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    • 53. 发明授权
    • Thermostat with a folded fixing member
    • 具有折叠的固定构件的恒温器
    • US5621376A
    • 1997-04-15
    • US565670
    • 1995-12-01
    • Hideaki Takeda
    • Hideaki Takeda
    • H01H37/52H01H37/04H01H11/00
    • H01H37/52Y10T29/49105
    • The purpose of the invention is to make it possible to adjust the heating rate inside the thermostat independently from the characteristics of the resilient plate in a thermostat, and to reduce the contamination inside the thermostat caused by particles.A fixing member is fabricated by folding a sheet of metal with at least a couple of holes having different diameters, so that the holes are aligned to each other, and the fixing member is configured so that the larger diameter part of the hole is far from the bimetal, the fixing member is penetrated by protrusions in the fixed plate, and the top of the protrusion is melted to spread in the larger diameter part.
    • 本发明的目的是使得可以独立于恒温器中的弹性板的特性来调节恒温器内部的加热速率,并且减少由颗粒引起的恒温器内部的污染。 通过用至少一对具有不同直径的孔折叠金属板来制造固定构件,使得孔彼此对准,并且固定构件被构造成使得孔的较大直径部分远离 双金属,固定构件被固定板中的突起穿透,并且突起的顶部熔化以在较大直径部分中扩展。
    • 54. 发明授权
    • Actuator with a built-in reed switch
    • 执行器内置簧片开关
    • US5113308A
    • 1992-05-12
    • US575891
    • 1990-08-31
    • Hideaki Takeda
    • Hideaki Takeda
    • H01F7/16H01H35/42H01H47/22H01H47/24H01H47/26H01H50/16H01H51/28
    • H01H47/22H01H51/28H01H35/42H01H47/24H01H47/26
    • An actuator with a built-in reed switch includes a solenoid, a plunger made of magnetic material and movable within a coil of the solenoid, a plunger receiver made of magnetic material and fixedly mounted in the solenoid coil, a magnetic responsive reed switch connected in series to the solenoid coil and disposed near a gap between the plunger and the plunger receiver, and a sensor terminal branched from a junction between the solenoid coil and the reed switch, whereby contacts of the reed switch are closed by a magnetic field generated when a current flows through the sensor terminal in the solenoid coil. The actuator shifts from high sensitivity to lower sensitivity and supplies a sufficient driving force as an actuator.
    • 具有内置簧片开关的致动器包括螺线管,由磁性材料制成并在螺线管的线圈内可移动的柱塞,由磁性材料制成并固定安装在螺线管线圈中的柱塞接收器,磁响应舌簧开关, 串联到螺线管线圈并且设置在柱塞和柱塞接收器之间的间隙附近,以及从螺线管线圈和舌簧开关之间的接合点分支的传感器端子,由此舌簧开关的接触由当 电流流过电磁线圈中的传感器端子。 执行器从高灵敏度转移到较低的灵敏度,并作为致动器提供足够的驱动力。
    • 55. 发明授权
    • Thermal protector
    • 热保护器
    • US09048048B2
    • 2015-06-02
    • US13587021
    • 2012-08-16
    • Hideaki Takeda
    • Hideaki Takeda
    • H01H37/54H01H1/26
    • H01H37/54H01H1/26H01H2037/549
    • A thermal protector for opening and closing an electric circuit, includes: a movable plate having a movable contact point mounted on a one end portion thereof and having a terminal mounted on an opposite end portion thereof; a bypass member joined to the movable plate at the end portions of the movable plate on which the movable contact point and the terminal are mounted; and a thermal responsive element for moving the movable contact point of the movable plate by a snap action thereof to open and close the electric circuit, wherein the bypass member is formed of a first metal material having a higher conductivity than a second metal material of which the movable plate is formed, and the movable plate and the bypass member are joined together and are subjected to heat treatment so that the first metal material of the bypass member is softened while the second metal material of the movable plate is precipitation-hardened.
