• 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:
    Outer cupboard with a door for access to the interior of the outer cupboard, the outer cupboard being provided with a locking device with a locking mechanism arranged in the door with one or more latches for the door, and an operating device for the locking device, the operating device being mounted on the housing mounted on the outside of the door and comprising a control handle fitting thereto, wherein the control device comprises a operable first lock with a first lock part and a second lock part, one of which is movable relative to the other to bring them in and out of engagement with each other , respectively in a lock position in which the operating handle is locked and a release position in which the operating handle is released, characterized in that the housing forms a first receiving space on the outside of the door, the first locking part being accommodated in the first receiving space and the second lock part is mounted on the operating handle.
    公开号:BE1024343B1
    申请号:E2017/5471
    申请日:2017-07-03
    公开日:2018-02-02
    发明作者:Hendrik Antoine Hoeflake
    申请人:H.A. Hoeflake Electrotechniek Bv；
    IPC主号:
    专利说明:

    BE2017 / 5471
    Outer cupboard
    The invention relates to an outdoor cupboard also called an outdoor setup cupboard.
    Outdoor cabinets are used to house, for example, cable distribution stations for media (internet, TV) and switching stations for road and rail traffic installations.
    Outdoor cabinets are provided with one or more hinged doors for maintenance and adjustment of the interior. In order to prevent unauthorized persons from gaining access to the interior, the doors are secured against unauthorized opening by means of a lock that can be operated with a lock that can be locked.
    The lock itself often takes the form of an espagnolette-like locking mechanism with a latch above and below, with both latches operable simultaneously by a rod. This rod is moved by connection to a pivot pin extending through the door. This pivot pin is part of an operating mechanism further comprising a hand-operable operating handle for pivoting the pivot pin.
    It is known to use a lock cylinder for locking the trade. However, a mechanic may have to work on many cabinets in one day, and will then have to have just as many keys. Loss of one or more keys is a regular occurrence, with the risk of a key falling into the wrong hands.
    Electronic lock systems have been developed to reduce this risk, in which a data file is stored on the key and a battery is provided. However, the battery must be charged regularly, which can be forgotten, with the result that the technician will not be able to access the outer box. Furthermore, the database must be updated regularly to load the current status of the authorization on the key.
    Furthermore, it is known from EP 2,171,181 for an outer box, in which the operating handle is double, in series, secured and is provided with a cylinder lock which extends through a hole in the door and with the tongue behind a stop provided on the inside of the door. the access to the keyhole must be covered with a cover plate, which is rotatably attached to the keyhole
    BE2017 / 5471 operating handle. The cover plate is provided with a shaft that extends through a hole in the door and can be blocked there against rotation by a locking pin. The locking pin is electromechanically operable, activating in response to the signal from a sensor that can read, for example, biometric data from the mechanic or chip card.
    Another embodiment of a rotatable operating handle for operating an espagnolette-like locking mechanism for a door of an outer box is known from EP 2,476,825. In this case, too, the trade can be blocked by means of a lock cylinder extending through a hole in the door. A double security is realized by an electromechanical lock mounted on the inside of the door, with a locking pin that can be brought in and out of a blocking engagement with a recess on a casing of the lock cylinder. The electromechanical lock can be controlled remotely, such as via RF or via the internet.
    SUMMARY OF THE INVENTION
    An object of the invention is to provide an outer box with a door locking device with an operating device provided with an operating handle for that locking device which can easily be added to an outer box.
    An object of the invention is to provide an outer box with a door locking device with an operating device provided with an operating handle for that locking device, wherein the operating handle can be held in a non-activatable position by a lock mechanism which can be operated in a keyless manner in normal use. given.
    An object of the invention is to provide an outer box with a door locking device with an operating device provided with an operating handle for that locking device, wherein the operating handle can be held in a non-activatable position by an operable electromechanical lock mechanism, while also being released with it malfunction of the lock mechanism release of the operating lever is possible.
    BE2017 / 5471
    In order to achieve at least one of these objects, the invention provides, from one aspect, an outer box with a door for access to the interior of the outer box, the outer box comprising a locking device with a locking mechanism mounted in the door with one or a plurality of door latches, and a locking device operating device, the operating device comprising a housing mounted on the outside of the door and an operating handle mounted thereon, the operating device comprising an operable first lock having a first lock portion and a second lock portion, of which one is movable relative to the other to bring them into and out of engagement with each other, respectively in a lock position in which the control handle is locked and a release position in which the control handle is released, the housing on the outside of the door being first receiving space, the first lock part being received in the first accommodation space and the second lock part is arranged on the operating handle and extends into the first accommodation space in the lock position.
