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    • 1. 发明公开
    • Attraction plate structure of electromagnetic doorlock
    • 电磁门锁的吸盘结构
    • EP2765267A3
    • 2017-12-13
    • EP14152952.9
    • 2014-01-28
    • Liao, Yi-Fan
    • Liao, Yi-Fan
    • E05C19/16H01F7/16
    • H01F7/1638E05C19/166
    • An attraction plate structure of electromagnetic doorlock comprises an attraction plate (30) positioned on a mounted body (40) by a positioning assembly (50). The attraction surface (31) has an arch portion (32) higher than the bottom plane of 0.04mm to 0.27mm at a central region thereof, and the arch portion (32) extends towards both ends (34) to form an arc surface, so that a convex-arc surface (33) is formed with both ends (34) lower than the central region. The present invention uses the convex arc design of the attraction surface (31) to produce the curved internal stress while the attraction plate (30) is pulled. Due to the curved internal stress, the electric magnet (20) under the normal current is able to enhance the tensile value of the electromagnetic doorlock (60), saving energy and enhancing the security access control.
    • 电磁门锁的吸引板结构包括通过定位组件(50)定位在安装体(40)上的吸引板(30)。 吸引面(31)在其中央区域具有比底面高0.04mm〜0.27mm的拱形部(32),拱形部(32)朝向两端部(34)延伸而形成圆弧面, 使得形成凸弧表面(33),其两端(34)低于中央区域。 本发明利用吸引面(31)的凸弧设计来产生弯曲的内部应力,同时吸引板(30)被拉动。 由于弯曲的内应力,正常电流下的电磁铁(20)能够提高电磁门锁(60)的抗拉强度,节约能源,增强安全门禁控制。
    • 2. 发明公开
    • Attraction plate structure of electromagnetic doorlock
    • Anziehungsplattenstruktur eines elektromagnetischenTürschlosses
    • EP2765267A2
    • 2014-08-13
    • EP14152952.9
    • 2014-01-28
    • Liao, Yi-Fan
    • Liao, Yi-Fan
    • E05C19/16
    • H01F7/1638E05C19/166
    • An attraction plate structure of electromagnetic doorlock comprises an attraction plate (30) positioned on a mounted body (40) by a positioning assembly (50). The attraction surface (31) has an arch portion (32) higher than the bottom plane of 0.04mm to 0.27mm at a central region thereof, and the arch portion (32) extends towards both ends (34) to form an arc surface, so that a convex-arc surface (33) is formed with both ends (34) lower than the central region. The present invention uses the convex arc design of the attraction surface (31) to produce the curved internal stress while the attraction plate (30) is pulled. Due to the curved internal stress, the electric magnet (20) under the normal current is able to enhance the tensile value of the electromagnetic doorlock (60), saving energy and enhancing the security access control.
    • 电磁门锁的吸引板结构包括通过定位组件(50)定位在安装体(40)上的吸引板(30)。 吸引面31在其中央部具有比底面高0.04mm〜0.27mm的拱形部32,拱形部32向两端34延伸,形成圆弧面, 使得形成有两个端部(34)比中心区域低的凸弧面(33)。 本发明使用吸引面(31)的凸弧设计,在吸引板(30)被拉动时产生弯曲的内应力。 由于弯曲的内部应力,正常电流下的电磁体(20)能够增强电磁门锁(60)的拉伸值,节省能量并增强安全访问控制。
    • 5. 发明公开
    • Structure improvement of attraction plate of electromagnetic doorlock
    • Verbesserung der Anziehungsplatte von elektromagnetischenTürschlössern
    • EP2754806A2
    • 2014-07-16
    • EP14150426.6
    • 2014-01-08
    • Liao, Yi-Fan
    • Liao, Yi-Fan
    • E05C19/16
    • E05C19/166Y10T292/11
    • The main features of the structure improvement of attraction plate of electromagnetic doorlock, comprises a positioning assembly (50) positioned on the mounted body (40) at the position close to both ends of the attraction plate (30), the attraction surface (31) having a recessed portion (32) below the horizontal plane of 0.06mm to 0.26mm at a central region thereof, and the recessed portion (32) extended towards both ends to form an arc surface, so that a concave-arc surface (33) is formed with both ends lower than the central region. The present invention uses the concave arc design of the attraction surface to maintain the normal current of the electric magnet while the attraction plate is pulled by the curved internal stress structure for saving energy and enhancing the security access control.
    • 电磁门锁吸引板结构改进的主要特征包括定位组件(50),位于靠近吸引板(30)两端的位置上的安装体(40)上,吸引面(31) 在其中心区域处具有在水平面下方的0.06mm至0.26mm的凹部(32),并且所述凹部(32)朝向两端延伸以形成弧形表面,使得凹弧面(33) 形成为两端低于中央区域。 本发明使用吸引表面的凹弧设计来保持电磁体的正常电流,同时通过弯曲的内部应力结构拉动吸引板,以节省能量并增强安全访问控制。