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    • 1. 发明专利
    • Lock mechanism
    • 锁机构
    • JP2011001733A
    • 2011-01-06
    • JP2009145007
    • 2009-06-18
    • Miwa Lock Co LtdTaiwan Fu Hsing Industrial Co Ltd台灣福興工業股▲分▼有限公司美和ロック株式会社
    • CHIANG KUANG CHUNCHANG CHIN-CHINAKAMURA TATSUYA
    • E05B65/06
    • PROBLEM TO BE SOLVED: To provide a lock mechanism which can overcome the defect of restrictions on a space enabling arrangement and solve the problem that an unlocking operation cannot be easily performed because a power point and a point of action are positioned on the same side of a pivotally provided portion in the lock mechanism.SOLUTION: This lock mechanism includes: a driving member 10 which comprises first and second ends 11 and 12, and a pivotally-provided portion 13 positioned between both the ends 11 and 12; an elastic member 20 which abuts on the first end 11 of the driving member 10; a latch unit 30 which comprises a latch bolt 32 equipped with first and second ends, and a latch head 31 provided at the first end of the latch bolt 32; and an interlocking plate 40 which comprises first and second connecting portions 41 and 42, and a pivotally-provided portion 43 positioned between both the connecting portions 41 and 42. The interlocking plate 40 is interlocked between the driving member 10 and the latch unit 30; the first connecting portion 41 is connected to the second end 12 of the driving member 10; and the second connecting portion 42 is connected to the second end of the latch bolt 32.
    • 要解决的问题:提供一种锁定机构,其能够克服对能够进行空间的布置的限制的缺陷,并且解决了由于功率点和作用点位于同一侧上而不能容易地执行解锁操作的问题 该锁定机构包括:驱动构件10,其包括第一端部11和第二端部12;以及位于两端部11和12之间的枢转地设置的部分13; 与驱动构件10的第一端11抵接的弹性构件20; 闩锁单元30,其包括配备有第一和第二端的闩锁螺栓32和设置在闩锁螺栓32的第一端处的闩锁头31; 以及互锁板40,其包括第一和第二连接部分41和42以及位于两个连接部分41和42之间的枢轴设置部分43.互锁板40互锁在驱动构件10和闩锁单元30之间; 第一连接部分41连接到驱动部件10的第二端部12; 并且第二连接部分42连接到闩锁螺栓32的第二端。
    • 7. 发明公开
    • Door closing sequence controller
    • Türschließsequenzregler
    • EP2546445A1
    • 2013-01-16
    • EP11174200.3
    • 2011-07-15
    • Taiwan Fu Hsing Industrial Co. Ltd.
    • Tung, Ching-Chen
    • E05F5/12
    • E05F5/12
    • A door closing sequence controller (10) utilized to control closing sequence between a leading panel (F) having a first door closer (C1) and a trailing panel (M) having a second door closer (C2), comprises a first actuator mechanism (11), a second actuator mechanism (12), a fixing base (13) disposed between the first actuator mechanism (11) and the second actuator mechanism (12), a movable base (14) disposed at the fixing base (13), a locking mechanism (15) disposed in the movable base (14), and a blocking pin (16), the movable base (14) comprises an accommodating space (145), the blocking pin (16) is disposed in the accommodating space (145), the locking mechanism (15) remains clamping the second actuator mechanism (12) till the first actuator mechanism (11) interacts with the locking mechanism (15), such that the locking mechanism (15) can release the second actuator mechanism (12) from clamping.
    • 用于控制具有第一门关闭器(C1)的前面板(F)和具有第二闭门器(C2)的后面板(M)之间的关闭顺序的门关闭顺序控制器(10)包括第一致动器机构 11),第二致动器机构(12),设置在第一致动器机构(11)和第二致动器机构(12)之间的固定基座(13),设置在固定基座(13)处的可移动基座(14) 设置在所述可移动基座(14)中的锁定机构(15)和阻塞销(16),所述可移动基座(14)包括容纳空间(145),所述阻塞销(16)设置在所述容纳空间 锁定机构(15)保持夹持第二致动器机构(12),直到第一致动器机构(11)与锁定机构(15)相互作用,使得锁定机构(15)可以释放第二致动器机构 12)从夹紧。
    • 8. 发明公开
    • Automatic door closer
    • 自动闭门器
    • EP2623699A1
    • 2013-08-07
    • EP13166246.2
    • 2009-06-26
    • Taiwan Fu Hsing Industrial Co. Ltd.
    • Yu, Rick
    • E05F15/04E05F3/06E05F3/10
    • E05F3/104E05F3/06E05F3/12E05F15/53E05Y2800/22E05Y2900/132
    • An automatic door closer comprises a casting (10), a sliding assembly (20), a drive assembly (30), a tube shaped piston (41) and a first resilient member (51). The casting (10) has a front chamber (111), a rear chamber (113), a middle chamber (112) in communication with the front chamber (111) and the rear chamber (113), a shaft hole (12) penetrating the middle chamber (112) and a first oil passage (13). The first oil passage (13) has an oil inlet (13a) in communication with the front chamber (111) and an oil outlet (13b) in communication with the rear chamber (113). The sliding assembly (20) disposed within the middle chamber (112) of the casting (10) comprises a slider (21) disposed between the oil inlet (13a) and the oil outlet (13b), a first roller (22) and a second roller (23), wherein the first and second rollers (22, 23) are disposed within the slider (21) respectively. The drive assembly (30) comprises a shaft (31) and an eccentric cam (32) coupled to the shaft (31), the shaft (31) is pivotally disposed within the shaft hole (12) of the casting (10), the eccentric cam (32) is located within the slider (21) and contacts against the first and second rollers (22, 23) of the sliding assembly (20). The tube shaped piston (41) disposed within the rear chamber (113) of the casting (10) has a first end portion (411) and a second end portion (412) opposite to the first end portion (411), the first end portion (411) is connected with the first roller (22). The first resilient member (51) is disposed within the front chamber (111) of the casting (10) serving for pushing the slider (21) of the sliding assembly (20) to move.