    • 一种用于打开和关闭电路的热保护器,包括:可移动板,其具有安装在其一个端部上的可动触点,并且具有安装在其相对端部上的端子; 旁通部件,其在可动板的端部与活动板连接,活动接触点和端子安装在该可动板上; 以及热响应元件,用于通过其快动作用来移动可移动板的可动接触点以打开和闭合电路,其中旁路部件由具有比其中第二金属材料的第二金属材料更高的导电率的第一金属材料形成 形成可动板,并且可动板和旁路构件接合在一起,并进行热处理,使得旁路构件的第一金属材料软化,同时可移动板的第二金属材料沉淀硬化。
    • 56. 发明授权
    • Thermal protector
    • 热保护器
    • US09000880B2
    • 2015-04-07
    • US13203960
    • 2009-12-21
    • Hideaki Takeda
    • Hideaki Takeda
    • H01H37/52H01H37/54H01H71/16
    • H01H37/54H01H37/52H01H71/16H01H2037/5481
    • A thermal protector has superiority in current responsiveness or thermal responsiveness with a simple configuration that does not need a separate manufacturing step of incorporating a resistor. At a stage of press processing for cutting from an original material, a movable plate body part 16 of a movable plate 4 is partitioned into a narrow-width part 17 and a wide-width part 18 by a slim hole 19. The movable plate 4 is assembled to a fixed conductor 2 with columns 9 of an insulator 3, a bimetal 5 is assembled to the movable plate 4, the entire configuration is pressed down by a resinous block 6, and the entire fixing part is fixed by melting tips of the columns 9. The wide-width part 18 serves as a normal movable plate, whereas the narrow-width part 17 serves as a conductor in a normal state and as a resistor against an overcurrent.
    • 热保护器具有电流响应性或热响应性的优越性,其结构简单,不需要并入电阻器的单独的制造步骤。 在从原材料切割的冲压加工的阶段,可移动板4的可动板主体部分16通过细长的孔19分隔成窄宽度部分17和宽幅部分18.可移动板4 被组装到具有绝缘体3的列9的固定导体2上,双金属片5组装到可动板4上,整个结构被树脂块6压下,整个固定部分通过 高宽度部分18用作正常的可动板,而窄宽度部分17用作正常状态下的导体,并作为抗过电流的电阻器。
    • 57. 发明授权
    • External operation thermal protector
    • 外部操作热保护器
    • US08519816B2
    • 2013-08-27
    • US12933202
    • 2008-12-16
    • Hideaki Takeda
    • Hideaki Takeda
    • H01C7/13H01H37/52H05B1/02
    • H01H37/5418H01H37/14
    • Embodiments relate to an external operation thermal protector incorporating a polymer PTC element that is operable in a safe state in which a hot spot does not occur even under volume expansion due to thermal expansion at the time of heat generation. A terminal plate of a resistance element module having a polymer PTC element is caulked above a column and fixed to a body casing together with the fixed end of a movable plate interlocked with a bimetal and a second terminal. Another terminal plate of the resistance element module is arranged with a gap, for absorbing the volume expansion caused when the polymer PTC element generates heat, with respect to the inner wall of the body casing. The current for an external load between a first terminal and the second terminal is interrupted by externally energizing the second terminal and a third terminal.
    • 实施例涉及一种结合有聚合物PTC元件的外部操作热保护器,该聚合物PTC元件可在安全状态下操作,其中即使在发热时由于热膨胀而在体积膨胀下也不会发生热点。 具有聚合物PTC元件的电阻元件模块的端子板被填塞在柱上方并与与双金属片和第二端子互锁的可动板的固定端一起固定到主体外壳。 电阻元件模块的另一个端子板相对于主体外壳的内壁设置有间隙,用于吸收当聚合物PTC元件产生热量时引起的体积膨胀。 用于第一端子和第二端子之间的外部负载的电流由外部给第二端子和第三端子供电而中断。
    • 58. 发明授权
    • Install system and install method
    • 安装系统和安装方法
    • US08510423B2
    • 2013-08-13
    • US13281918
    • 2011-10-26
    • Masaki MatsuuraMasato ShibataYasuhiko KawasakiHideaki Takeda
    • Masaki MatsuuraMasato ShibataYasuhiko KawasakiHideaki Takeda
    • G06F15/177
    • G06F8/61
    • An install system includes a host device, a portable device configured to connect with the host device, and a host device application providing system to which the host device is accessible via a network. The host device includes a host device application execution unit configured to execute host device applications as applications for host devices and an automatic install unit. The portable device includes a portable device application execution unit configured to execute portable device applications as applications for portable devices. The host device application providing system includes a host device application database for storing install data on host device applications contained therein and a host device application download server for transferring the install data on the host device applications stored in the host device application database, to the host device.