    Thus, the first and second lock members remain in the first receiving space, on the outside of the door of the outer box, and therefore no hole is required in the door, thereby facilitating installation of the operating device. The control device can be mounted on the door as a surface-mounted installation. The number of holes to be made in the door can be limited to screw holes, possibly a (power) cable and a hole for the connection to the locking mechanism on the inside of the door. The first lock can herein be a keyless lock, preferably an electromechanical lock. In addition, due to the design as a construction, the operating device can be applicable to many different designs of outer cabinets with bolts.
    In the case of said electromechanical lock, the outer box, preferably in the interior of the outer box, may be provided with a control unit adapted to operate the electromechanical lock in response to receipt of a signal therefrom from a distance from the outer box located central control post. The mechanic then does not need to have a (chip) card or transponder with him, so that loss of it does not play a role. The technician can, for example, log in to the central control station via GSM, is identified there,
    BE2017 / 5471 after which - after verification and authorization - via the internet or otherwise from the central control station controls the control unit to put the first lock in the release position. The lock can be operated by applying voltage to the electromechanical lock for a short period of time (sufficient to move the handle away from the house), via a power cable that extends through a small hole in the door.
    In a simple embodiment for the operating handle, the first lock part is movable between a lock position engaging the second lock part and a position releasing the second lock part.
    In a simple embodiment, the first lock part is a reciprocating pin and the second lock part comprises a second receiving space in which the pin fits for locking the operating handle.
    In a simple embodiment, the second lock part is formed on a transverse plane of the door-oriented lip or bulkhead to the operating handle, which lip or partition is in particular formed as one with the operating handle.
    In case said electromechanical lock comprises a solenoid actuator, its pin can be brought into and out of blocking engagement with the second receiving space on the operating handle, the pin then preferably being biased to the lock position. The solenoid actuator is then of the "pull" type. When the solenoid is energized, the pin is retracted so that the lock can be opened.
    After opening the lock, the voltage can be released from the solenoid. The pin can then expand again under the influence of a spring. In order to be able to bring the pin back into locking engagement with the second lock part when replacing the operating handle, the lip or the partition can be provided with an oblique surface for pressing the pin against the spring force until it is in line with the second recording space and can reach back into it.
    It may happen that the first lock turns out to be inoperable due to a malfunction. In that case, the outer box is not accessible and the work has to be postponed until the fault has been remedied, which can be difficult from an organizational point of view and additionally increases costs. The invention provides, from one aspect, a solution to this, that the movable lock part in the lock position by a force from outside the first lock
    BE2017 / 5471 can be brought back to the release position, and that the operating device in the house is furthermore provided with an emergency lock that can be operated separately and which comprises an emergency lock part which, when operating the emergency lock, is movable between a standby position in which the first lock is unimpeded or free and an emergency position, in which it has forced the movable lock part of the first lock into the release position. The emergency lock forms an emergency control path that is in a sense parallel to that of the first lock, so that it can still be operated despite the malfunction.
    In an embodiment of this, the emergency lock part in said displacement engages the movable lock part of the first and second lock parts of the first lock to push it to the release position. As noted above, the first lock portion may be the movable lock portion of the first lock.
    In the aforementioned case that the first lock part is the movable lock part and is a pin and the second lock part comprises a second receiving space in which the pin fits for locking the operating handle, and the second receiving space is a through hole, the first lock part and the emergency lock portion is located on opposite sides of the hole, the emergency lock portion being arranged for operatively engaging the first lock portion through the hole. The pin may form part of the aforementioned solenoid actuator, in particular of the "pull" type.
    The emergency lock part can be biased to the standby position, so that the movable lock part is hindered as little as possible in its normal movement in the first lock.
    The emergency lock part can be arranged on the operating handle, therefore following its displacement, so that it cannot form a block for the operating handle.
    In an embodiment, the emergency lock comprises a mechanical connection between the tongue and the emergency lock part, which converts the movement of the tongue into a movement of the emergency lock part. The mechanical connection can also be arranged on the operating handle, and then brought into the region of said tongue of the emergency lock by closing the operating handle.
