• 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:
    The present invention relates to a control device for the adjustment of a lock from a first state that requires a key for unlocking the lock into a second state that does not require a key for unlocking the lock, and/or from a first state that requires a key for locking the lock into a second state that does not require a key for locking the lock. The control device comprises at least one source of power (1, 326), at least one electronic circuit, at least one switch (34), at least one means (35, 349, 350) for the receipt and evaluation of a wireless signal and for possible actuation of at least one device (40) for the conversion of electric energy into mechanical motion. The present invention also relates to a lock provided with the control device, a door provided with the lock, a window provided with the lock, and a method of using the lock.
    公开号:SE1000439A1
    申请号:SE1000439
    申请日:2010-04-30
    公开日:2011-10-31
    发明作者:Fredrich Dahlman
    申请人:Tunstall Group Ab；
    IPC主号:
    专利说明:

    20 25 30 2 electronic circuit, at least one switch and at least one means for receiving and evaluating a wireless signal and for any influence on at least one device for converting electrical energy into mechanical movement.
    The at least one switch may be at least one microswitch. The at least one switch can at least when switching be in mechanical connection with at least one locking plate which in turn is rotatable about a first axis of rotation which extends substantially perpendicular to the main plane of extension of the locking plate.
    The at least one means may be at least one circuit board. At least one of said at least one circuit board may be of PCB type. The at least one means may be at least two circuit boards, wherein at least one first card may be adapted for wireless communication with a mobile phone or the like and at least one second card may be adapted to - in the event of a wireless signal valued and approved by said first card - open an electrical connection between said power source and said device. Said wireless communication may be of the Bluetooth type.
    The at least one device may be at least one piezo motor. The at least one device may be in mechanical connection with at least one first link. The at least one first link may be provided with at least one first mechanical coupling means which in engaged position cooperates with at least one second mechanical coupling means on at least one second link for direct or indirect transmission of rotational movement from said first rotary shaft to a second rotary shaft.
    Said second link may consist of at least one gear segment which in engaged position is rotatable about said first axis of rotation.
    The invention thus also comprises a lock, which is provided with at least one control device as above. The lock may comprise at least one first locking axis of rotation and at least one second axis of locking rotation. Said first locking axis of rotation may coincide with said first axis of rotation and said second axis of locking rotation may coincide with said second axis of rotation. The lock may comprise at least one first shaft with at least one push or handle and at least one second shaft. Said second shaft may be provided with at least one knob. Said first shaft may rotate about said first locking rotation shaft and said second shaft may rotate about said second locking rotation shaft.
    The invention thus also comprises a door which is provided with at least one lock as above. 10 20 25 30 3 The invention thus also comprises a window, which is provided with at least one lock as above.
    The invention thus also comprises a method of unlocking the lock as above and comprising the steps - to press and / or turn a pressure or a handle so that a predetermined piece rotates around a first axis of rotation and hold it in this position for a predetermined time. causing at least one switch to open an electrical connection between at least one power source and at least one means for receiving and evaluating a wireless signal, - to release the pressure or the handle so that it turns back to the initial position while providing at least one return spring, - to sending a wireless signal from a mobile telephone or the like to the means, whereby it examines the authority of the signal and, if approved, opens an electrical connection between the power source and at least one device for converting electrical energy into mechanical movement, the device connecting at least one first link provided with at least one first mechanical coupling means with at least one second link provided with mi a second mechanical coupling means for enabling direct or indirect transmission of rotational movement from said first axis of rotation to a second axis of rotation, the rotation directly or indirectly affects the locking piston so that the lock is unlocked.
    The method may comprise the final step - releasing the pressure or handle so that it rotates back to the initial position under the influence of said at least one return fi spring, the rotation transmitted to said second widening shaft directly or indirectly acting on the locking piston so that the lock is locked and said at least one switch within a predetermined period of time, the electrical connection between said at least one power source and said at least one means for receiving and evaluating a wireless signal is caused to close.
