FI123340B - baton Case - Google Patents

Abstract

The invention relates to a baton holster, which baton holster (10) includes a cylindrical body part (16) for keeping a baton (14), an attachment (13) attached to the body part (16), and locking means (18) for locking the baton (14) into the body part (16). The baton holster (10) further includes a frame (20), which is arranged to be locked at least partly on top of the said baton (14). The invention also relates to an arrangement in a baton holster.

Description

PATUKKAKOTELO

The invention relates to a bar housing, which bar housing includes a cylindrical body for holding the bar, a belt clip attached to the body 5 and locking means for locking the bar on the body.

When using force, police officers use various means to appease a threatening person. One such device 10 is a bar or alias a pamphlet. This allows the police to stop the threatening person in situations where, for example, the use of a pistol is not justified. The bar may be a standard fixed bar or a telescopic bar. In general, the bar is carried in a case fastened to the user's belt.

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Various buckle cases which are fastened to the wearer's belt and in which the bar is gravitationally known are known in the art. The problem with such a housing is that the bar is easily removable in certain situations.

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US 2007/0090138 A1 is known from the prior art, which discloses a user-friendly belt bag. Here, the bar is locked as such into the bar housing using the spring's rigidity to lock. Also, such a housing 25 is easy to remove in some situations. Further, when used as such, the user's fingers are exposed to * - damage, since the bar does not protect the user's fingers and o cm palm in any way, ö $ 2 30 The object of the invention is to provide a more secure solution

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while protecting the hand of the user in the event of a bar being used, the features of the present invention will be apparent from the appended claim 1 of the CD ^ f.

This object can be achieved by a bar housing having a cylindrical body for holding the bar, a belt clip attached to the body 2 and locking means for locking the bar into the body. Further, the bar housing includes a handle frame with a protective arch for protecting the fingers of the bar user, which is at least partially lockable on the bar and through which the bar is mounted on the lock body. Attached inside the handle frame, the handle frame's protective bar protects the user's hand and fingers from impact when using the bar.

Preferably, the handle-side end of the handle frame comprises a substantially cylindrical portion having an inside diameter of a cylindrical body which is disposed within the frame to lock the handle frame into the handle. The bar attached to the handle frame can be locked to the body portion of the barrel by the handle frame 15.

Preferably, the locking means includes quick-locking means fitted within the handle frame to forcefully lock the handle frame and locking means 20 on the inner surface of the body portion. Quick locking devices make the bar holder easy and quick to use, but also safe.

According to one embodiment, the quick-locking means include a release trigger provided with locking tabs extending from the cylindrical part of the handle frame and a locking spring within the handle frame to press the locking tongue into the locking catch of the body to lock the handle frame. The locking tongue o V and the locking stop form a mechanical barrier which, by means of a forced oo locking, prevents the bar from being removed from the bar housing. The bar g 30 cannot be removed from the bar housing without depressing the release trigger T.

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q Preferably, the locking means is adapted to be locked by a locking spring.

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with it and the release of the release trigger. 35 Such a structure is simple and reliable. While the user grasps the bar from the handle member around it, the user depresses the release trigger to open the quick release means. This makes the use of the barrel case extremely fast.

According to one embodiment, the belt fastener comprises an anchorage point, a belt loop portion for rotating the bar housing 360 ° with respect to the wearer's belt, and a serration to lock the anchorage and the belt loop portion relative to each other. If desired, the belt loop portion can be changed for different belt widths, making the bar holder 10 usable for all types of belts.

Preferably, the handle frame is hollow for inserting the bar at least partially within the handle frame.

According to one embodiment, the handle frame includes means for locking the bar into the handle frame. The handle frame is securely locked around the bar.

The opposite end of the handle frame body may include 20 broken glass peaks for breaking the glass. This is a very useful feature that allows the user to break windows safely when needed.

According to one embodiment, the barrel housing is made of a polymer blend. The polymer blend has sufficient strength and is at the same time a lightweight material for the barrel, o

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Preferably, the guardrail is uniform and includes a reinforcement arch. The integrated guardrail in combination with the reinforcement arch guarantees the protection of the g 30 operator's hand even in the event of severe impact.

The invention will now be described in detail with reference to the accompanying drawings, which illustrate certain embodiments of the invention,

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where 35 4

Fig. 1a is a front elevational view of a barrel according to the invention,

Figure Ib is a sonometric view of the bar holder according to the invention from the belt clip side, from the front obliquely.

