• 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:
    A security arrangement for a firearm with a magazine space comprises an insert (3A), which is adapted to the dimensions and shapes of the magazine space and is lockable therein, and an adjusting element (4A) for carrying the firearm, the stem part (5A) projecting from the magazine space is adapted in the dimensions and shapes to abut the support part (17) of the actuating element, is characterized in that the support part of the actuating element is provided with an opening, a hole or the like (18) and the stem part projecting from the magazine space with a hollow adapted to the opening or projection (7) passing through and outside the carrier part and on the other hand being open into the stem part of the insert, and a rod or equivalent (9) with its additional parts (10, 11, 12) essential in the locking mechanism between the insert and the magazine space is made so that it departs from and is lockable in the launch. In the primary implementation, the base part (10) of the rod or equivalent (9) is adapted to rotate in the projection (7) and rotate the rod with its additional parts between a position which locks the insert at the magazine space and a position which opens the lock, the projection and the base part comprises an arrangement (8, 14) for securing the locking position with a lock (22, 23).
    公开号:FI20207118A1
    申请号:FI20207118
    申请日:2020-07-07
    公开日:2021-01-09
    发明作者:Ilpo Palovaara
    申请人:Ilpo Palovaara；
    IPC主号:
    专利说明:

    SAFETY EQUIPMENT ARRANGEMENT FOR A FIREPLACE WITH A BOX - SÄKERHETSARRANGEMANG FÖR ELDVAPEN MED MAGASINUTRYMME
    FIELD OF THE INVENTION The invention relates to a security device arrangement for a firearm with a magazine and is intended for use in the storage, transport and demonstration use of a weapon. Such weapons include, for example, a large number of rifle-type weapons today.
    BACKGROUND OF THE INVENTION Security device solutions in which the use of a weapon is prevented by placing and locking an insert with a locking arrangement and a lock adapted to its dimensions and shapes in the chest of drawers are known per se. EP 2365272 BI discloses one such solution for rifle-type weapons. Other anti-weapon features have been added, such as the closure of the chest of drawers, but overall the effects and benefits of the solution are limited to preventing the use of the weapon. As an alternative in the implementation of the locking, a rotating locking bar or the like operating inside the insert is shown. The solution of US 10203176 BI is a support leg to be attached to a suitable base at its lower end, the upper end of which is placed and can be locked in the magazine space of the weapon. For a particular weapon, there is - in a certain place, a stand where it can be placed on the chest of drawers and, if desired, locked. In the internal locking arrangements of the insert, for example, a sliding rod acting as a lever or provided with a wedge tip is shown as a force in the locking space of the pin or the like. US 2018238650 A1 discloses a rack element from which a hinged latch connected to it can be pivoted from a wall opening into the drawer space of the insert - to the upper end of corresponding to which N rod or the like can be locked to a similar one extending downwards from the rack element. to a flange with a hole, for example with a padlock. The object of the invention is to provide an S 30 - a much more versatile security device arrangement for the storage, transport and use of a weapon. The aim is also to harmonize the implementation of which so that the same elements can be used in security devices of different types of weapons and different position markers. 3
    N SUMMARY OF THE INVENTION N 35 = In order to achieve the above-mentioned objects and objectives, a firearm security device arrangement with a magazine according to the invention, comprising a magazine with dimensions and shape
    for supporting a firearm with an insert and a rack element fitted and locked therein, wherein the body part protruding from the magazine space of the insert is adapted to fit against the support part of the rack element, characterized by what is defined in the characterizing part of claim 1 of the appended claims. Other claims define various embodiments of the invention.
    The solution according to the invention can be used as a mere weapon lock, i.e. to close and lock the magazine compartment of the weapon, for example for transporting a weapon.
    The locked gun can also be placed freely in the rack. When the supporting bracket element is adapted to the dimensions and shapes of the protruding part of the insert, the weapon is placed in a well-supported and stationary position.