    The invention thus also comprises a method of locklessly locking the lock as above and comprising the steps - of pressing and / or turning a pressure or a handle so that a predetermined piece rotates about a first axis of rotation and holding it in this position. 4 predetermined time in which at least one switch is caused to open an electrical connection between at least one power source and at least one means for receiving and evaluating a wireless signal, - to release the pressure or the handle so that it turns back to the initial position while providing at least one return spring , - to send a wireless signal from a mobile telephone or the like to the means, whereby it examines the competence of the signal and, if approved, opens an electrical connection between the power source and at least one device for converting electrical energy into mechanical movement, the device connecting at least one first link provided with at least one first mechanical coupling means provided with at least one second link with at least one second mechanical coupling means for enabling direct or indirect transmission of rotational movement from said first axis of rotation to a second axis of rotation, - to re-press and / or turn the pressure or the handle so that it rotates said predetermined piece and - to release the pressure or the handle so that it rotates back to the initial position during fl providing said at least one return fi spring, the rotation transmitted to said second widening shaft directly or indirectly acting on the locking piston so that the lock is locked and said at least one switch being caused to close the electrical connection within a predetermined time said at least one power source and said at least one means for receiving and evaluating a wireless signal.
    The invention thus also comprises a method of locklessly locking the lock as above and comprising the steps - of pressing and / or turning a pressure or a handle so that a predetermined piece rotates about a first axis of rotation and holding it in this position for a predetermined time, at least one switch is caused to open an electrical connection between at least one power source and at least one means for receiving and evaluating a wireless signal, - to release the pressure or the handle so that it turns back to the initial position while in providing at least one return fi spring, - to transmit a wireless signal from a mobile telephone or the like to the means, in which case it examines the competence of the signal and, if the authorization is approved, enables the opening of an electrical connection between the power source and at least one device for converting electrical energy into mechanical movement, / or turn the pressure or handle so that it rotates said predetermined piece wherein said The electrical connection is opened between the power source and said at least one device for converting electrical energy into mechanical movement, the device connecting at least one first link provided with at least one first mechanical connection means with at least one second link provided with at least one second mechanical connection means for enabling direct or indirectly transmitting rotational movement from said first axis of rotation to a second axis of rotation and - releasing the pressure or handle so that it rotates back to the initial position during fl providing said at least one return fi springs whereby the rotation transmitted to said second axis of rotation directly or indirectly affects a lock locking and causing said at least one switch to close the electrical connection between said at least one power source and said at least one means for receiving and evaluating a wireless signal within a predetermined period of time.
    Figure list Figure 1a shows, in exploded perspective view, a first embodiment of the control device according to the invention.
    Figure 1b shows, in perspective view, the control device according to Figure 1a.
    Figure 2a shows, in exploded perspective view, a second embodiment of the control device according to the invention.
    Figure 2b shows, in perspective view, the control device according to Figure 2a.
    Figure 3 shows, in front view, part of the control device according to Figure 1a mounted on the inside of a door and in a first position.
    Figure 4 shows, in front view, the part according to Figure 3 in a second position.
    Figure 5 shows, in front view, the part according to Figure 3 in a third position.
    Figure 6 shows, in front view, the part according to Figure 3 in a fourth position.
    Figure 7 shows, in front view, the part according to Figure 3 in a fifth position.
    Figure 8 shows, in front view, the part according to Figure 3 in a sixth position.
    Figure 9 shows, in front view, the part according to Figure 3 in a seventh position.
    Figure 10 shows, in front view, the part according to Figure 3 in an eighth position. 20 25 30 6 Figure 11 shows, in front view, the part according to Figure 3 in a ninth position.
    Figure 12 shows, in front view, the part according to Figure 3 in a tenth position.
