• 专利附录
  • 专利说明
  • 权利要求
  • 类似技术
  • 同族专利
  • 引用文献
  • 法律状态
  • 优先权
    • 专利摘要:
    Synchronized opening and closing system with permanent magnets, synchronized anchoring system with permanent magnets and storage system. The synchronized opening and closing system and the synchronized anchoring system according to the invention are applied on containers prepared to collect a mobile element comprising at least one hole in which the objects to be stored are deposited and with an upper element prepared to cover the gap in such a way that, through permanent magnets, block access to said hole in a simple way and its access is difficult for anyone not knowing the password. The storage system comprises at least one container prepared to collect a mobile element comprising at least one recess in which the objects to be stored are deposited, an upper element prepared to cover the recess and a synchronized opening and closing system according to the invention as well as, in a preferred embodiment, a synchronized anchoring system according to the invention. (Machine-translation by Google Translate, not legally binding)
    公开号:ES2569433A1
    申请号:ES201630034
    申请日:2016-01-15
    公开日:2016-05-10
    发明作者:Julián LAORDEN AYUSO；Marcos LAORDEN SIMÓN
    申请人:Julián LAORDEN AYUSO；Marcos LAORDEN SIMÓN；
    IPC主号:
    专利说明:

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    The upper element (5) is preferably fixed to the container (2) through connecting means (19).
    The system for storing objects (1) further comprises at least one synchronized opening and / or closing system (6) comprising at least:
    ‐A device (7) located on the inner surface of the upper element (5) and prepared to collect at least a first permanent magnet (8) and to release it by gravity. Preferably this device (7) will have the form of recess.
    ‐ A permanent magnet (8) initially located in the device (7).
    ‐A hole (9) prepared to collect part of this permanent magnet (8) and which is located on the mobile element (3) or on the inner surface of the base of the container (2).
    ‐ A second permanent magnet (10) capable of attracting the first permanent magnet (8) when a part of this first permanent magnet (8) is in the hole (9), if it approaches in reverse polarity to the surface area exterior of the upper element (5) in which the projection of this hole (9) is located.
    In this way in the rest position (when no second permanent magnet (10) acts), the first permanent magnet (8) is located in the device (7) but falls by gravity until part of it is inserted into the hole ( 9). In this way, a part of said first permanent magnet (8) remains in the device (7) and another part in the hole (9) preventing the movement of the mobile element (3) and, consequently, access to the gap (4 ).
    The user, preferably, to unlock the system for storing objects (1) as well as the synchronized opening and / or closing system (6) should approximate a second permanent magnet (10), in reverse polarity to that of the first permanent magnet (8 ), to the area of the outer surface of the upper element (5) in which the projection of the corresponding hole (9) in which the first permanent magnet (8) is located such that said first permanent magnet (8) is located ) is attracted by the second permanent magnet (10) and ascends until it is introduced into the device (7), preferably, through a hole (11) prepared for it.
    Specifically, Fig. 1 also represents a more advanced embodiment of this system for storing objects (1) since it comprises a plurality of synchronized systems of
    8
    opening and / or closing (6) and a plurality of first permanent magnets (8) such that in a resting position the system for storing objects (1) is locked through each of said first permanent magnets ( 8). The user, preferably, to unlock the system for storing objects (1) must use the same number of second permanent magnets (10) as of first permanent magnets (8) such that when every second permanent magnet (10) approaches, in reverse polarity to its respective first permanent magnet (8), to the area of the outer surface of the upper element (5) in which the projection of the respective hole (9) is located ascends said first permanent magnet (8) until it is introduced into the mentioned device (7). Then, once every second permanent magnet (10) has been placed with its corresponding first permanent magnet (8), the system for storing objects (1) is unlocked and the user can access the hole (4) of the mobile element ( 3).
    In a preferred embodiment, in which the device (7) is prepared to collect two or more first permanent magnets (8), the second permanent magnet (10), in reverse polarity to all these first permanent magnets (8), can be capable of bringing all of them up to the device (7) when it approaches the area of the outer surface of the upper element (5) in which the projection of the respective holes (9) are located.