    In a simple version, the emergency lock is a key-operated lock cylinder with tongue. The key can be in a central place
    BE2017 / 5471, kept by the manager of the relevant outdoor cabinet (this will manage several outdoor cabinets). The mechanic who finds that the emergency lock must be used will then be able to collect the key there. The aforementioned lost and abused are thus prevented.
    In a simple embodiment, in which the weight of the operating handle can remain limited, the aforementioned cylinder is fixedly mounted in the first receiving space. The housing can have a circumferential wall that is upright to the plane of the door, the cylinder having a key opening located in the circumferential wall, in particular with the opening downward. This keeps the key opening out of sight and prevents water and dirt from entering. A dust cap is not necessary.
    The actuator may include a pivot pivotable by the actuator lever which extends through a hole in the door for engagement with the locking mechanism provided in the door for actuating the one or more latches, the pivot being the only part of the actuator actuated by the door, apart from screws and the like for fixing the housing to the door and a possible cable for power and / or signal.
    In one embodiment, the housing is provided with a switch operable by movement of the operating handle, especially with movement of the handle away from and towards the housing, the switch being connected via a power cable to a control unit in the outer box and the control unit is arranged to send a signal when the switch is operated to a central control station located at a distance from the outer box. It is then known that the operating handle is in an open position or in the closed position.
    The operating handle can cover the first receiving space in a direction away from the door, in particular at least partly recessed in the housing.
    The operating handle can be rotatable between the out-of-operation position and the operating position, in particular about a hinge axis parallel to the door plane, in particular about a horizontal hinge axis. The actuating handle can be rotatable in the movement during actuation of the locking mechanism about an axis perpendicular to the door surface.
    BE2017 / 5471
    The housing can only be located on the outside of the door, attached to it.
    From a further aspect, the invention provides an operating device designed as a surface-mounted lock, apparently suitable and intended for an outer box according to the invention.
    The aspects and measures described in this description and claims of the application and / or the aspects and measures shown in the drawings of this application can, where possible, also be applied separately from one another. Those separate aspects and other aspects may be the subject of divisional patent applications directed thereto. This applies in particular to the measures and aspects described in the subclaims.
    BRIEF DESCRIPTION OF THE DRAWINGS
    The invention will be elucidated on the basis of an exemplary embodiment shown in the attached drawings. Shown in:
    Figure 1 shows an outdoor installation box with an operating device according to the invention;
    Figures 2A and 2B are two oblique views of the operating device of Figure 1;
    Figure 2C shows a housing of the operating device of Figures 2A, 2B;
    Figures 3A-D show some illustrations of components of the operating device of Figures 2A, 2B; and
    Figures 4A-E show some stages in the use of the operating device of Figures 2A, 2B.
    DETAILED DESCRIPTION OF THE DRAWINGS
    The outdoor installation box 100 in Figure 1 comprises a steel housing 101 with two doors 102a, b. The doors 102a, b can be locked in the closed position by a locking mechanism 103, for which purpose the locking mechanism comprises a pair of espagnolette rods 103a, b with locking ends 104a, b. For operating the Rods 103a, b and thus for it
    BE2017 / 5471 moving the locking ends 104a, b up and down, an actuator 1 is mounted on the door 102b as a construction, in the example by means of screws extending outwards through the door 102b from the inside of the door 102b.
    In the outer box 100, a control unit 105 is provided, to which is connected a communication unit 106 and a 230V AC -24V DC converter 107 which is connected to the mains.
    The operating device 1, given here as an example of the invention, see figures 2A and 2B, comprises a housing 2 of plastic or other suitable material with a peripheral wall 3 and a front wall 3a defining an opening 7 in which an operating handle 10 fits. The peripheral wall 3 has a downwardly directed bottom wall 3b after placement, in which a hole 8 is present for the key entrance 31 of a cylinder lock. In the front wall 3a there is furthermore a hole 9 for an LED 42.
    The housing 2 is shown in Figure 2C without handle 10 and without other components, showing a plate 50 for mounting a solenoid actuator (21) to be discussed, with a hole 50a for its pin, a cup 52 with passage 53 in sleeve 14, for bearing and feed-through of a control shaft (19) to be discussed, a plate 54 with hole 54a for a micro switch (40) to be discussed, a chamber 55 for the aforementioned pin and a lock part cooperating therewith to be discussed (25) to the handle 10, and a plate 56 with passage 65a for components to be discussed (34-38) to the handle 10 for an emergency lock.