    Description of embodiments A first embodiment of the control device according to the invention for adjusting a lock is shown in Figure 1a. The control device is intended to be mounted on the inside of a door or a window or in another comparably suitable context and is thus provided with a suitable handle 51 and knob 52, see Figure 1b. In-depth details are designed so that the control device can be mounted in already dangerous holes in a door that is equipped with a safety lock of the type ASSA 565 (ASSA is a trademark). After such installation of the control device, the door externally - with the external handle and locking cylinder present in an external cylinder cover - will look exactly the same as before the installation of the control device, which is a great advantage that applies to all embodiments of the control device. It will thus not be possible to externally separate a door with the control device from a door which lacks such equipment.
    In the control device there is a power source 1 in the form of three batteries, but the number of batteries can of course vary. The power source 1 is included in an electronic circuit together with a switch 34, at least one means 35 for receiving and evaluating a wireless signal and for any influence on at least one device 40 for converting electrical energy into mechanical movement. The switch 34 consists of a microswitch 34, but the type of switch can of course vary. The means 35 in the embodiment shown consists of two circuit boards 35 of PCB type mounted in a circuit board holder 19, but the number of circuit boards and the type of these can of course vary. The device 40 in the embodiment shown consists of a piezo motor 40, but the number and type of devices can of course vary.
    The microswitch 34 can be mechanically actuated by a locking plate 2 which in turn is rotatable about a first axis of rotation 55 which extends substantially perpendicular to the main plane of extension of the locking plate 2. The axis of rotation 55 coincides with an axis of rotation of the handle 51 - hereinafter referred to as the first locking axis of rotation - and the locking plate 2 is connected to the handle 51.
    At least one first card 35 of the circuit boards 35 is adapted for wireless communication with a mobile telephone or the like and at least one second card of the circuit boards 35 is adapted to - in the event of one of said first cards valued and approved wireless signal - open a electrical connection between the batteries 1 and the piezo motor 40 alternatively enable such an opening. The piezoelectric motor 40 is in mechanical connection with at least one first link 17 in the form of a hook 17 provided with at least one first mechanical coupling member in the form of a bulge which in engaged position cooperates with at least one second mechanical coupling member in the form of a corresponding bulge on at least one second link 7 in the form of a gear segment 7 for direct or indirect transmission of rotational movement from said first axis of rotation 55 to a second axis of rotation 56. The gear segment 7 is rotatable in said engaged position about said first axis of rotation 55. According to the present embodiment the rotation of rotation the first axis of rotation 55 to the second axis of rotation 56 indirectly in such a way that the gear segment 7 affects an intermediate gear which in turn acts on a gear which rotates about the axis of rotation 56. The axis of rotation 56 coincides with a axis of rotation of the knob 52 - hereinafter referred to as second axis of rotation.
    According to a second embodiment of the control device according to the invention, the detailed details are instead designed so that the control device can be mounted in already perforated holes in a door which is equipped with security locks of the type ASSA 2000 (ASSA is a trademark), see Figures 2a and 2b. In this case, in addition to a handle 51 and a knob 52, there is also a locking cylinder 54 in a cylinder cover on the inside of the door. Please note that the reference numerals in Figure 2a relating to the second embodiment do not fully correspond to those in Figure 1a relating to the first embodiment. The reference numerals used in this application are throughout those of the first embodiment. Of course, further embodiments of a control device according to the invention are also conceivable without deviating from the idea of invention.
    Figures 3-7 are intended to illustrate how to use a lock according to the invention provided with the control device according to the invention and when it is desired to unlock the lock without using a key. One method comprises the steps of pressing and / or turning a push or handle 51 so as to rotate a predetermined piece about the first axis of rotation 55 and holding it in this position for a predetermined time, the switch 34 being caused to open an electrical connection between the batteries 1 and the means 35 for receiving and evaluating a wireless signal, - to release the pressure or the handle 51 so that it turns back to the initial position, see Figure 3, while providing at least one return spring, - to send a wireless signal from a mobile telephone or the like to the means 35, in which case it examines the authority of the signal and, when the authorization is approved, opens an electrical connection between the current source 1 and the means 40 for converting electrical energy into mechanical motion, the means 40 connecting the first link 17 provided with the first mechanical coupling means with the second link 7 is provided with the second mechanical coupling means for enabling direct or indirectly transmitting rotational movement from the first axis of rotation 55 to the second axis of rotation 56, see Figure 4, - to press and / or rotate the pressure or handle 51 again so that said predetermined piece rotates, the rotation transmitted to the second axis of rotation 56 directly or indirectly actuates a locking piston so that the lock is unlocked, see Figure 5.