    In this Fig. 1 another preferred embodiment of the system for storing objects (1) comprising a synchronized anchoring system (12) can also be observed, which comprises at least:
    ‐A device (14) located on the mobile element (3) or on the inner surface of
    the base of the container (2) and prepared to collect at least a third magnet
    permanent (15). Preferably, this device (14) has a gap (18) defined.
    to collect at least said third permanent magnet (15);
    ‐This third permanent magnet (15) initially located in the device (14); Y
    ‐A hole (16) prepared to collect part of this third permanent magnet (15) and
    which is located on the inner surface of the upper element (5).
    Part of this synchronized anchoring system (12) can be seen more clearly in Fig. 2 as the mobile element (3) of the system for storing objects (1) is shown in enlarged form.
    9
    In the rest position, this synchronized anchoring system (12) does not change the system lock situation for storing objects (1) caused by the synchronized opening and / or closing system (6) but if a second magnet approaches permanent (10), in reverse polarity to the aforementioned third permanent magnet (15), to the area of the outer surface of the upper element (5) in which the projection of the hole (18) is located, this second permanent magnet (10) attracts the third permanent magnet (15) by ascending it from the device (14) until part of said third permanent magnet (15) is inserted into the hole (16) of the upper element (5) such that a part of the third magnet permanent (15) is in the hole (16) and the other part in the device (14), further blocking the movement of the mobile element (3) and preventing access to the gap (4) of the mobile element (3).
    In a preferred embodiment of the system for storing objects (1) it can comprise a plurality of synchronized anchor systems (12) as well as third permanent magnets (15).
    The user to unlock the system for storing objects (1) must approximate as many second permanent magnets (10) as first permanent magnets (8) have the system for storing objects (1) (preferably a second permanent magnet for each first permanent magnet) in reverse polarity to its respective first permanent magnet (8), to the area of the outer surface of the upper element (5) where the projection of the corresponding hole (9) of the device (7) is prepared to collect the corresponding first magnet permanent (8). In the event that the user locates a second permanent magnet (10), of inverse polarity to a third permanent magnet (15), in a place close to the area of the outer surface of the upper element (5) in which it is located the projection of the corresponding hole (18) of the device (14) will further block the system for storing objects (1) since the third permanent magnet (15) will ascend until part of it is inserted into the hole (16) and the other part in said device (14).
    In the case of a plurality of synchronized opening and / or closing systems (6) and a plurality of anchoring systems (12), the holes (9) of the synchronized opening and / or closing systems (6) and the gaps (18) of the synchronized anchor systems (12) must be separated a minimum distance depending on the attractive capacity of the second permanent magnet (10) so that if this second permanent magnet is approached
    (10) to the area of the upper element (5) in which the projection of
    10
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    权利要求:
    Claims (1)
    [1]
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    同族专利:
    公开号 | 公开日
    ES2569433B1|2017-02-14|
    引用文献:
    公开号 | 申请日 | 公开日 | 申请人 | 专利标题
    ES2193359T3|1996-11-07|2003-11-01|Sphinx Electronics Gmbh & Co K|BOX WITH LOWER PART, SLIDING COVER AND CLOSURE DEVICE.|
    JP2002165657A|2000-12-02|2002-06-11|Masaomi Shimizu|Magnet structural lock mechanism|
    KR20130132354A|2013-10-31|2013-12-04|이병무|Secret storage in drawer|
    法律状态:
    2017-02-14| FG2A| Definitive protection|Ref document number: 2569433 Country of ref document: ES Kind code of ref document: B1 Effective date: 20170214 |
    优先权:
    申请号 | 申请日 | 专利标题
    ES201630034A|ES2569433B1|2016-01-15|2016-01-15|Synchronized opening and / or closing system with permanent magnets, synchronized anchorage system with permanent magnets and system for storing objects|ES201630034A| ES2569433B1|2016-01-15|2016-01-15|Synchronized opening and / or closing system with permanent magnets, synchronized anchorage system with permanent magnets and system for storing objects|
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