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    • 2. 发明授权
    • Opening and closing device and electronic apparatus using the same
    • 开闭装置及使用其的电子装置
    • US07151226B2
    • 2006-12-19
    • US10470338
    • 2002-11-13
    • Katsuichi MinamiKoji SakaiYasuchika KudoMasaki NakaseYusho NakaseTakehiko KonjaTatsuya Tsuda
    • Katsuichi MinamiKoji SakaiYasuchika KudoMasaki NakaseYusho NakaseTakehiko KonjaTatsuya Tsuda
    • H01B17/16
    • H04M1/0216E05F1/1223E05F1/14E05Y2900/606G06F1/1616G06F1/1681
    • An opening and closing device and an electronic apparatus using this device. In an urging section, a movable member including a movable cam on its side is urged by a spring. A slide member includes, at one end, a stationary cam, opposed to the movable cam, for resiliently contacting the movable cam. The movable member is urged in opening and closing directions in open and closed states, respectively, according to which portion of the stationary cam resiliently contacts the movable cam. A reversing section includes a release member and a reversing member. The release member includes a release cam resiliently contacting a support cam at the other end of the slide member, and the reversing member is inserted into the slide member and includes a reversing cam. When the release cam is disconnected from the support cam, the slide member slides axially, whereby the movable cam is disconnected from the stationary cam and resiliently contacts the reversing cam. The direction that urges the movable member is thus reversed, changing from the closing to opening direction.
    • 一种打开和关闭装置以及使用该装置的电子装置。 在推动部分中,包括其侧面的可移动凸轮的可移动部件被弹簧推动。 滑动构件的一端包括与可动凸轮相对的固定凸轮,用于弹性地接触可动凸轮。 根据固定凸轮的哪个部分弹性地接触可动凸轮,可动构件分别在打开和关闭状态下沿打开和关闭方向被推压。 反转部分包括释放构件和反转构件。 释放构件包括弹性地接触滑动构件的另一端的支撑凸轮的释放凸轮,并且反转构件插入到滑动构件中并且包括反转凸轮。 当释放凸轮与支撑凸轮分离时,滑动构件轴向滑动,由此可动凸轮与固定凸轮断开并弹性地接触反转凸轮。 因此,推动可动构件的方向相反,从关闭方向转向打开方向。
    • 4. 发明授权
    • Lever switch and method of operating the same
    • 杠杆开关及其操作方法
    • US6072139A
    • 2000-06-06
    • US267283
    • 1999-03-12
    • Masaki NakaseYasuchika KudoYusho Nakase
    • Masaki NakaseYasuchika KudoYusho Nakase
    • H01H21/00H01H1/24H01H19/00H01H23/12H01H23/14H01H25/00H01H25/06H01H21/82
    • H01H23/12H01H1/245H01H25/008H01H19/005H01H2019/006H01H23/148
    • A lever switch comprises a box-shaped case 11 with the top open having fixed contact points 12, 13, 14 on the inner bottom surface. A movable contact element 15 made of an elastic metal, formed into an approximately reverse isosceles triangle having an elastic contact point 15E, 15F provided at the tip end of two respective elastic feet 15C, 15D extended from the equilateral sides to be crossing downward is placed in the case. An actuating body 16 of approximately isosceles triangle shape is disposed on the top of the movable contact element 15 so as protrusions 16C, 16D provided at the bottom corners press the upper surface of the flexed portions 15A, 15B, respectively, locating at the upper corners of the movable contact element 15. The operation lever 16E of actuating body 16 operates smoothly responding to the forces exerted from the three directions, both the right and the left, as well as from the up.