    The method may comprise the final step - releasing the pressure or handle 51 so that it rotates back to the initial position while inserting the at least one return spring, the rotation transmitted to the second widening shaft directly or indirectly affecting the locking piston so that the lock is locked, see Figure 6, and wherein the switch 34 is caused to close the electrical connection between the batteries 1 and the means 35 for receiving and evaluating a wireless signal within a predetermined period of time, see Figure 7 Figures 8-12 are intended to illustrate how to use a lock according to the invention provided with the control device according to the opening and when you want to lock the lock without using a key. One method comprises the steps of pressing and / or turning a push or handle 51 so as to rotate a predetermined piece about the first axis of rotation 55 and holding it in this position for a predetermined time, the switch 34 being caused to open an electrical connection between the batteries 1 and the means 35 for receiving and evaluating a wireless signal, - releasing the pressure or the handle 51 so that it rotates back to the initial position while inserting the at least one return spring, see Figure 8, - for transmitting a wireless signal from a mobile telephone or the like. to the means 35, in which case it examines the competence of the signal and, if approved, allows the opening of an electrical connection between the batteries 1 and the device 40 for converting electrical energy into mechanical movement, - to press and / or turn the pressure or the handle 51 again so that said predetermined piece rotates, see Figure 9, said electrical connection being opened between the batteries 1 and d the means 40 for converting electrical energy into mechanical movement, the means 40 connecting the first link 17 provided with the first mechanical coupling means to the second link 7 provided with the second mechanical coupling means for enabling direct or indirect transmission of rotational motion from the first rotary shaft 55. to the second axis of rotation 56, see Figure 10, and - releasing the pressure or handle 51 so that it rotates back to the initial position while inserting the at least one return spring, the rotation transmitted to the second axis of rotation 56 directly or indirectly affecting a locking piston so that the lock is locked, see Figure 11, and the switch 34 is caused to close the electrical connection between the batteries 1 and the means 35 for receiving and evaluating a wireless signal within a predetermined period of time, see Figure 12.
    The wireless communication standard used is preferably Bluetooth, but WLAN or ZigBee, for example, are also conceivable.
    The invention is not limited to the embodiments shown here but can be varied within the scope of the appended claims.
    权利要求:
    Claims (23)
    [1]
    A control device for converting a lock from a first position which requires a key for unlocking the lock to a second position which does not require a key for unlocking the lock and / or from a first position which requires a key for locking the lock to a second position which does not require a key for locking the lock, characterized by at least one power source (1), at least one electronic circuit, at least one switch (34), at least one means (35) for receiving and evaluating a wireless signal and for any influence on at least one means (40) for converting electrical energy into mechanical motion.
    [2]
    A control device according to claim 1, wherein said at least one switch (34) is constituted by at least one microswitch (34).
    [3]
    Control device according to claim 1, wherein said at least one switch (34) is in mechanical connection at least when switching with at least one locking plate (2) which in turn is rotatable about a first axis of rotation (55) which extends substantially perpendicular to the locking plate ( 2) main distribution plan.
    [4]
    The control device of claim 1, wherein said at least one means (35) is at least one circuit board (35).
    [5]
    The control device of claim 4, wherein at least one of said at least one circuit board (35) is of the PCB type.
    [6]
    A control device according to claim 4, wherein said at least one means (35) is at least two circuit boards (35), wherein at least one first card (35) is adapted for wireless communication with mobile telephone or the like and at least one second card (35) is adapted for to - in the event of a wireless signal valued and approved by said first card (35) - open an electrical connection between said power source (1) and said device (40).