    The insert can also be locked to the supporting rack element so that the same lock locks the insert in the drawer space and protects the locking between it and the rack element. The locking of the insert to the rack element can be automatic or selectively unlockable as otherwise manually, when the locking between the insert and the weapon has been opened and the insert has been exposed.
    The solution also enables an arrangement in which a flame wire securely fastened at both ends connects an insert and a rack element that are locked in the drawer space but not locked to the rack element. In this way, for example, the demonstration of a weapon can be done in a controlled and safe manner.
    The dimensions and shapes of the protruding part of the insert and the rack element, respectively, can be exactly the same on a very large scale with different weapons. For example, the same weapon racks are thus suitable for the functional and safe storage of many different weapons.
    The solution can also be implemented by providing a fitting part according to the dimensions and shapes of the drawer space, which has a certain type of space for the actual locking frame.
    “Then the locking body can also be very similar to many types and brands of weapons, which improves the usability of the solution and makes operation even more economically advantageous. It is also possible that the box is made to be converted with certain inserts into an insert of the safety device arrangement and back into the box by removing the inserts. = In the solution according to the invention, it is also advantageous that the lock used therein can be a very common lock used in many other uses, for example a suitable padlock. BRIEF DESCRIPTION OF THE DRAWINGS = The invention and some embodiments thereof will be explained in more detail below with reference to the accompanying drawings, in which: Figures 1 to 3 illustrate the essential features of an embodiment of the invention;
    Fig. 4 shows generally the solution of Figs. 1 to 3, further comprising a flame wire connecting the insert and the rack element; Figures 5 and 6 show an example of an embodiment in which the insert is formed by a universal locking body and an adapter part according to the magazine space of said weapon, and comprising - also a flange wire; Figures 7 to 9 illustrate another example of a solution according to the invention applied to a rifle weapon; Figures 10 to 12 show another embodiment of a safety device arrangement according to the invention; Figures 13 and 14 show an example of how the implementation of the box and the safety device arrangement can be combined so that certain parts of the box are obtained by adding and connecting the safety device arrangement; Figures 15 to 17 show an example of a security device arrangement according to the invention applied to a pistol, Figures 18 and 19 show an example of the use of a solution according to the invention in the storage and use of weapons; Figures 20 to 21 show, in addition to the above, another embodiment of a security device arrangement according to the invention; and Figures 22 to 24 show a possible implementation of the locking between the insert and the rack element.
    DETAILED DESCRIPTION OF THE INVENTION Figure 1 shows the center portion of a rifle weapon 1A in which a magazine loaded with charges or to the transport platform.
    N In the safety device arrangement shown in Figs. 1 to 3, an insert 3A adapted to its dimensions and shapes, comprising a body 5A, a cover part 6A and a locking mechanism implemented in connection with the body =, is inserted into the drawer space 2A, which is passed through.
    S 30 At the bottom of the body there is a hollow cylindrical projection 7, the walls of which have holes 8, for example with a padlock for locking as described below. In the locking between the insert and the magazine compartment and through the weapon 00, the essentially rotatable locking bar 9 = base 10 is dimensioned to fit inside the hollow projection 7 and is provided with holes 14 of size and N dimensions corresponding to holes 8. The locking bar extends from base 10 forward to N 35 - thinner arm 11, to the tip of which is secured by a screw 13 securing the locking bar 12. When the locking bar 9 thus assembled is in place in the insert 3A, the bar 12 is located
    at the opening 20 in section 6A. The opening 20, in turn, is dimensioned and positioned so that when the insert 3A is placed in the drawer space 2A, it is positioned at the opening 21 in the side wall of the drawer space. The locking bar 9 is rotated from the protrusion 10 suitably protruding from the protrusion 7, and when it is rotated (Fig. 1) so that the bar 12 has turned out of the opening 20 and at the same time - the drawer space opening 21 against its lower edge, the insert 3A engages firmly and closes drawer space 2A. In this position, the padlock 22, the bracket 23 of which passes through the holes 8 and 14 aligned with each other, ensures locking.