    A bottom plate 4 is mounted on the underside of the housing 2, which is provided with a number of screw holes 6 for fastening the device 1 to the door 102b. The bottom plate 4 is further provided with a hole 5, through which a bush 14 formed integrally with the housing 2 can extend, which bush 14 forms a bearing and passage for the shaft 19. The shaft 19 is provided with a square part 19a, which, when installed on the door, fits rotatably into a square hole 18a of an actuating plate 18 (shown for illustrative reasons in Figure 2B and in Figures 3A, 3B) pivotally connected to the espagnolette rods by wings 18b. The plate 18 is also provided with a latch 17, with which the door 102b can be locked at a third point, directly on door 102a. The actuating plate 18 forms
    BE2017 / 5471 already part of the outer box 100 and does not have to be supplied with the control device 1. The hole 18a has standard dimensions.
    Figures 3A and 3B show the bottom plate 4, with some components, from two opposite directions. Shown is the inner end of the shaft 19 with integrally formed support head 15 for handle 10, which head 15 has a hole 15a for a transverse projecting transverse pin 16 which also forms a center axis X for handle 10 in directions A. 19 is further rotatable about a perpendicular plate 4 standing axis Y, directions B. In figure 3D the handle 10 is depicted with a spherical head 11 at the end 10b. The head 11 is provided with a receiving space 12 for fitting and rotatable about axis X of support head 15, and with a hole 13 for the transverse pin 16. When assembling the device 1, the handle 10 with receiving space is placed on the head 15, after which the pin 16 is slid into hole 13 and into hole 15a. Thereafter, the assembly thus obtained can be inserted from above with the shaft 19 into the passage 53 until the trading head 11 lies in the cup 52. The handle 10 can then rotate with the spherical head 11 in the cup 52, about center lines X and Y. With a rotation around the center line Y, the center line X rotates with it.
    In addition to the hole 5, an LED fixture 43 is provided, for LED 42 which fits into hole 9 (figure 2A).
    A microswitch 40 is further mounted on the plate 4, which switch can extend upwards through said hole 54a with the switch button 41. The knob 41 extends in the range of the handle 10 when it is in the position of Figures 2A, B.
    Both the LED fixture 43 and the microswitch 40 can be connected via power wires to the control unit 105 in the outer casing, for which purpose a suitable hole 6a with threaded ring is provided in the plate 4 and a corresponding small hole will be made in the door of the outer casing.
    Figures 3A, B further show the first lock part of a first lock 20, in the form of a solenoid actuator 21 of the "pull" type. The actuator 21 comprises a holder 22 which can be attached to said wall 50. The actuator comprises a coil 23 and a pin 24, which can be retracted by tension on the coil 23 against a spring force. The pin 24 is spring-tensioned in direction D1 to a lock position. For supplying the voltage, a power cable (not shown) may be provided, passing through
    BE2017 / 5471 the aforementioned hole 6a extends into the plate 4 and can be connected via a small hole to be made in the door of the outer box to the control unit 105 and connected via this to the inverter 107.
    The second lock part of the first lock 20 is shown in Figure 3D, in the form of a bulkhead 25 integrally formed with the handle 10 with through hole 26 in which the pin 24 can be suitably received in the lock position. The partition 25 is provided on the side of the end edge 25a facing the head 10b of the handle 10 with an inclined (run-up) surface 25b.
    Also shown in Figures 3A, B is an emergency lock 30, comprising a half euro cylinder 31 with key opening 32 and tongue 33, which can be rotated by key operation in directions E. The cylinder 31 is mounted on the plate 4. The tongue 33 extends through an opening 34a of a first sliding plate 34, which is further shown in Figure 3C. The sliding plate 34 is slidably mounted in directions E on a horizontal plate 38a of an L-shaped frame 38, which is attached to the underside of the handle 10, see also figure 3D. The sliding plate 34 has a stop edge 34b for the tongue 33, so that rotation of the tongue 33 results in a sliding displacement of the sliding plate 34. The sliding plate 34 has a bevel 34c, which abuts a rectified bevel 35c of a second sliding plate 35. The sliding plate 35 is L-shaped and is slidably mounted in directions F on the plate 38a, bounded by stops 38d. The slide plate 35 has a downwardly extending leg 35b on which an emergency lock portion or pin 35a is formed. The sliding plate 35 is provided with a blind hole 35d for a spring 37, which can abut against the above-mentioned bulkhead 25 of handle 10. The spring 37 thereby tensions the sliding plate 35 in a direction away from the bulkhead 25.