    • 自动闭门器包括铸件(10),滑动组件(20),驱动组件(30),管状活塞(41)和第一弹性构件(51)。 所述铸件(10)具有前室(111),后室(113),与前室(111)和后室(113)连通的中室(112),贯通的轴孔(12) 中间室(112)和第一油道(13)。 第一油路13具有与前室111连通的油入口13a和与后室113连通的油出口13b。 设置在铸件(10)的中间腔室(112)内的滑动组件(20)包括设置在油入口(13a)和出油口(13b)之间的滑块(21),第一辊(22)和第二辊 第二辊(23),其中第一和第二辊(22,23)分别设置在滑块(21)内。 驱动组件30包括轴31和联接到轴31的偏心凸轮32,轴31枢转地设置在铸件10的轴孔12内, 偏心凸轮32位于滑块21内并与滑动组件20的第一和第二滚轮22,23接触。 设置在铸件(10)的后腔室(113)内的管状活塞(41)具有第一端部(411)和与第一端部(411)相对的第二端部(412),第一端部 部分(411)与第一辊(22)连接。 第一弹性构件51设置在铸件10的前腔室111内用于推动滑动组件20的滑动件21移动。
    • 9. 发明公开
    • Automatic door closer structure
    • AutomatischeTürschließerstruktur
    • EP2360337A1
    • 2011-08-24
    • EP10153543.3
    • 2010-02-12
    • Taiwan Fu Hsing Industrial Co. Ltd.
    • Yu, RickYang, Ju-Kuan
    • E05F3/10
    • E05F3/104E05F3/226E05Y2201/21E05Y2201/256E05Y2201/264E05Y2201/41E05Y2800/22E05Y2900/132
    • An automatic door closer structure comprises a casing (10), at least one piston (20), at least one limiting member (80), at least one driving member (30) connected with the piston (20) and a shaft (50). The casing (10) has an outside wall (10a), a chamber (11), an inside wall (10b) and at least one first limiting portion (13). The piston (20) slidably disposed within the chamber (11) of the casing (10) has an outer wall (20a) and a second limiting portion (21) formed on the outer wall (20a). The limiting member (80) has a first end portion (80a) and a second end portion (80b) both are connected with the first limiting portion (13) of the casing (10) and the second limiting portion (21) of the piston (20) respectively to limit rotation of the piston (20). The shaft (50) comprises a shaft body (51) pivotally disposed in the casing (10) and an eccentric cam (52) contacts against the driving member (30).
    • 一种自动闭门器结构,包括壳体(10),至少一个活塞(20),至少一个限制构件(80),与活塞(20)连接的至少一个驱动构件(30)和轴(50) 。 壳体(10)具有外壁(10a),室(11),内壁(10b)和至少一个第一限制部分(13)。 可滑动地设置在壳体(10)的腔室(11)内的活塞(20)具有形成在外壁(20a)上的外壁(20a)和第二限制部分(21)。 限位构件(80)具有第一端部(80a)和第二端部(80b),两者均与壳体(10)的第一限制部分(13)和活塞的第二限制部分(21)连接 (20),以限制活塞(20)的旋转。 轴(50)包括枢转地设置在壳体(10)中的轴体(51)和偏心凸轮(52)与驱动构件(30)接触。
    • 10. 发明公开
    • Automatic door closer
    • 自动闭门器
    • EP2138662A3
    • 2010-07-28
    • EP09163898.1
    • 2009-06-26
    • Taiwan Fu Hsing Industrial Co. Ltd.
    • Yu, Rick
    • E05F15/04E05F3/06E05F3/10
    • E05F3/104E05F3/06E05F3/12E05F15/53E05Y2800/22E05Y2900/132
    • An automatic door closer comprises a casting 10, a sliding assembly 20, a drive assembly 30, a tube shaped piston 41 and a first resilient member 51. The casting 10 has a front chamber 111, a rear chamber 113, a middle chamber 112 in communication with the front chamber 111 and the rear chamber 113, a shaft hole 12 penetrating the middle chamber 112 and a first oil passage 13. The first oil passage 13 has an oil inlet 13a in communication with the front chamber 111 and an oil outlet 13b in communication with the rear chamber 113. The sliding assembly 20 disposed within the middle chamber 112 of the casting 10 comprises a slider 21 disposed between the oil inlet 13a and the oil outlet 13b, a first roller 22 and a second roller 23, wherein the first and second rollers 22, 23 arc disposed within the slider 21 respectively. The drive assembly 30 comprises a shaft 31 and an eccentric cam 32 coupled to the shaft 31, the shaft 31 is pivotally disposed within the shaft hole 12 of the casting 10, the eccentric cam 32 is located within the slider 21 and contacts against the first and second rollers 22, 23 of the sliding assembly 20. The tube shaped piston 41 disposed within the rear chamber 113 of the casting 10 has a first end portion 411 and a second end portion 412 opposite to the first end portion 411, the first end portion 411 is connected with the first roller 22. The first resilient member 51 is disposed within the front chamber 111 of the casting 10 serving for pushing the slider 21 of the sliding assembly 20 to move.