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    • 91. 发明申请
    • ELECTROMAGNETIC CLOSING AND OPENING DEVICE FOR DOOR LEAVES THAT CAN BE PIVOTED
    • 用于旋转门翼的电磁锁定和开启装置
    • WO01046545A2
    • 2001-06-28
    • PCT/EP2000/013106
    • 2000-12-21
    • E05B47/00E05C19/16
    • E05C19/168Y10T24/32Y10T292/11
    • The aim of the invention is to provide an electromagnetic device for door leaves that can be pivoted, whereby a door closing and stopping device and a door opening device form a constructional unit and a door leaf that can be pivoted and is closed when resting on a door sealing can be securely closed. According to the invention, a positive fit is produced between the door leaf (8) that can be pivoted and the frame (1) of the door and between pole flanges (2; 3) of an electromagnetic device and a U-shaped antipole component (11) that is provided with a connecting piece (13) which consists of non-magnetic material, as soon as the door leaf (8) rests on the door stop (20) in the closing position. The connecting piece (13) which slightly rises above the anitpole component (11) engages in a gap between the pole flanges (1; 2) in the closing position. The pole surfaces (18) of the pole flanges (1; 2) and the antipole surfaces (17) of the antipole component (11) and the front face (21) of the connecting piece (13) are provided with an angle of incidence (22). The inventive device is not provided with mechanically moved components and is thus not subject to damaging effects caused by the use of external force.
    • 本发明的目的是提供一种铰链门翼的电磁装置形成的结构单元,其中两个门关闭和锁定装置,以及一个门开启装置,从而将可枢转的门扇的安全关闭,该关闭抵靠门密封件已达到 即只要在关闭位置向车门止挡门扇(8)(20)熊,所述可枢转门扇之间(8)和所述门框架(1)具有极板之间的刚性连接(2; 3)的电磁装置和一个U形的 和由非磁性材料制成的中间部分的一组(13)Gegenpolstücks提供(11)形成,其中所述配极片(11)是略优于中间片(13)在闭合位置在Zwischeraum极板之间(接合和两个极面(1 2) 18)的极板(1; 2) 和配极片(11)和中间件(13)的端面(21)的配极面(17)有一个倾斜角(22)。 本发明设计的装置没有机械移动部件,因此不易受到外部暴力的影响。
    • 92. 发明申请
    • REFRIGERATION DEVICE SUCH AS A REFRIGERATOR OR FREEZER
    • 冷却装置作为冷却或冷冻
    • WO01031268A1
    • 2001-05-03
    • PCT/EP2000/010066
    • 2000-10-12
    • E05C19/16F25D23/02F25D23/06F25D23/08
    • F25D23/065E05C19/161F25D23/028F25D23/087
    • The invention relates to a refrigeration device, such as a refrigerator or freezer or the like. On the side facing the door, said refrigeration device is provided with at least one approximately horizontally disposed plastic crosshead (20, 51) that is provided with a strip-shaped opposite pole (31, 62) for a magnetic seal that extends around the edge of the door. The door, when in the closed position, rests against the housing via said magnetic seal. In the prior art, thin strips have been used for this purpose, said strips being glued on the plastic crosshead (20, 51). The aim of the invention is to improve the fixation of the strips so that they do not become detached. To this end, a strip-shaped opposite pole (31, 62) (for example a thin strip) is embedded in the plastic crosshead (20, 51), for example by injection-molding. The thin strip (31, 62), in the injection-molded state, is relieved at least on one of its two front faces in the crosshead (20, 51) in order to compensate for the different temperature expansion factors of the two materials.
    • 本发明涉及制冷装置如冰箱或冷冻机,其在所述门侧朝向至少一个大致水平布置的,由塑料横梁形成(20,51),其与一带状相反磁极(31,62),用于 一个在设置磁性密封门,在其位于关闭门靠在壳体上的边缘沿周向隔开。 到目前为止,被设置在薄金属条带将其粘在塑料横梁(20,51)。 利用这种类型的薄金属片紧固它总是回到分离现象。 为了解决这个问题,本发明提出的带状相反磁极(31,62)(例如薄的金属带材)在塑料横梁(20,51)以嵌入,例如,通过挤出涂布,其中所述薄金属条带(31,62)中至少一个上的成型状态 在横动它的两个端面,以满足两种材料的不同的温度膨胀系数切自由(30,61)。
    • 93. 发明申请
    • MAGNETIC LOCK
    • 磁力锁
    • WO01031154A1
    • 2001-05-03
    • PCT/IB2000/001537
    • 2000-10-25
    • E05C19/16
    • E05C19/16E05C19/166Y10T292/11Y10T292/699
    • A magnetic lock assembly is disclosed, the assembly including a locking component which has a lock housing and magnetic lock member, the magnetic lock member being housed in the lock housing and a striker component which has a striker plate which is magnetically attracted to the magnetic lock in a locking direction by a magnetic force produced by the magnetic lock member, in use. The assembly is characterised therein that the striker plate and the magnetic lock member are movable relative to each other in the locking direction, the striker plate and the magnetic lock member include complementary latching formations and the striker component and the locking component have co-operating displacing means for displacing the striker plate and the magnetic lock member relative to each other in the locking direction upon movement of the striker plate and the magnetic lock member relative to each other in a transverse direction. The invention extends to a door including a magnetic lock assembly.