    The L-shaped frame 38 further has a standing plate 38b, which together with plate 38a defines a shielding cup 38c for the emergency lock pin 35a. Cams 38e are formed on the plate 38b for mounting in holes 26a in bulkhead 25 (Figure 3D).
    The whole of frame 38 and sliding plates 34 and 35 is attached to the underside of the handle 10, see also figure 3D, and thus follows the movement of the second lock part, partition 25. The sliding plate 34 forms a mechanical connection between the tongue 33 and the sliding plate 35 and hence the emergency lock pin 35a. The other part of the emergency lock 30, the cylinder 31, is fixed on the plate 4 and is thus stationary with respect to the handle 10.
    BE2017 / 5471
    When cylinder 33 has not been operated, the emergency lock pin 35a will be outside the hole 26, on the side of the partition 25 remote from the lock pin 24. The lock pin 24 is then left untouched.
    During normal operation, a technician wishing to access the outer box will identify 100 by GSM or via the Internet at a remote central control post and indicate which outer box he is standing at. In the central control station, the data of the technician is verified and, after agreement via, for example, an internet connection and communication unit 106, it is ensured that the control unit 105 receives the solenoid actuator 21 for a short period voltage from the converter 107. Until then, the lock pin 24 was forced into the hole 26 by the spring of the solenoid actuator 21 in the D1 direction (Figure 4A, housing 2 is omitted), so that the bulkhead 25 and thus the handle 10 were blocked from movement. away from the house 2.
    The solenoid 21, when energized, retracts, against the spring tension, the lock pin 24, towards D2, Figure 4B. The partition 25 is now free and the first lock 20 is now in the release position. Furthermore, the LED 42 is hereby fed, as a sign to the mechanic that the trade 10 has been released. This condition lasts for a period of such duration, for example 10 seconds, that the mechanic has sufficient time to grasp and lift the handle. The mechanic can engage the handle 10 on the portion 10a thereof and pivot the handle 10 about axis X up and up toward A1, with the handle 11 rotating in the bowl 52. Then the mechanic can turn the handle 10 about axis Y (with the head 11 also rotating in the bowl 52), and with it the shaft 19, direction B, in order to turn the plate 18 and thus the bolt 107 and, via the wings. 18b and the Rods 103a, b to release the latches 104a, b. The mechanic can now open doors 201 a, b and carry out his work. Because the handle 10 has now moved away from the housing 2, switch button 41 can click out and a circuit with the control unit 105 is closed. The control unit 105 activates the communication unit 106 to send a signal to the central control station that the handle 10 has been turned open and that the outer box is likely to be opened.
    When the doors are closed in the interior of the outer box 100 after the work has been carried out, the technician reverses the
    BE2017 / 5471 work, in which, when the handle 10 is turned back in direction A2, the bulkhead 25 with the inclined plane 25b will come against the locking pin 24 and press it out of the way, against the spring force, in the direction of D2, figure 4C, until the hole 26 has aligned with the lock pin 24 and it is expanded by spring force in the direction D1 and enters the hole 26, so that the handle 10 is again blocked.
    Thereby the handle 10 has also hit and pressed the switch button 41, whereby the circuit of the micro switch 40 has been interrupted again, which the control unit 105 has reported via the communication unit 106 to the central control station, so that it is known that the handle is again is blocked and the doors are closed. If the central control station does not receive such a signal, it could be a sign that the trade 10 is still open and that there may be an undesirable, possibly criminal situation. Should the mechanic accidentally place the handle 10 in the closed position with the door open, this can be noticed by a sensor (not shown) that registers that the door is open. The control unit may be arranged to notice the conflicting coincidence of a state of, on the one hand, the closed handle and thus the closed lock, and, on the other hand, of a state of the door open, and for instance to pass it on to the central control station.