    The rack element 4A, which is essential in the safety device arrangement, has a part 17 for supporting the weapon and holes 36 in the side plate part 15 for fixing it with screws or the like - in a suitable position on the rack body or other base. When the gun 1A is locked in place on the rack, as in Fig. 1, it covers the screws and prevents the rack element and the gun from being detached from the base. The support part 17 has a slot 18 which opens to some extent on its side, which is dimensioned to receive the cylindrical projection 7 of the insert 3A. The projection can be pulled out of the slot only upwards, not laterally.
    In addition, the support part has protruding plates 19 with holes protruding therefrom, which are adapted to settle inside the body 5A of the insert and align with the corresponding holes 24 in its side wall 24. The insert 3A can thus be locked in the support part by means of pins 25
    17. When the gun is then locked in the insert, it also becomes locked in the holder and at the same time covers said pins. The locks can only be released by first releasing the gun from the lock - into the insert and then locking the insert into the rack.
    In Fig. 1, the bracket 23 of the padlock 22 is threaded through the respective holes 8 and 14 of the projection 7 and the end of the locking bar 10 in the direction of the weapon. Even if the insert 3A is not now locked with pins or correspondingly attached to the rack element 4A, the weapon 1A cannot be detached therefrom because the lock bracket 23 in this position prevents the insert and the weapon locked therefrom from being lifted off the rack.
    In Fig. 4, the bracket 23 of the padlock 22 is threaded through the respective holes of the projection 7 and the end 10 of the locking bar transversely to the weapon. When the insert is not locked. with pins or otherwise to the support part, then the weapon can be lifted upwards and the bracket 23 and the body of the lock 22 can also rise through the open side of the slot 18 with the weapon.
    S 30 - The arrangement also includes a flange wire 28 connecting the insert 3A and the rack element 4A. The attachments of the wire ends to the insert and the rack element, respectively, can be as shown in Figs. 5 and 6, for example.
    = In the solution according to Figures 1 to 3, the dimensioning, shaping and, to some extent, the operation of the insert and its components must be designed and implemented in accordance with the dimensions, design and operation of the N 35 magazine and associated components.
    Figures 5 and 6 show an example of an implementation in which the actual functional part of the insert, i.e. the locking body 5B with its accessories, is largely general-purpose. On top of the locking body, as a kind of shell, there is a part 16B which fits into a certain weapon and the magazine space. These are connected to each other, for example, by a locking pin 35, for which they have respective holes 33 and 34. The locking 5 - can also be made, for example, with a suitable screw. For the operation of the locking roller 12, the fitting part 16B has an opening 20B. The structure of the rack element 4B is substantially similar to that of Figs. 1 to 3, comprising a support part 17B and a side plate part 15B.
    Various accessories can also be connected to the safety device arrangement either inside the insert or otherwise. Such may be, for example, a wireless alarm 26 to be placed inside the body part 5B, the operation of which is activated by a magnetic chip 27 attached to the telescope 12 (Fig. 5). When the bar is turned closed, the magnetic chip comes close to the alarm and the alarm function is activated. If the tent is then opened or, for example, forcibly twisted to the side, an alarm is triggered.
    For mounting the flange cable 28, the support member 17B of the rack element has a suitable hole through which the end to be connected to the insert 3B can be threaded through until the base, knob or nipple 29 at the other end comes against the support part to hold the cable therein. At the other end of the wire there is a smaller knob 31 which can be inserted from the downwardly shrinking opening 30 at the end of the locking body 5B, and after attaching the fitting 16B, its edge and the protrusion 32 therein will press the end of the wire and hold it in place.
    The example shown in Figures 7 to 9 is largely similar to that shown in Figures 1 to 3, but differs to some extent in the implementation of the locking mechanisms and means. Figure 7 shows the center and the magazine space 2A of the rifle weapon 1A and the insert 3C with the locks to be fitted in the magazine, seen from below. Fig. 8 (a) shows the insert 3C in a closer oblique view and in Fig. 8 (b) it is placed on the rack element 4A. Figure 9 is an exploded view of this assembly.