    [7]
    The control device of claim 1, wherein said wireless communication is of the Bluetooth type. 10 20 25 30 11
    [8]
    The control device of claim 1, wherein said at least one device (40) is at least one piezo motor (40).
    [9]
    The control device of claim 1, wherein said at least one device (40) is in mechanical communication with at least one first link (17).
    [10]
    Control device according to claim 9, wherein said at least one first link (17) is provided with at least one first mechanical coupling means which in coupled position cooperates with at least one second mechanical coupling means on at least one second link (7) for direct or indirect transmission of rotational movement. from said first axis of rotation (55) to a second axis of rotation (56).
    [11]
    At least one gear segment (7) which in the engaged position is rotatable about said first control device according to claim 10, wherein said second link (7) is constituted by axis of rotation (55).
    [12]
    Lock, characterized in that it is provided with at least one control device according to any one of the preceding claims.
    [13]
    A lock according to claim 12, comprising at least a first locking axis of rotation and at least one second axis of locking rotation.
    [14]
    A lock according to claim 13, wherein said first locking axis of rotation coincides with said first axis of rotation (55) and said second axis of locking rotation coincides with said second axis of rotation (56).
    [15]
    A lock according to claim 12, comprising at least a first shaft with at least one push or handle (51) and at least one second shaft.
    [16]
    A lock according to claim 15, wherein said second shaft is provided with at least one knob (52). 20 25 30 12
    [17]
    A lock according to claim 15, wherein said first shaft is rotatable about said first locking rotation shaft and said second shaft is rotatable about said second locking rotation shaft.
    [18]
    Door, characterized in that it is provided with at least one lock according to any one of claims 12-17.
    [19]
    Window, characterized in that it is provided with at least one lock according to any one of claims 12-17.
    [20]
    A method of unlocking the lock according to any one of claims 12-17, characterized by the steps - to push and / or turn a push or a handle (51) so that a predetermined piece rotates around a first axis of rotation (55) and holding it in this position for a predetermined time, at least one switch (34) being caused to open an electrical connection between at least one current source (1) and at least one means (35) for receiving and evaluating a wireless signal, - releasing the pressure or the handle (51) so that it rotates back to the initial position while providing at least one return spring, - to send a wireless signal from a mobile telephone or the like to the means whereby it examines the authentication of the signal and, if approved, opens an electrical connection between the power source (1) and at least one device (40) for converting electrical energy into mechanical movement, the device (40) connecting at least one first link (17) provided with at least one first mechanical coupling means with min. a second link (7) provided with at least one second mechanical coupling means for enabling direct or indirect transmission of rotational movement from said first axis of rotation (55) to a second axis of rotation (56), - to press and / or turn the pressure or handle again (51) so that said predetermined piece rotates, the rotation transmitted to said second widening shaft (56) directly or indirectly acting on a locking piston so that the lock is unlocked.
    [21]
    A method according to claim 20, comprising the final step 13 - releasing the pressure or handle (51) so that it turns back to the initial position while in providing said at least one return fi spring, the rotation transmitted to said second widening shaft (56) directly or indirectly actuates the locking piston so that the lock is locked and said at least one switch (34) is caused to close the electrical connection between said at least one current source (1) and said at least one means (35) for receiving and evaluating a wireless signal.