    • 安装系统包括主机设备,被配置为与主机设备连接的便携式设备,以及主机设备应用提供系统,主机设备可经由网络访问。 主机设备包括:主机设备应用执行单元,被配置为执行作为主机设备的应用的主机设备应用和自动安装单元。 便携式设备包括便携式设备应用执行单元,其被配置为执行作为便携式设备的应用的便携式设备应用。 主机设备应用提供系统包括用于在其中包含的主机设备应用上存储安装数据的主机设备应用数据库和用于将存储在主机设备应用数据库中的主机设备应用上的安装数据传送到主机的主机设备应用下载服务器 设备。
    • 59. 发明授权
    • Thermal protector
    • 热保护器
    • US08421580B2
    • 2013-04-16
    • US12863128
    • 2008-10-03
    • Hideaki Takeda
    • Hideaki Takeda
    • H01H37/46H01H37/04H01H37/52
    • H01H37/46H01H37/043H01H37/32H01H37/5418
    • A self-holding type thermal protector, wherein a movable contact of a movable plate rises and separates from a fixed contact when a bimetal of the thermal protector inversely warps at a predetermined temperature, an electric current between the contacts, namely, an electric current between a movable contact side terminal and a fixed contact side terminal is disrupted, and the disrupted current flows into the polymer PTC, which is then made to produce heat and is thermally expanded to increase a resistance value. A second terminal member on a side opposite to a first terminal member where the polymer PTC is positioned and fixed forms a bowing part, and a gap is formed between an upper inner wall of a housing and the second terminal member.
    • 一种自保持型热保护器,其中当热保护器的双金属线在预定温度下反向翘曲时,可动板的可动触点从固定触点上升和分离,触点之间的电流,即, 可动接触侧端子和固定接触侧端子被破坏,并且被破坏的电流流入到聚合物PTC中,然后使其发热并被热膨胀以增加电阻值。 聚合物PTC被定位并固定在与第一端子构件相对的一侧上的第二端子构件形成弯曲部,并且在壳体的上内壁和第二端子构件之间形成间隙。
    • 60. 发明申请
    • Thermal protector
    • 热保护器
    • US20100026446A1
    • 2010-02-04
    • US12311985
    • 2007-03-12
    • Hideaki Takeda
    • Hideaki Takeda
    • H01H37/54
    • H01H37/5418H01H1/20
    • The rear end of a movable plate is fixed to one end of a resin base and a pair of terminals for connection with an external circuit is fixed to the other end thereof. Fixed contacts are formed on the fixed portions of the terminals, and the movable contact of the movable plate is disposed opposed to the fixed contacts. A bimetal element engaged with the center of the movable plate is set to project upward at normal temperature, thus bringing the movable contact into pressure contact with the fixed contacts with prescribed contact pressure. The bimetal element consists of an inversion area which has no portion overlapping the conduction path area of load current, in a disposition space inside a housing, of the thermal protector, it is not affected by Joule's heat from the conduction path.
    • 可移动板的后端固定到树脂基座的一端,并且用于与外部电路连接的一对端子固定到其另一端。 固定触点形成在端子的固定部分上,并且可动板的可动触点设置成与固定触点相对。 与可动板的中心接合的双金属元件设置为在常温下向上突出,从而使可动触头与规定的接触压力与固定触头压力接触。 双金属元件由反转区域组成,其不具有与负载电流的导电路径区域重叠的部分,在壳体内部的配置空间中,热保护器不受来自导电路径的焦耳热的影响。