Fig. Le is an axonometric view from behind the oblique view of the bar of the invention,

Fig. Id illustrates a barrel case according to the invention from the belt clip side from the rear, ak-10 in a sonometric view,

Figure 2a is a side elevational view of a barrel according to the invention,

Fig. 2b shows a side view of the belt clip of the present invention in a side view of the belt clip,

Figure 2c is a rear elevation view of a barrel according to the invention,

Figure 2d is a front elevational view of the barrel of the invention, Figure 2e is a top view of the barrel of the invention,

Figure 3 is a side elevational view of the barrel of the invention,

Fig. 4 is an axonometric view from the rear obliquely of the bar housing of the invention with the handle frame separated from the body.

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Figs. 1a to Id are axonometric views of a bar housing according to the invention. The bar housing 10 includes a cylindrical body-x 30 portion 16 for retaining the bar 14 (shown in Figure 3), a belt clip 13 attached to the body portion 16 and locking means 18 (shown in Figure 3) for locking the bar 14 into the body 16.

Further, the bar housing 10 includes a handle frame 20 with a protective arch 15 for protecting the fingers of the bar user, the handle frame 35 being at least partially lockable on the bar and through which the bar frame 20 is mounted on the lockable body 16. on the inside and by means of the handle frame 20, the bar is locked into the cylinder body of the barrel housing 10. The end face 21 of the handle frame 20 has a cylindrical part 26 having substantially the same inside diameter of the cylindrical body 16, which is fitted inside the body 16 to lock the handle frame 20 into the body 16. Preferably, the handle frame is an open cylinder part as well as the body part 16, whereby the bar may extend through the cylindrical body part. This also allows the use of solid bars with the bar housing of the invention.

As illustrated in Ib, belt clip 13 may include a fastening 15 point 31 attached to body member 16. Further, belt clip 13 may include a belt loop portion 23 for pivoting the bar housing 10 with respect to the wearer belt at an angle desired by the user, 360 °. In addition, the belt clip 13 may include a toothing 33 for locking the anchorage 31 and the belt loop portion 20 23 relative to one another. A screw or bolt 60, perpendicular to the longitudinal axis of the bar, may be passed through the belt clip 13 to tighten the anchorage point 31 and the belt loop portion 23 relative to each other. The toothing 33 prevents the above-mentioned parts from rotating with respect to each other, thereby changing the angle of the barrel 25. On the other hand, by loosening the screw, the belt loop portion 23 can be rotated 360 ° with respect to the anchorage 31.

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According to Fig. 3, the locking means 18 include quick-locking means 17 disposed inside the handle frame 20 oo to force the locking means 32 of the handle portion 20 and the inner surface 30 of the body portion 16 by means of the quick locking means. from the bar of the bar with the same hand movement that he grabs the handle of the bar around the bar.

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frame. While the user squeezes his finger around the handle frame 35, he squeezes the release trigger 22 of Fig. L, which releases the quick release means allowing the bar 6 to be pulled out of the barrel housing 10. wherein the handle frame 20 is finally locked by the locking means 18 5.

The quick-locking means 17 preferably include a release trigger 22 provided with locking tabs 28 protruding from the cylindrical portion 26 of the handle frame 20 and a locking spring 35 within the handle frame 20 to press the locking tab 28 into the locking stop 32 of the body 16 to lock the handle portion 16. for example a leaf spring or the like. The locking spring 35 pushes the locking tab 28 outwardly from the inside of the handle frame 20 all the time, whereby the quick locking means 17 are automatically locked when the handle frame 20 is pressed into the body member 16. The locking means 32 may be, for example, cylindrical pins of circular cross-section which, together with the design of the release trigger 22, provide a movement of the release trigger 22 towards the handle frame 20 allowing the handle frame 20 20 to lock into the body 16 without depressing the release trigger 22.

The locking catches 32 on both sides of the handle, i.e. in this case the cylindrical pins, allow the release trigger 25 to be moved from one side to the other, which in turn allows both left and right hand operation. It is also possible to replace the guardrail 15 from side to side. As shown in Figure 3, the releaser adhesive T press 22 is preferably articulated at one end by its axis 52 to the handle frame 20. The releaser trigger 22

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The £ 30 may include a slot 56 for controlling the movement of the release trigger 22 by a slot pin 54.

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o As shown in Figure 3, the inside of the handle frame 20 is hollow in order to

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the bar 14 may be mounted within the handle frame 20. Thus, the hollow inner part of the handle frame 20 is also substantially shaped to conform to the shape of the outer surface of the bar. In the pictures of bar 7 14, only the handle portion of the bar is illustrated. As shown, both the body portion 16 and the barrel portion 26 of the handle frame 20 are open at the bottom, allowing the bar 14 to extend downwardly from the bar housing 10. Further, both the body portion 16 and the cylindrical portion 26 of the handle frame 20 5 may have substantially parallel surfaces and slightly conical.

1a to 2b, the handle frame 20 may include finger responses 42 to provide the user with a better grip on the handle frame 10 and thereby the bar 14. The finger response may be a grooved design that improves hand grip on the handle portion 50 of the handle frame 20. taking it out of the bar.