    The locking mechanism implemented in connection with the insert 3C is now as follows. The insert N comprises a locking body 5C, the cylindrical projection 38 of the base 51 of which is fitted with the dimensions of the circular opening 18A of the support part 17 of the bracket N element 4A. A cylindrical threaded lock 37 fitted to the inner dimensions S of the protrusion 38 is secured in place by a threaded ring S 30 - which is pressed from the inside against the base 51 of the locking body SC. The tent 41 is secured to the upper end of the locking mandrel 40 by a threaded ring 42. The rifle 1A grooves 48 for locking = the side walls of the insert locking body SC have openings 43 parallel to the grooves 48, from which the locking tent 41 pivots in the lock to extend into the N 35 grooves 48 to ensure locking.
    In this case, the lock or parts of the lock cannot lock the insert 3C to the rack element 4A. This is done by placing the insert 3C in place on the rack element 4A, whereby its protruding part, the base 51 with the projections 38 and the openings 47, abuts the support part 17 of the rack element 17 through the openings 47 into the locking frame 5C. (Figure 9). The locking takes place by means of pins 25 which are inserted through the openings into the holes of the projections 19. When the rifle weapon is now placed on the rack on it and the insert and then the weapon is locked to the insert, the openings of the pins and also the fixing screws 44 of the rack element are covered at the same time, whereby it is not possible to remove the weapon from the rack intact.
    If it is not desired to lock the insert 3C locked to the weapon 1A to the rack element 4A, then in this case a flame wire 28 attached at one end to the insert and at the other end to the rack element can be used to ensure that the weapon is kept close to the rack even though it can be lifted for display. A possible fastening method has been described above with reference to Figures 5 and 6.
    There is also space inside the locking body for the weapon lock alarm 45. The insert is protected from the top by a cover plate 46.
    In the safety device arrangement of the coffee rifle 1B shown in Figs. 10 to 12, the insert 3D is formed by a locking body 5D and associated parts and a fitting 16D made from the shell of the weapon by providing holes 53D and 55D for the use. Hole 53D and corresponding opening and space 53 in the locking body is fitted to a pivot 54 for locking the insert to the rack element 4C. A hole 55D and a corresponding opening 55 in the body 5D are fitted to a pin 56 or the like for locking the locking body and the fitting part to each other.
    The lower part 66 of the locking body is a part emerging from the 3D drawer space in the insert, the base of which is adapted to fit against the support part 17C of the rack element 4C.
    The locking bar base 10A is fixed to the lower end of the arm 11A by screwing, and the fixing is secured by a screw 49. A pin 50 passing through the arm 11A ensures that the locking bar N passing through the hole 57 remains inserted into the frame. Shaft 11A. the upper end is fastened by screwing the bolt 12, and the fastening is secured with the screw 13. The bogie <Q has space for a magnetic chip 27 required for alarm operation to be placed therein.
    S 30 The locking bar extends through the insert above the fitting portion 16D. The side wall of the magazine 2B of the handle rifle 1B E has an opening 21B to which the bar 12 is aligned and dimensioned 00 to turn in the lock. The cylindrical projection 7 of the locking body, the base of the locking arm = 10A and the lock 22 with the buckles 23 function as described in connection with Figures 1 to 3.
    N The rack element 4C is made of a suitable plate material. The side part 15C is a notch 18 as described above, as well as open on the side of the support part 17C. For locking the locking body 5D to the rack element 4C, the support part now has pins 52 into which, for example, the pivot 54 is locked. Fig. 12 shows in more detail an example of the pivot 54 and the locking pin 52. When the insert is placed above the base on the support part to which the pin 52 is attached, the pivot 54 is in the position where it is above the pin in Fig. 12. The fitting is pushed into the space 53, from which its pivot base 77 remains visible, and at one end a spring 76 placed in the recess 75 remains partially exposed and presses against the bottom of the fitting location 53. The pin knob 58 goes from the fitting opening 60 to its hollow interior. The fitting has an oblique surface 79 which, together with the spring 76, allows the fitting to move against the spring force, and when the pin knob 58 is in the fitting opening 60, the pin locks against the edge of the opening 78 by spring load automatically. In this case, the locked weapon can be placed in the holder so that it can be obtained from the holder - only by opening the lock. As an additional security for the locking, a narrower slot 61 extending from the opening 60 in the wall of the fitting, the width of which corresponds to the thickness of the pin neck 59, allows the fitting to be rotated, whereby the pin end 58 is locked inside the fitting.
