Protective glove

Abstract

The invention relates to a protective glove (1) for protecting certain regions of a user's hand (2) against foreign bodies impacting with it such as bullets and/or stabbing or cutting devices, with a lining (4) made from a material that is not or not very resistant to stabs, cuts or incisions and is not bullet-proof, for example a textile fabric, a leather, a laminate or similar, comprising several glove fingers (10 to 14), and a glove top face (17) extends on an external surface (3) of the lining (4) in the region of finger top sides (19) and in a top hand region (15), and a bullet-proof and/or cut or stab inhibiting protective padding (20) is built up on or placed on certain regions of the glove top face (17) starting from a padding bottom face (21) and is attached to the lining (4) at joining points (22), and the protective padding (20) prevents penetration by foreign bodies impacting with it to a glove interior lying underneath it.

Description

CROSS-REFERENCE TO RELATED APPLICATIONS[0001]This is a national phase application of PCT Patent Application No. PCT / AT2005 / 000349, filed Aug. 31, 2005 which claims priority from Austrian Application No. A 1520 / 2004, filed Sep. 13, 2004. The disclosure of each such application is hereby incorporated by reference in its entirety where appropriate for teachings of additional or alternative details, features, anchor technical background, and priority is asserted from each.BACKGROUND OF THE INVENTION[0002]The invention relates to a protective glove for protecting a user's hand from foreign bodies, such as projectile objects or stabbing or cutting devices, of the type described in the introductory part of claim 1.[0003]Items of clothing designed to project against stabbing and shooting injuries are already known from the prior art. The linings of these items of clothing are usually made up of several layers of material and individual layers are made from a bulletproof material or a materi...

AI Technical Summary

Benefits of technology

[0022]A design of the protective glove wherein the protective padding comprises one or more protective layer(s) made from a speed-inhibiting or kinetic energy absorbing protective material, in particular a bullet-proof material is of advantage due to the tried and tested structure known from the prior art and the protective function which can be achieved as a result.

[0023]Another advantageous embodiment of the protective glove is provided, whereby the accessible pocket increases the functionality of the glove and one or more protective layers of the protective padding may be changed and / or implements of a user may be placed in the protective padding, thereby providing a usable stowage space in the protective padding.

[0024]As a result of the embodiment, foreign bodies can be reliably prevented from unintentionally penetrating an interior of the pocket of the protective padding or objects prevented from falling out.

[0025]As a result of the preferred embodiment of the protective glove, the layer or layered packet of the protective padding can be easily attached to the lining, and the externally lying top layer which does not have to fulfill a protective function can be used to impart to the glove a design that is pleasant to the touch and or visually attractive or suitable for a specific purpose, for example by using a camouflage design.

[0026]Other advantageous embodiments of the protective glove may include straps or tape, and in spite of the fact that protective padding is provided, the adjusting mechanism, in particular the strap, enables the protective glove to be reliably affixed to a user's hand, thereby preventing the glove from being undesirably pulled off. This is rendered possible in particular by the tunnel provided in the protective padding, through which the strap extends, and the shaft can be secured around a wide circumference in the wrist region of a user's hand.

Problems solved by technology

With items of clothing of this structure, even though the lining incorporating the protective material may be relatively thin, a user's sense of touch or feeling is restricted by these items of protective clothing compared with a conventional item of clothing that does not incorporate bullet-proof or stab-resistant protective material.

Such items of clothing are also relatively expensive to produce and because of their thin-layered structure, reliable protection against bullets can be guaranteed to only a certain degree.

Although bullets impacting with the known protective clothing may be prevented from penetrating the interior of the known protective clothing, the thin-layered material structure of the known clothing does not decelerate bullets sufficiently and the kinetic energy of ballistic missiles can not be sufficiently absorbed by this material structure to prevent a trauma effect and impact injuries to a user caused by the forces released on impact.

It should be pointed out that when it comes to protective clothing known from the prior art, protective gloves in particular are not satisfactory in practical applications because a user's sense of touch and feeling and the freedom of movement of the fingers, which is crucial to some activities, is too severely restricted due to the protective material in these regions since it is not readily deformable.

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