    If there is a power supply failure and the technician must be able to enter the outer box, the emergency lock according to the invention can offer a solution. In the event of such a failure, the solenoid will not be able to retract pin 24. The mechanic can operate the cylinder 31 with a key then collected from the manager to move the tongue 33 in the direction E1. Upon arrival against the stop 34b, the bevel 34c of sliding plate 34 is forced in direction E1. Due to the cooperation of bevel edges 34c and 35c, the second sliding plate 35 will be forced in the direction F1 (Figure 4D), thereby pressing the emergency lock pin 35a against the lock pin 24 and subsequently displacing it from the hole 26. As soon as the pin 24 is completely forced out of the hole 26, the bulkhead 25 is free and the first lock 20 is at that moment in a release position, and the handle 10 can be lifted, direction A, figure 4E.
    The fact that the emergency lock pin 35a extends into the hole 26 is not important, because they go with the trade. When the handle 10 is lifted, the tongue 33 is released from the stop 34b and from the hole 34a, so that under
    BE2017 / 5471 the sliding plate 35 is pushed back by the influence of the spring 37 and the sliding plate 35 is also pushed back via the beveled edges 35c-34c, in the direction opposite to E1.
    The invention (s) is / are in no way limited to the embodiments shown and described in the drawings and description. The above description is included to illustrate the operation of preferred embodiments of the invention, and not to limit the scope of the invention. Based on the above explanation, many skilled in the art will appreciate many variations that fall within the spirit and scope of the present invention. Variations are possible of the parts shown in the drawings and described in the description. They can be used separately in other embodiments of the invention (s). Parts of various given examples can be combined together.
    BE2017 / 5471
    权利要求:
    Claims (25)
    [1]
    CONCLUSIONS
    1. Outer casing with a door for accessing the interior of the outer casing, the outer casing comprising a locking device with a locking mechanism fitted in the door with one or more latches for the door, and an operating device for the locking device, the operating device housing mounted on the outside of the door and an operating handle mounted thereon, the operating device comprising an operable first lock having a first lock portion and a second lock portion, one of which is movable relative to the other to engage and disengage with each other or in a lock position in which the operating handle is locked and a release position in which the operating handle is released, characterized in that the housing on the outside of the door forms a first receiving space, the first lock part being accommodated in the first receiving space and the second lock part is arranged on the operating handle e n reaches into the first recording space in the lock position.
    [2]
    Outer box according to claim 1, wherein the first lock is a keyless lock, preferably an electromechanical lock.
    [3]
    Outer casing according to claim 2, with said electromechanical lock, wherein the outer casing, preferably in the interior of the outer casing, is provided with a control unit adapted to operate the electromechanical lock in response to receipt of a signal therefrom from a central control station remote from the outer box.
    [4]
    Outer box according to claim 1, 2 or 3, wherein the first lock part is the movable lock part and is movable between a lock position engaging the second lock part and a position releasing the second lock part.
    [5]
    An outer box according to any one of the preceding claims, wherein the first lock part is a reciprocable pin and the second lock part comprises a second receiving space in which the pin fits for locking the operating handle.
    [6]
    The outer box of claim 5, when dependent on claim 2, wherein the electromechanical lock comprises a solenoid actuator and the actuator pin engaging the solenoid in and out of blocking engagement with the second
    BE2017 / 5471 receiving space can be brought onto the operating handle, the pin preferably being biased to the closed position.
    [7]
    Outer box according to any one of the preceding claims, wherein the second lock part is formed on a lip or bulkhead oriented transversely of the door on the operating handle, which lip or bulkhead is in particular formed as one with the operating handle.
    [8]
    Outer box according to claims 6 and 7, wherein the lip or the partition is provided with an oblique surface for pressing the pin against the spring force until it is in line with the second lock and can come into the lock position by the spring force therewith.
    [9]
    An outer box according to any one of the preceding claims or according to the preamble of claim 1, wherein the movable lock part in the lock position can be returned to the release position by a force from outside the first lock, and wherein the operating device in the housing is further provided with an emergency lock which can be operated separately and which comprises an emergency lock part which, when operating the emergency lock, is movable between a standby position, in which it leaves the first lock untouched or free and an emergency position, in which it moves the movable lock part, in particular the first lock part, of the first lock in the release position.
    [10]
    An outer case according to claim 9, wherein the emergency lock portion in said displacement engages the movable lock portion of the first and second lock portions of the first lock to push it to its release position.
