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    • 64. 发明授权
    • Rotation-reciprocation converting rotor
    • 旋转往复转子转子
    • US6116106A
    • 2000-09-12
    • US198366
    • 1998-11-24
    • Sotsuo Miyoshi
    • Sotsuo Miyoshi
    • F02M25/07F16H25/20F16K31/04F16K31/10H02K7/06
    • F16K31/04H02K7/06F16H25/20Y10T74/18664Y10T74/18688
    • A rotation-reciprocation converting motor comprises: a rotor (32) which is rotatable in a forward direction and in a reverse direction; and a motor shaft (33) which is slidably guided by a bushing (41), and which is engaged with the rotor (32) to convert the rotating motion of the rotor into a reciprocating motion. The motor shaft (33) includes: a threaded portion (33a) which is engaged with the rotor; and the rotation regulating portion (33b) which is fitted in a bushing (41), the rotation regulating portion (33b) having an abutting portion (33c) which is abutted against a rotational position determining stopper portion (32b) which is formed at an end of the rotor. This feature makes it possible to reduce the number of portions which should be high in accuracy from three to two, which contributes to an improvement in accuracy of the motor.
    • 旋转往复转动电动机包括:转子(32),其能够向前方向和反方向旋转; 以及由衬套(41)可滑动地引导并与转子(32)接合以将转子的旋转运动转换成往复运动的马达轴(33)。 马达轴(33)包括:与转子接合的螺纹部分(33a); 和旋转限制部(33b),其配合在衬套(41)中,所述旋转限制部(33b)具有抵接部(33c),所述抵接部抵靠在旋转位置决定止挡部(32b) 转子末端。 该特征使得可以将准确度高的部分的数量从3减少到2,这有助于提高电动机的精度。
    • 66. 发明授权
    • Motor driven type flow rate controlling valve
    • 电机驱动型流量控制阀
    • US5680880A
    • 1997-10-28
    • US490534
    • 1995-06-14
    • Toshihiko MiyakeSotsuo Miyoshi
    • Toshihiko MiyakeSotsuo Miyoshi
    • F02M25/07F16K27/00F16K31/04F16K21/18
    • F16K31/04F02M26/54F02M26/58F02M26/67F02M26/73F02M26/74Y10T137/6525
    • As a motor is rotationally driven, a valve stem is reciprocally displaced to open or close a flow passage formed in a housing for a high temperature fluid. The motor is held via a bracket where inner surface is concavely recessed contour, and the bracket has a predetermined height and a plurality of openings are formed on the wall surface of the bracket. The housing and the bracket are made integral with each other, and supporting portions formed between adjacent openings are dimensioned to have a smallest cross sectional size necessary from the viewpoint of a strength. With this construction, an efficiency for performing an assembling operation for a motor driven type flow rate controlling valve can be improved, and moreover, a quantity of heat to be conducted from the bracket to the motor side can be reduced.
    • 当马达被旋转驱动时,阀杆往复移位以打开或关闭形成在用于高温流体的壳体中的流动通道。 电动机通过内表面为凹形轮廓的支架保持,并且支架具有预定的高度,并且在支架的壁表面上形成多个开口。 壳体和支架彼此一体地形成,并且形成在相邻开口之间的支撑部分的尺寸被设计成具有从强度的角度来看所需的最小截面尺寸。 通过这种结构,能够提高对马达驱动型流量控制阀进行组装动作的效率,能够减少从支架向马达侧传导的热量。
    • 68. 发明授权
    • Motor-operated actuator
    • 电动执行机构
    • US5249657A
    • 1993-10-05
    • US878424
    • 1992-05-04
    • Sotsuo Miyoshi
    • Sotsuo Miyoshi
    • E05B83/36E05B79/08E05B81/46F16D13/14F16D43/16F16D21/04
    • E05B81/25F16D43/16E05B81/46E05B85/02
    • A motor-operated actuator has a clutch members are set in slide recesses formed in a drive member which are regulated in movement with a clutch base. A protrusion is formed on each of the clutch members, and a groove is formed around the protrusion. Both end portions of a return spring are placed in the grooves of the clutch members, and fixed there by thermal caulking. Thereby, the clutch member is prevented from being damaged by unsatisfactory disengagement. The clutch members are prevented from being disconnected from the return spring, and the former can be positively connected to the latter with high efficiency.
    • 电动执行器具有离合器构件,其设置在形成在驱动构件中的滑动凹部中,该驱动构件通过离合器基座调节。 在每个离合器构件上形成突起,并且在突起周围形成有槽。 复位弹簧的两端都放置在离合器构件的槽中,并通过热铆接固定在其上。 由此,通过不能令人满意的分离来防止离合器部件的损坏。 离合器构件被防止与复位弹簧断开,并且前者可以高效地与后者正确连接。
    • 69. 发明授权
    • Lead wire connection for a temperature sensor
    • 用于温度传感器的导线连接
    • US5222811A
    • 1993-06-29
    • US870668
    • 1992-04-17
    • Sotsuo Miyoshi
    • Sotsuo Miyoshi
    • G01K7/00G01K7/16G01K7/22H01R4/02H01R13/40H01R13/46
    • G01K7/16G01K2007/163
    • A temperature sensor has a holder for housing a temperature sensing element therein, a terminal, and an electrical lead wire connecting the temperature sensing element and the terminal. The lead wire has a first end portion thereof electrically connected with the temperature sensing element and a second end portion thereof welded to the terminal. The lead wire is fastened in a variety of ways to the terminal to receive mechanical loads exerted by the lead wire. The terminal may be formed with a hole therein through which the lead wire is passed from one side of the terminal to the other. The lead may be soldered to the terminal at the hole. The terminal may also be formed with a cutout through which the lead wire is passed and is soldered at a portion closer to the temperature sensing element than the cutout. The terminal may be formed with two slits to define a strap between the two slits so that the lead wire is passed through the first slit from a first side of the terminal to a second side and then through the second slit from the second side to the first side. The lead is then soldered to the terminal at a portion of terminal closer to the temperature sensing element than the strap.
    • 温度传感器具有用于容纳温度感测元件的保持器,端子和连接温度感测元件和端子的电引线。 引线具有与温度检测元件电连接的第一端部和焊接到端子的第二端部。 引线以各种方式固定到端子以接收由引线施加的机械载荷。 端子可以形成有孔,引线通过该孔从端子的一侧通过到另一侧。 引线可以焊接到孔的终端。 端子也可以形成有引线通过的切口,并且在比切口更靠近温度感测元件的部分处被焊接。 端子可以形成有两个狭缝以限定两个狭缝之间的带,使得引线从端子的第一侧穿过第一狭缝到第二侧,然后穿过第二狭缝从第二侧到 第一面。 然后将引线焊接到终端,比端子更靠近温度感测元件的端子处。