    • 公开了一种磁锁组件,该组件包括锁定部件,该锁定部件具有锁壳体和磁锁定部件,磁锁定部件容纳在锁定壳体中,以及具有撞击板的撞针部件,该撞针部件被磁力吸引到磁锁 在使用中由磁性锁定构件产生的磁力在锁定方向上。 组件的特征在于,撞击板和磁性锁定构件可以在锁定方向上相对于彼此移动,撞击板和磁性锁定构件包括互补的锁定结构,并且撞击器部件和锁定部件具有合作位移 用于在冲击板和磁性锁定构件相对于彼此沿横向移动时沿着锁定方向相对于彼此移动撞击板和磁性锁定构件的装置。 本发明延伸到包括磁锁组件的门。
    • 94. 发明申请
    • REFRIGERATOR DOOR OPENER
    • 制冷器门开启器
    • WO00008398A1
    • 2000-02-17
    • PCT/JP1999/004163
    • 1999-08-03
    • E05B1/00E05B7/00E05B17/00E05C19/16F25D23/02E05C9/16
    • E05B1/0015E05B1/0069E05B7/00E05B17/0033E05C19/161F25D23/028F25D2400/04F25D2500/02
    • A refrigerator includes a thermally insulated housing (1) opening forwards at a front surface thereof; a door (9) for selectively opening and closing the forward opening of the housing; a magnetic gasket (14, 14b) fitted to a portion of the door which is engageable with an open edge (13) of the housing; a pivotally supported handle (24) connected to the door for movement between opened and closed positions for opening and closing the door, respectively; and a trigger member (26) drivingly coupled with the handle (24) for movement between projected and retracted positions. The trigger member is moved from the retracted position towards the projected position, as the handle is pivoted from the closed position towards the opened position, to abut against the open edge to thereby physically release a contact between the magnetic gasket and the open edge.
    • 冰箱包括在其前表面向前开口的绝热壳体(1) 用于选择性地打开和关闭壳体的向前开口的门(9); 安装在所述门的与所述壳体的开口边缘(13)接合的部分的磁性垫片(14,14b); 连接到所述门的枢转支撑的手柄(24),用于在打开和关闭门之间分别在打开和关闭位置之间运动; 以及触发构件(26),其与所述手柄(24)驱动联接,用于在突出位置和缩回位置之间移动。 当手柄从关闭位置朝向打开位置枢转时,触发构件从缩回位置移动到突出位置,以抵靠开口边缘,从而物理地释放磁性垫片和开口边缘之间的接触。
    • 96. 发明申请
    • ELECTROMAGNETIC LOCKING DEVICES
    • 电磁锁定装置
    • WO1996010122A1
    • 1996-04-04
    • PCT/GB1995002253
    • 1995-09-22
    • NT SECURITY LIMITEDGILLHAM, Peter, James
    • NT SECURITY LIMITED
    • E05C19/16
    • E05B17/0037E05B63/24E05B65/10E05C19/168Y10S292/72Y10T292/11Y10T292/18
    • An electromagnetic locking device comprises an actuating assembly (10), including an electromagnet (11) having an operative face (13) and at least one side thereof an abutment (14a) which extends in a direction substantially perpendicular to the operative face (13) and projects beyond the operative face, and a co-operative assembly (20) including an armature (21) mounted for movement towards and away from the operative face (13) in a direction substantially perpendicular thereto when the electromagnet and armature are aligned and arranged so as to engage behind the abutment (14a) when the electromagnet is energised. The actuating assembly (10) also includes at least one plunger (16) which is mounted for movement substantially perpendicularly to the operative face (13) between a retracted position and an extended position relative to the operative face (13) and spring washers (17) for driving the plunger (16) into its extended position into contact with said armature (21) to displace the armature (21) clear of said abutment (14a) when the electromagnet ceases to be energised. The plunger (16) is provided adjacent to one side of the electromagnet (11), namely that at which the abutment (14a) is provided, and the armature (21) is mounted on a pivot (23) so as to allow the armature to move progressively onto the electromagnet across the width thereof as the electromagnet (11) is energised.
    • 电磁锁定装置包括致动组件(10),其包括具有操作面(13)的电磁体(11),并且其至少一侧具有基本上垂直于操作面(13)的方向延伸的邻接部(14a) 并且突出超出操作面,以及合作组件(20),其包括电枢(21),当电磁体和电枢对准和布置时,所述衔铁(21)被安装成朝着和远离操作面 以便当电磁体通电时与基台(14a)接合。 致动组件(10)还包括至少一个柱塞(16),其被安装成相对于操作面(13)和弹簧垫圈(17)在缩回位置和延伸位置之间基本上垂直于操作面(13)移动 ),用于当所述电磁体停止通电时将所述柱塞(16)驱动到其延伸位置与所述电枢(21)接触以使所述电枢(21)移离所述邻接件(14a)。 柱塞(16)设置成邻近电磁体(11)的一侧,即设置有抵接件(14a)的位置,并且电枢(21)安装在枢轴(23)上,以允许电枢 随着电磁体(11)通电,在电磁体的宽度上逐渐移动到电磁体上。