    [11]
    Outer box according to claim 9 or 10, wherein the emergency lock part is biased to the ready position.
    [12]
    Outer box according to any one of claims 9-11, wherein the emergency lock part is arranged on the operating handle.
    [13]
    Outer box according to any one of claims 9-12, wherein the emergency lock is a key-operated lock cylinder with tongue.
    [14]
    An outer box according to any one of claims 9-13, wherein the emergency lock comprises a mechanical connection between the tongue and the emergency lock part, which converts the movement of the tongue into a movement of the emergency lock part.
    [15]
    Outer box according to claim 14, wherein the mechanical connection is arranged on the operating handle.
    BE2017 / 5471
    [16]
    Outer cabinet according to any one of claims 9-15, wherein the first lock part is the movable lock part and is a pin and the second lock part comprises a second receiving space in which the pin fits for locking the operating handle, wherein the second receiving space has a through hole, and the first lock portion and the emergency lock portion are located on opposite sides of the hole, the emergency lock portion being disposed for operatively engaging the first lock portion through the hole.
    [17]
    Outer box according to any one of claims 9-16, when dependent on claim 13, wherein the cylinder is fixedly positioned in the first receiving space.
    [18]
    Outer box according to claim 17, wherein the housing has a circumferential wall which is upright to the plane of the door, the cylinder having a key opening located in the circumferential wall, in particular with the opening downwards.
    [19]
    Outer casing according to any one of the preceding claims, wherein the operating device comprises a pivot pivotable by the operating lever, which extends through a hole in the door for engagement with the locking mechanism arranged in the door for operating the one or more latches.
    [20]
    The outer box of claim 19, wherein the pivot pin is the only part of the actuator that extends through the door apart from screws and the like for fastening the housing to the door and any cables.
    [21]
    Outer box according to any one of the preceding claims, wherein the housing is provided with a switch operable by movement of the operating lever, in particular during movement of the lever from the housing and thereto, wherein the switch is connected via a power cable is equipped with a control unit in the outer box and the control unit is arranged for sending a signal when the switch is operated to a central control station located at a distance from the outer box.
    [22]
    Outer cabinet according to any one of the preceding claims, wherein the operating handle covers the first receiving space in a direction of the door at, in particular at least partly recessed in the housing.
    [23]
    Operating device evidently suitable and intended for an outer box according to any one of the preceding claims.
    BE2017 / 5471
    [24]
    24. Outer box provided with one or more of the characterizing measures described in the attached description and / or shown in the attached drawings.
    [25]
    25. System provided with one or more of the enclosed
    Description described and / or characteristic measures shown in the attached drawings.
    BE2017 / 5471
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    同族专利:
    公开号 | 公开日
    BE1024343A1|2018-01-26|
    NL1041968B1|2018-01-10|
    引用文献:
    公开号 | 申请日 | 公开日 | 申请人 | 专利标题
    DE10017217A1|2000-04-06|2001-10-18|Dirak Gmbh & Co Kg|Electrically locking pivoting lever actuator, for rod lock, casement lock and bar lock, has electromechanical locking device in cradle from which pin or protrusion can be deployed by electric drive signal to lock actuating lever|
    DE10246440B4|2002-10-04|2007-07-26|Burg F.W. Lüling KG|Lockable swivel handle|
    DE20315488U1|2003-10-08|2003-12-11|Chiang, Ching-Hua|Snap lock for cabinet has housing and bar element with handle and locking member pressed away by spring and with grooved pivot on handle for engaging with operating element|
    US7681424B2|2006-04-16|2010-03-23|Southco, Inc.|Swing handle latch|
    DE202009005346U1|2009-04-07|2009-06-25|Emka Beschlagteile Gmbh & Co. Kg|Swivel lever lock with closed housing located in front of the door leaf|
    DE202014003440U1|2014-04-25|2015-07-30|Dirak Dieter Ramsauer Konstruktionselemente Gmbh|Swivel lever operation with safety device|
    法律状态:
    2018-02-28| FG| Patent granted|Effective date: 20180202 |
    优先权:
    申请号 | 申请日 | 专利标题
    NL1041968|2016-07-04|
    NL1041968A|NL1041968B1|2016-07-04|2016-07-04|Outside cupboard|
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