    The connections of the flame cable 28 to the support portion 17C and the insert 3D formed by the locking body 5D and the fitting portion 16D, respectively, are as described in connection with Figs. The wire can be threaded above the smaller knob 31 through the hole 62 of the support member 17C, to which it engages the larger base 29 of the other end. The knob 31 at the other end is inserted from the downwardly shrinking opening 30 at the lower edge of the body 5D, whereby fixing the fitting part 16D in place prevents the knob from entering out of the opening and ensures the fastening.
    Figures 13 and 14 illustrate in more detail an example of combining an implementation of a box and a safety device arrangement so that certain parts of the box are obtained by adding and combining a safety device arrangement. Fig. 13 (a) shows a box 67 thus realized, parts of which are shown in Fig. 13 (b). Figures 14 (a) to 14 (d) illustrate the fitting of the box and its conversion into a safety device arrangement.
    The cartridge lifter 68 now acts by the force of the spring 69 on the box on the body 5D, which has already been implemented as shown in Fig. 11 above, so that it also acts as a locking body of the safety device arrangement. The housing shell 16D is provided with holes for locking or N hole capabilities 53D and 55D, and its upper part is open so that the locking bar 11B can rise S through it and the bar 12B acts above it. The shell 16D acts as a s 30 fitting insert for the insert in the drawer space, and the lower part of the body SD remains as a protruding part 66, the base E of which is shaped and provided with necessary openings for mounting and operating on the rack element (e.g. 4C in Fig. 11).
    S From the bottom of the body extends vertically through it a tubular lead-through 57 which is N-sized to fit the cylindrical extension N 35 70 of the locking projection 7A required for the body. It and at the same time the projection 7A is locked by the recess 71 in the body by pin S6A 55 through the fitting portion 16D to the body portion. A channel 72 for the locking bar 11B passes through the extension 70.
    Through the bottom of the locking body 5D, for example, a channel 73 for a locking pin 52 as shown in Fig. 11 enters an opening 53 in which a pivot 54 locking the support part of the frame rack element operates. A side 30 of the locking body has an opening 30 at its bottom and a suitable recess for locking a wire or the like. to the body as described above in connection with Figures 5, 6 and 11.
    Figure 14 (b) illustrates the installation of the locking bar 11B. The cartridge lifter 68 has a channel 74 for this purpose, and through the channel 72 of the extension 70 the threaded lower end of the rod is provided in the projection 7A and the rod base 10A can be rotated in place and secured by a screw 49. The locking tongue 12B is here gon top end.
    In Fig. 14 (c) the locking body 5D with its parts is ready for operation and in Fig. 14 (d) also the fitting part 16D is locked in place and the insert 3D is completed.
    In the example of Figures 15 to 17, the safety device arrangement is applied to the pistol gun 1C and its magazine space 2C. The insert 3E is formed by a locking body SE and the parts operating in connection therewith, as well as a fitting part 16F made of the shell of the magazine of the weapon in question by providing it with holes S3E and 55E necessary for this use. Through the hole 53E, a rotating fitting 54A operating in the body is used, with which the insert is locked to the pin S2A of the rack element 4C in the same manner as - described above in connection with Figs. 11 and 12. The hole 55E is for a pin or the like 56 with which the fitting part is locked to the locking body.