    • 杠杆开关包括盒形壳体11,其顶部开口具有内底面上的固定接触点12,13,14。 将由弹性金属构成的活动接触元件15形成为大致倒立的等腰三角形,其具有弹性接触点15E,15F,该弹性接触点设置在从等边侧向下延伸的两个弹性支脚15C,15D的前端, 在这种情况下。 大致等腰三角形的致动体16设置在可动接触元件15的顶部上,因此设置在底角处的突起16C,16D分别压靠位于上角的弯曲部分15A,15B的上表面 致动体16的操作杆16E平稳地响应于从左右三个方向施加的力以及从上方起作用的力。
    • 5. 发明授权
    • Lever switch
    • 杠杆开关
    • US06633013B2
    • 2003-10-14
    • US10279494
    • 2002-10-24
    • Kenji NishimuraMasaki NakaseYasuchika KudoYusho NakaseYoshiharu Abe
    • Kenji NishimuraMasaki NakaseYasuchika KudoYusho NakaseYoshiharu Abe
    • H01H2182
    • H01H19/62H01H1/40H01H3/40
    • A lever switch includes a case having a common contact and fixed contacts provided on inner wall opposite to each other. A movable contact made from elastic metal and shaped like the letter “M” has an intermediate section that comes into contact with the common contact. A first arm extends from each one of both ends of the intermediate section. Each one of the ends of the first arms forms a folding-back section, and a second arm is formed at the end of the folding-back section. A contact formed at the end of the second arm comes into contact with the inner wall of the case. Rotation of the lever slides a slider on the bottom plate of the case, and a pushing section provided at each one of both ends of the slider brings the contact into contact with the fixed contact or leaves the contact from the fixed contact.
    • 杠杆开关包括具有公共接触件的壳体和设置在彼此相对的内壁上的固定触点。 由弹性金属制成的可移动接触件形状如字母“M”的中间部分与普通接点接触。 第一臂从中间部分的两端中的每一个延伸。 第一臂的每个端部形成折回部分,并且第二臂形成在折回部分的端部。 形成在第二臂的端部处的触点与壳体的内壁接触。 杠杆的旋转将滑块滑动到壳体的底板上,并且设置在滑块的两端中的每一个处的推动部分使触点与固定触点接触或者从固定触点离开触点。
    • 6. 发明授权
    • Lever switch and method of operating the same
    • 杠杆开关及其操作方法
    • US06248966B1
    • 2001-06-19
    • US09492694
    • 2000-01-27
    • Masaki NakaseYasuchika KudoYusho Nakase
    • Masaki NakaseYasuchika KudoYusho Nakase
    • H01H2124
    • H01H23/12H01H1/245H01H19/005H01H23/148H01H25/008H01H2019/006
    • A lever switch comprises a box-shaped case 11 with the top open having fixed contact points 12, 13, 14 on the inner bottom surface. A movable contact element 15 made of an elastic metal, formed into an approximately reverse isosceles triangle having an elastic contact point 15E, 15F provided at the tip end of two respective elastic feet 15C, 15D extended from the equilateral sides to be crossing downward is placed in the case. An actuating body 16 of approximately isosceles triangle shape is disposed on the top of the movable contact element 15 so as protrusions 16C, 16D provided at the bottom corners press the upper surface of the flexed portions 15A, 15B, respectively, locating at the upper corners of the movable contact element 15. The operation lever 16E of actuating body 16 operates smoothly responding to the forces exerted from the three directions, both the right and the left, as well as from the up.
    • 杠杆开关包括盒形壳体11,其顶部开口具有内底面上的固定接触点12,13,14。 将由弹性金属构成的活动接触元件15形成为大致倒立的等腰三角形,其具有弹性接触点15E,15F,该弹性接触点设置在从等边侧向下延伸的两个弹性支脚15C,15D的前端, 在这种情况下。 大致等腰三角形的致动体16设置在可动接触元件15的顶部上,因此设置在底角处的突起16C,16D分别压靠位于上角的弯曲部分15A,15B的上表面 致动体16的操作杆16E平稳地响应于从左右三个方向施加的力以及从上方起作用的力。
    • 7. 发明授权
    • Lever switch
    • 杠杆开关
    • US06479776B2
    • 2002-11-12
    • US09985423
    • 2001-11-02
    • Masaki NakaseYasuchika KudoYusho Nakase
    • Masaki NakaseYasuchika KudoYusho Nakase
    • H01H1500
    • H01H23/30H01H1/36H01H21/18H01H21/28H01H23/12
    • A lever switch comprises a case (11) provided with a common contact (12) and stationary contacts (13, 14), a generally M-shaped movable contact (15) having a middle part (15A) in resilient contact with the common contact (12) and contact points (15E) at both ends thereof, a lever (18) disposed rotatably to the case (11), and a pair of cams (16, 17). The contact points (15E) at both ends of the movable contact (15) are in contact resiliently with two confronting inner walls of the case (11) where the stationary contacts (13, 14) are disposed. The contact points (15E) of the movable contact (15) slide and come into contact resiliently with the stationary contacts by turning motion of the lever (18).