    [22]
    A method of locking the lock without a key according to any one of claims 12-17, characterized by the steps - to push and / or turn a push or a handle (51) so that a predetermined piece rotates around a first axis of rotation (55) and hold it in this position for a predetermined time, at least one switch (34) being caused to open an electrical connection between at least one power source (1) and at least one means (35) for receiving and evaluating a wireless signal, - releasing the pressure or the handle (51) so that it rotates back to the initial position while providing at least one return spring, - to send a wireless signal from a mobile telephone or the like to the means (35), which examines the authentication of the signal and, if authorized, opens an electrical connection between the power source ( 1) and at least one device (40) for converting electrical energy into mechanical movement, the device (40) connecting at least one first link (17) provided with at least one first mechanical connecting means with m a second link (7) provided with at least one second mechanical coupling means for enabling direct or indirect transmission of rotational movement from said first axis of rotation (55) to a second axis of rotation (56), - to push and / or turn the pressure or handle again (51) so that it rotates said predetermined piece and - releasing the pressure or handle (51) so that it rotates back to the initial position while providing said at least one return spring, the rotation transmitted to said second winding shaft (56) directly or indirectly actuating a locking piston so that the lock is locked and said at least one switch (34) is caused to close the electrical connection between said at least one current source (1) and said at least one means (35) for receiving and valuing within a predetermined period of time of a wireless signal.
    [23]
    A method of locking the lock without a key according to any one of claims 12-17, characterized by the steps - to push and / or turn a push or a handle (51) so that a predetermined piece rotates around a first axis of rotation (55) and hold it in this position for a predetermined time, at least one switch (34) being caused to open an electrical connection between at least one power source (1) and at least one means (40) for receiving and evaluating a wireless signal, - releasing the pressure or the handle (51) so that it turns back to the initial position while providing at least one return spring, - to send a wireless signal from a mobile telephone or the like to the means (35), this examining the authentication of the signal and, if approved, enabling the opening of an electrical connection between the power source (1) and at least one device (40) for converting electrical energy into mechanical motion, - to re-press and / or turn the pressure or the handle (51) so that it turns said predetermined wherein said electrical connection is opened between the current source (1) and said at least one device (40) for converting electrical energy into mechanical movement, the device (40) connecting at least one first link (17) provided with at least one first mechanical connection means with at least one second link (7) provided with at least one second mechanical coupling means for enabling direct or indirect transmission of rotational movement from said first axis of rotation (55) to a second axis of rotation (56) and - releasing the pressure or handle (51) so that it turns back to the initial position while providing said at least one return fi spring, the rotation transmitted to said second widening shaft (56) directly or indirectly acting on a locking piston so that the lock is locked and said at least one switch (34) being caused to close it within a predetermined period of time. the electrical connection between said at least one power source (1) and said at least one means (35) for receiving and evaluating a wireless signal.
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    同族专利:
    公开号 | 公开日
    EP2426649A1|2012-03-07|
    SE535455C2|2012-08-14|
    引用文献:
    公开号 | 申请日 | 公开日 | 申请人 | 专利标题
    SE524438C2|2000-10-05|2004-08-10|Magnus Georg Goertz|Remote controlled door-related locking arrangement, first and second computer program products, carrying medium and a computer-soluble medium|
    JP2004108035A|2002-09-19|2004-04-08|Tokai Rika Co Ltd|Door opening and closing device|
    WO2005050576A1|2003-11-20|2005-06-02|Ake Gustafson|Keyless entry system|
    SE530279C8|2005-03-18|2008-06-03|Phoniro Ab|Method of unlocking a lock with a locking device capable of wireless short distance data communication in accordance with a communication standard, and an associated locking device|
    GB2443633B|2006-11-08|2011-07-27|Drop Ltd|Lock|CH712591A2|2016-06-16|2017-12-29|Glutz Ag|Fitting with a fitting protection.|
    法律状态:
    2014-01-02| NUG| Patent has lapsed|
    优先权:
    申请号 | 申请日 | 专利标题
    SE1000439A|SE535455C2|2010-04-30|2010-04-30|Control device for adjusting a lock, lock provided with the control device, door fitted with the lock, window fitted with the lock and ways to use the lock|SE1000439A| SE535455C2|2010-04-30|2010-04-30|Control device for adjusting a lock, lock provided with the control device, door fitted with the lock, window fitted with the lock and ways to use the lock|
    EP11164345A| EP2426649A1|2010-04-30|2011-04-29|Control device for adjustment of a lock, lock provided with the control device, door provided with the lock, window provided with the lock and method of using the lock|
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