based on the range of a selected parameter (504). The coarse step is then narrowed with each change in rotation direction (510, 518) based on current, previous and useable switch positions (512, 514).
    • 用于电子设备(100)的旋转开关(102)包括在撞击时触发棘轮特征的碰撞停止(104)。 旋转开关(102)的范围通过棘轮特征扩大。 棘轮功能禁止在一个旋转方向上滚动设备参数,并允许沿相反的旋转方向滚动设备参数。 取决于撞击停止(104)的哪个方向,参数是递增的或递减的。 旋转开关的范围也可以通过基于选定参数的范围修改旋转开关的步长来扩展(504)。 然后,基于当前的,先前的和可用的开关位置(512,514),随着每个旋转方向(510,518)的变化,粗略步长变窄。