    The base portion 10 of the locking bar is fixed to the lower end of the arm 11A by screwing, and a pin 50 passing through the arm ensures that the locking bar remains inserted into the body. The bar 12A is screwed to the upper end of the arm 11A. The locking bar extends through the insert above the fitting portion 16E, and the bar engages as it pivots against the body structure of the weapon. The cylindrical projection 7 of the locking body, the base part 10 of the locking arm N and the lock 22 with its buckles 23 function as described in connection with Figs. 1 to 3. = The rack element 4C is as described above in connection with Figs. 10 to 12, as is S 30 - also the connections of the flame wire 28 to the rack element support part 17C and the insert 3E formed by the locking E body SE and the fitting part 16E, respectively. Figures 18 and 19 illustrate the use of the solution according to the invention in the storage and use of weapons. The bracket elements 4B 'and 4C' are implemented here as integral parts in a three-arm bracket 63 made of a suitable plate, which can be fastened from holes N 35 to 64 with screws or the like to a wall, washer or other suitable structure. The uppermost element 4B 'has a support member 17B for vertically locking the insert.
    perforated plates 19B with holes, while in the support parts 17C of the lower elements 4C 'the pins 52.
    In Fig. 19, a rifle weapon 1A and 1B and a pistol weapon 1C are placed in the holder 63.
    The pistol insert is not locked to the support member 17C of the rack element, but is bound to it by a chain 65, which can be used for the same purpose as the wire described in the previous examples.
    Figures 20 and 21 show an alternative to the solution according to the invention corresponding to that shown in Figure 11, in which the implementations of the insert cantilever and the rack element and the locking bar, respectively, are clearly different. Only these - these anomalous features - are covered in more detail here.
    In this solution, the protrusion 7B of the insert locking body SF has a square or rectangular cross-section with rounded corners, and the slot 18B of the rack element has a corresponding shape and dimensions. The slot is open at the front edge of the support member 17D of the rack element for part of its width. The holes 8A for locking the walls of the projection 7B are similar to those previously described.
    In this implementation, both the rack element and the locking bar 9C are suitable for being made of sheet material. The locking bar base 10C is located inside the protrusion 7B and then functions as in the alternatives described previously. Unlike cylindrical embodiments, the hollow space 80 of the protrusion is shaped so that the locking bar base 10C can be rotated therefrom from the open position to the locking position and back, respectively, by about 90 degrees, and the base has a hole 14C for securing the lock.
    The arm portion 11C of the locking bar rises through the hole 57 through the locking body 5F and is supported by a pin or the like 50 passing through the arm and passing over the upper surface of the body. A locking tongue 12C with a hole corresponding to its dimensions and shape is fitted to the upper end of the arm. 13. Figures 22 to 24 show another implementation of the locking N between the insert and the rack element. The support portion 17G of the rack element 4G made of sheet material is bendable. The locking body O of the insert 5G has a space 86 for the corresponding locking plate 87, and the operation between them is best seen in Fig. 24, which is a section of the locking body 5G and the insert shell 16G shown in Fig. 23. . At the end of the locking plate there is a spring 91 which fits into the recess 90, the protruding end of which comes against the wall of the space <86. When the insert is placed on the support part 17G, the bottom N of the slot 88 of the locking plate comes against the inclined surface 85 of the projection 84, and the plate moves in the state against the force of the spring 91, N 35 - until it reaches the slot 84 of the projection. By the force of the spring, the plate 87 moves backwards, and the slots 84 and 88 of the protrusion and the plate engage in a locking state (Fig. 24).
    This or a solution of this kind is one possible way of realizing the automatic locking of the insert to the rack element. The lock can then be released by opening the lock between the weapon and the insert and by means of the lever 89 moving the locking plate against the force of the spring 91, so that the lock between the slots is released and the insert is released from the bracket element.
