摘要:
The invention relates to an ammunition feed device (100) of a belted ammunition (4, 5) in a weapon system for delivery before a closure (10) or before a closure head, wherein the ammunition (4, 5) must be drawn from the ammunition belt by a cartridge hook (6, 7) and delivered to the closure (10). To prevent a misfire, etc., according to the invention the cartridge hook (6, 7) is integrated in the weapon system separately from the closure (10). The cartridge hook (6, 7) is carried or placed by the closure (10), when the closure (10) has covered a distance to the rear or must still cover a distance forward.
摘要:
A gear mechanism (1) having a coaxial input and output is proposed, having at least two bevel gears (3, 4) which lie opposite one another and are supported in each case by a shaft (10, 11). Here, the shafts (10, 11) are configured as hollow shafts. A first transmission of the rotational direction of one bevel gear (3) to the opposite bevel gear (4) takes place via a further bevel gear (5) which can mesh with the two bevel gears (3, 4). The gear mechanism (1) has a rotational direction reversal means (2). The latter consists of an intermediate part (6) which is integrated between the two bevel gears which lie opposite one another and receives the lower bevel gear (5), and a block (7) which locks or releases the intermediate part (6). An inner shaft (8) is in turn mounted displaceably in the shafts (10, 11) and in the intermediate piece (6). The block (7) is connected functionally to the inner shaft (8) in such a way that displacement of the inner shaft (8) brings about displacement of the block (7).
摘要:
Disclosed is a cocking device for a firing pin spring (13.2) of a firing pin (13) of a weapon (100), the firing pin (13) being integrated into a breech (1). This firing pin spring (13.2) is cocked during the pre-run of the control slide (2), by means of a cocking slide (17) on the weapon (100), said cocking slide having a cocking curve (17.1), in which a pin (14.1) of a cocking rocker (14) is engaged.
摘要:
It is proposed that the ejection of a case (8) is supported by at least one ejection tube (9, 10). However, the ejection tube or ejection tubes is/are preferably integrated in front of a weapon-side rotor (4) in the firing direction. For a compact variant, the ejection tube or ejection tubes is/are preferably arranged above a weapon barrel. The case-ejecting device (30) is supplemented by at least a chain (12, 13) and an ejector (14, 15) driven by the chain (12, 13). The ejector (14, 15), which is functionally connected to the chain (12, 13), pushes the case (8) into the case-discharging or ejection tube (9, 10). Speed is produced by the chain (12, 13) sufficiently that the case (8) can be driven through ejection tube (9, 10). Alternatively, a case accelerator (22) that supports the discharge can be integrated.