    • 杠杆开关包括设置有公共接触件(12)和固定触头(13,14)的壳体(11),大体为M形的可动触头(15),其具有与公共触点弹性接触的中间部分(15A) (12)和其两端的接触点(15E),可旋转地设置在壳体(11)上的杆(18)和一对凸轮(16,17)。 可移动触点(15)两端的接触点(15E)与设置固定触点(13,14)的壳体(11)的两个相对的内壁弹性接触。 可移动触点(15)的接触点(15E)通过杆(18)的转动而滑动并与固定触点弹性接触。
    • 8. 发明授权
    • Lever switch and detecting device using same
    • 杠杆开关和检测装置使用相同
    • US06525285B2
    • 2003-02-25
    • US09748877
    • 2000-12-27
    • Yasuchika KudoKenji YasufukuYusho Nakase
    • Yasuchika KudoKenji YasufukuYusho Nakase
    • H01H2182
    • H01H21/28H01H1/40H01H3/46H01H13/186H01H19/62
    • A lever switch includes a case, and a stationary contact, common contact, movable contact and lever which are disposed in the case. The movable contact is made up of elastic metal and includes a stationary portion, contact portion, and a curved portion located between the stationary portion and the contact portion. The stationary portion is connected to the common contact. The movable contact is disposed in a state of bending so that the contact portion may come in contact with or apart from the stationary contact. An operating portion is protruded from an opening, and a driving portion is located inside the case and abuts on the curved portion of the movable contact. When the operating portion is manipulated, the driving portion pushes the curved portion, and then the contact portion comes in contact with or apart from the stationary contact.
    • 杠杆开关包括壳体和设置在壳体中的固定触点,公共触点,可动触点和杠杆。 活动触点由弹性金属构成,包括固定部分,接触部分和位于固定部分和接触部分之间的弯曲部分。 固定部分连接到公共接点。 可动触头设置在弯曲的状态,使得接触部分可能与固定触点接触或分离。 操作部分从开口突出,并且驱动部分位于壳体内并与活动触点的弯曲部分邻接。 当操作部分被操作时,驱动部分推动弯曲部分,然后接触部分与固定触点接触或分离。
    • 10. 发明授权
    • Push-on switch having improved actuator
    • 推动开关具有改进的执行器
    • US08952282B2
    • 2015-02-10
    • US13281744
    • 2011-10-26
    • Yusho NakaseJian-Bo ZhouLiang Sun
    • Yusho NakaseJian-Bo ZhouLiang Sun
    • H01H1/10H01H13/85
    • H01H13/85H01H2221/052H01H2221/082
    • A push-on switch includes an insulating housing (1) defining a recess (10) at its top, a first fixed contact (21) and a second fixed contact (22) received at the bottom of the recess (10), a dome shaped movable contact (3) with the bottom end placed on the first fixed contact and the bottom face facing the second fixed contact, an actuator (4) over the movable contact, and a metal shell (6) shielding over the insulating housing. The actuator is made of an elastomer and includes a tubular periphery part (41), an operation part (43), a thin-walled part (42) inclining downwardly from the bottom of the operation part and connecting the operation part with the periphery part, a pressing part (431) downwardly protruding from the operation part and resisting on the top surface of the movable contact, and a retaining part (44) extending from the top of the periphery part.
    • 推动开关包括在其顶部限定凹部(10)的绝缘壳体(1),容纳在凹部(10)的底部的第一固定触点(21)和第二固定触点(22),圆顶 (3),底端放置在第一固定触点上,底面面对第二固定触点,可动触头上方的致动器(4)和屏蔽在绝缘外壳上的金属外壳(6)。 致动器由弹性体制成,包括管状周边部分(41),操作部分(43),从操作部分的底部向下倾斜的薄壁部分(42),并将操作部分与周边部分 ,从操作部向下方突出并抵抗活动触点顶面的按压部(431),以及从周缘部的顶部延伸的保持部(44)。