    The dashed part of Fig. 24 shows how the lock between the insert and the rack element can be permanently opened in this embodiment, so that the weapon locked with the insert can be taken freely from the rack and put back in it, for example in the presentation. To this end, the locking slot 88 has a sloping edge surface 93 and its corner 94 is shaped so that when the plate 87 is pushed from the lever against the spring 91, it can be rotated so that the angle 95 of the locking plate rotates slightly out of the space 86 with the side wall 96 of the lever 89. left in the opening for extending so that the angle 95 can lock against it. The invention is not limited to embodiments such as those described above, but may vary within the limits defined by the appended claims. O OF O OF
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    权利要求:
    Claims (8)
    [1]
    A firearm safety device arrangement with a magazine, comprising: an insert (3A; 3B; 3C; 3D; 3E) adapted to the dimensions and shapes of the magazine (2A, 2B, 2C) and locked thereto, and a rack element (4A, 4B, 4C, 4B) ', 4C', 4D, 4G) for supporting a firearm, wherein the body portion (SA; 5B; 5C, 51; 5D, 66; SE, 66A; SF; 5G) protruding from the insert space of the insert is adapted to fit in dimensions and shapes against the support part (17, 18, 19; 17, 18A, 19; 17C, 18; 17D, 18B; 17G) of the rack element, characterized in that: the support part of the rack element is provided with an opening, a slot or the like (18, 18A, 18B) and a body part emerging from the insert compartment of the insert with a hollow projection (7, 7A, 7B) fitting therein, extending on one side through the support part and extending and opening inside the body part of the insert, and in the locking mechanism between the insert and the compartment. or the like (9, 9A, 9C) with accessories (10, 11, 12; 10A, 11A, 12; 10A, 11B, 12B; 10, 11A, 12A; 10C, 11C, 12C) are implemented to exit and lock therein.
    [2]
    Firearm safety device arrangement according to claim 1, characterized in that the base part (10, 10A, 10C) of said rod or the like (9, 9A, 9C) is adapted to rotate in the projection (7, 7A, 7B) and rotate the rod with its accessories into the insert magazine. between the locking and unlocking positions, the protrusion and the base comprising an arrangement (8, 14; 8A, 14C) for securing the locking position with the lock (22, 23).
    [3]
    Firearm safety device arrangement according to Claim 2, characterized in that the projection N (7) has a cylindrical shape and a base part (10) of a rod or the like having dimensions and. of conformable shape, the walls and base of the protrusion comprising corresponding holes (8, 14) I for securing said locking position by means of a padlock or the like (22, S 30 = 23). x a o
    [4]
    A firearm safety device arrangement according to claim 1, characterized in that it = further comprises a separate arrangement (19, 24, 25; 52, 54; 52A, 54A:; 83, 87) for locking the insert to the rack element so that a firearm locked in the insert protects the lock.
    [5]
    Firearm safety device arrangement according to claim 4, characterized in that said separate locking arrangement comprises projections (19) with holes fitting inside the body part (5A, 5C) of the holder of the holder element (17) and these corresponding holes ( 24) locking pins (25) or the like.
    [6]
    Firearm safety device arrangement according to claim 4, characterized in that said separate locking arrangement comprises pins (52, 52A) fitting inside the body part (5A, 5C) of the holder of the holder element (17) in the holes (52, 52A) aligned therewith 53, 53E) functional pivot fittings (54, 54A) adapted to be locked to pins.
    [7]
    Firearm safety device arrangement according to claim 4, characterized in that said separate locking arrangement comprises a protrusion (83) with a slot or the like (84) entering the body part (5G) of the insert from the support part (17G) of the holder element and inside the body part in the space (86) a locking plate (87, 88) adapted to lock into the slot of the movable projection.
    [8]
    A firearm safety device arrangement according to claim 4, characterized in that said separate locking arrangement further comprises an arrangement (58, 60, 76, 78, 78, 79; 84, 85, 88, 90 91) for locking automatically when the insert is placed either loose or - in the firearm locked in place on the rack element.
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    同族专利:
    公开号 | 公开日
    WO2021005262A1|2021-01-14|
    FI128989B|2021-04-30|
    引用文献:
    公开号 | 申请日 | 公开日 | 申请人 | 专利标题
    US7543403B1|2006-07-19|2009-06-09|Schaefer Ryan T|Firearm magazine safety lock|
    US20170241730A1|2015-09-28|2017-08-24|Philip Ochoa|Gun locking device|
    US20180238650A1|2017-02-22|2018-08-23|Chris STOCKTON|System and method for locking and securing a firearm|
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