For mounting the bar, the handle frame 20 preferably includes means 34 for locking the bar 14 into the handle frame 20. According to one embodiment, the handle frame 20 may be made as a hollow body made of two symmetrical halves, with symmetrical portions to each other.

The handle frame can then be opened for installation, making it easy to insert the bar into the handle frame. Then, the fastening means 44 shown in Fig. 2b, for example screws or bolts, are tightened and the bar 14 is locked inside the handle frame 20. According to another embodiment, the handle frame 20 may be integral, whereby the bar is inserted into the handle frame 20 through the open end 62 of the cylindrical portion 26 of the handle frame 20 and secured by means of screws. the opposite end 36 of the handle frame 20 includes a glass breaking spike co § 38. The glass breaking spike 38 may be, for example, a metal cone known from hammers for breaking glass o, which causes controlled glass disintegration. The glass breaking spike can be an accessory 35 or it can also be retrofitted to the handle frame later.

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The guardrail 15 of the handle frame 20 is preferably integral and includes a reinforcing arm 40. The uniform guardrail effectively protects the user's fingers so that the bar can also be used more effectively for defense. The reinforcing arc can be a reinforcement made of, for example, aluminum or acid-proof steel, which distributes the impact more evenly throughout the arch and thus prevents the arch from breaking down as a result of a strong impact.

As shown in Figure 4, there is one release trigger 22 extending beneath the user's first and middle fingers as the user grabs the handle frame. The release trigger 22 may also be moved to one side of the handle portion. There may be more than one trigger trigger, making the locking more secure. The cylindrical portion 26 of the handle frame 20 may include guide rails 58 for directing the handle frame 20 directly inside the frame portion 16. For the guide rails 58, the inner surface of the body member 16 may include guide rails 64. The guide rails may be, for example, shoulders and guide rails shoulder grooves.

The bar housing according to the invention is suitable for use with both existing fixed bars and telescopic bars. It is particularly advantageous to use a bar bag according to the invention with standard telescopic bars. The luggage compartment is suitable for use with both left and right hands.

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Preferably, the barrel housing may be made of a polymer blend, wherein the barrel housing is light and durable. The luggage case can also be made of similar material suitable for that purpose.

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Claims (10)

A baton holster, wherein the baton holster (10) comprises a cylindrical body member (16) for storing the baton (14), a belt holder (13) attached to the body member (16) and reading devices (18) for reading the baton (14) in the body member (16), characterized in that the baton casing (10) further comprises a handle frame (20) equipped with a protective sleeve (15) for protecting the fingers of the baton (14), the handle frame (20) being arranged to be read at least partially on top of said baton. (14) and by means of which the intermediate frame (20) of the handle frame (20) is arranged to be read into the body part (16). Cement hollow according to claim 1, characterized in that the end of the handle frame (20) against the body part (16) comprises substantially a cylinder part (26) as wide as the inner diameter of the cylindrical body part (16), which is arranged inside the body part (16) for reading the handle frame. (20) in the body part (16). Cement hollow according to claim 1 or 2, characterized in that said reading devices (18) comprise fast-read devices (17) arranged inside the handle frame (20) for forcing the handle frame (20) to the inner surface (16) of the body part (16). 30) includes reading counter 25 (32). c \ j δ c \ j A baton holster according to claim 2 or 3, characterized in that the quick-release devices (17) comprise a release arm 00 (22) equipped with a cylinder portion (26) x 30 of the reading tongue (28) of a handle handle (28) and an inside handle frame (28). 20) existing reading spring (35) for pushing the reading tongue (28) against the reading mat (32) of the body part (16) for reading the handle frame (20) to the body part (16). Cement hollow according to any of claims 2-4, characterized in that said reading devices (18) are arranged to be read by means of a reading spring (35) and released by the movement of a release arm (22). 6. Baton holster according to any of claims 1-5, characterized in that the belt bracket (13) comprises a fastening point (31), a belt strap part (23) for rotating the baton holster (10) 360 ° in relation to the user's belt and toothing (33). for reading the attachment point (31) and the belt conveyor part (23) in relation to each other. 10 Baton holster according to any of claims 1-6, characterized in that the handle frame (20) comprises devices (34) for reading the baton (14) at said handle frame (20). 15 Cement hollow according to any of claims 1-7, characterized in that the opposite end (36) of the handle frame (20) in relation to the body part (16) comprises a glass crushing tip (38) for crushing glass. 20 9. Baton casing according to any of claims 1-8, characterized in that the baton casing (10) is made of a polymer blend. 10. A concrete casing according to any one of claims 1-9, characterized in that said sash bar (15) is uniform and comprises a reinforcement bar (40). O) o C \ l X cc CL cö o CO δ CM