EP3964786A1 - Weapon housing of an automatic loading weapon and automatic loading weapon with such a weapon housing - Google Patents

Abstract

The invention relates to a weapon housing (10) for a self-loading firearm (100), which has a breech that is guided in a longitudinally movable manner in the weapon housing (10), with: a first guide slot (11) within which a loading lever (20) for moving a bolt with the breech in Contactable or in contact through-loading tube (21) is movable. The invention is characterized by a second guide link (12) connected to the first guide link (11) via a first recess (13) in the weapon housing, within which the loading lever (20) can be moved to move the loading pipe (21), so that the loading lever (20) can be operated either on the left or on the right. The invention also relates to a self-loading firearm equipped with such a weapon housing (10).

Description

field of invention

The present invention relates to a weapon housing of a self-loading firearm according to the preamble of claim 1.

The invention also relates to a self-loading firearm equipped with such a weapon housing.

In these documents, position designations such as "top", "bottom", "front", "back", etc. refer to a self-loading firearm in which the bore axis runs horizontally and the shot is fired forwards away from the shooter.

A gun housing is the component that accommodates the barrel, the trigger mechanism, the breech assembly and the loading device.

A loading device is used for loading a self-loading firearm using a loading lever in order to put it in a ready-to-fire state. The functional sequence of shooting and automatic reloading in a semi-automatic firearm can be simplified as follows:
In the weapon housing there is a longitudinally moveable breech block arrangement for firing a shot, extracting a fired cartridge case and reloading it. The breech arrangement leads to the shot being fired, in particular their breech head, the top cartridge from the magazine in a known manner in a cartridge chamber in the barrel. When a trigger mechanism is actuated, a firing pin hits the base of the cartridge and ignites a propellant charge there. so that a projectile is fired from the cartridge case through the barrel. As soon as the projectile passes through the bore in the weapon barrel, the propellant gases released during the firing process can be diverted into a gas intake in the case of a gas pressure loader. The branched-off propellant gases are used to set the closure arrangement in a backwards movement in a known manner. The propellant gases drive the closure arrangement at high speed backwards in the direction of the shaft via the gas outlet and a gas linkage coupled thereto.

In the case of a blowback loader, the drive is provided by the projectile impulse and the gases propelling the projectile, which in this case act directly on the bolt head via the cartridge case and drive it.

An extractor is provided on the breech head, which grips the edge of a cartridge case on the case base and pulls it out of the cartridge chamber during the return movement of the breech assembly. An ejection device then ejects the cartridge case through a cartridge ejection window in a known manner from the weapon housing. When the breech assembly is retracted, it slides backwards over the magazine towards the shaft. During the subsequent advance of the breech assembly, the breech head in particular now again grabs the top cartridge from the magazine and feeds it into the cartridge chamber and the cycle is repeated. Alternatively, a blowback loading mechanism can be used for this cycle in a known manner.

For feeding in a cartridge, the upper side of the magazine rear wall as well as the magazine front wall is cut out over a certain distance at its upper end. The side walls of a magazine are extended upwards and form so-called magazine lips. which prevent the cartridge from falling out of the magazine. A spring located in the magazine urges the cartridge feeder up within the magazine housing and this thus pushes the cartridges up towards the magazine lips.

In the case of so-called shooting self-loading firearms, the breech (bolt carrier and breech head) is in its forward position before the shot is fired, i.e. the breech head is on the cartridge chamber. After inserting a first or possibly a new magazine in the self-loading firearm, the loading mentioned above is now carried out.

In the case of a so-called closing breech, the breech is moved to a rear position before firing (before the trigger is bent) by means of the loading lever, in which it is caught by the trigger mechanism.

Known charging devices are often attached directly to the breech, with the breech being able to be moved backwards, ie in the direction of the stock, by means of the loading lever, so that the breech is moved backwards via the magazine against the force of the recoil spring. During the subsequent advance of the bolt, the bolt head takes the top cartridge from a magazine and inserts it forwards into the cartridge chamber, with the loading lever attached to the bolt following all movements of the bolt

A loading lever firmly coupled to the breech is provided, for example, in the applicant's known G36 or also in the known SA 80. Such a loading lever is also referred to as a moving loading lever, since due to the coupling to the bolt carrier it also follows the forward and backward movement described above. If the loading lever protrudes from the weapon, there is a risk of injury to a shooter. If the loading lever hits an obstacle, this can lead to jamming. Such a fixed mounting on the breech is known today for both military and civilian self-loading rifles.

There are also non-moving loading levers from the AR15 variants such as the HK 416/417 known to the same applicant. In addition, it is known that the charging lever can be assembled and disassembled on the charging device without tools.

Even before the First World War, charging devices were also developed in which the charging lever decoupled from the breech after charging. Because of this decoupling, the breech, in the event that it should not close properly, cannot be closed with the aid of the charging lever.

Overall, charging devices are known in a wide variety of designs; these can also have a charging lever that is provided either on the right or left side of the weapon

For example, from the DE 101 22 345 C1 the same applicant discloses a cocking slide that is attached on one side and can be operated from one side, not revolving, in particular for the MG4, by means of which the breech is prestressed against the pressure of a closing spring. A longitudinal slot is formed in the housing with a clamping rail, in which the clamping slide can be guided and fixed.

From the DE 10 2006 006 034 B3 the same applicant also discloses a loading device, for example for the HK416, in which the loading lever can be operated on both sides via two handles, either on the left or on the right. Actuation of one handle also automatically releases the second handle from locking the weapon in order to carry out a loading process.

Furthermore, from the EP 0 489 024 B1 the same applicant discloses a through-loading device for self-loading handguns, in particular for the well-known G36, with a pivotable and touchable through-loading lever. This is arranged directly or via an intermediate piece on the breech and can be pivoted out of the weapon housing on both sides of the longitudinal axis of the breech.

In the case of military weapons, the boundary conditions that occur during use, such as ambient temperature, weapon temperature, dirt, continuous fire and the like, are increasingly changing: This can result in a cartridge not being fully fed when it is inserted into the cartridge chamber or in some other way causing jamming . However, in the event of a loading jam, the locking system can often no longer be closed properly without additional manipulation which endangers the shooter. It is true that jamming of this kind is extremely rare, but a military weapon should in principle be as free of faults as possible. In such cases, the breech can often be actuated manually by means of a suitable through-loading device, thereby eliminating any loading obstruction.

From the U.S. 7,798,045 B1 a loading device with a loading lever that does not rotate is known, the loading lever being provided with handles protruding on the left and right. This cannot be dismantled without tools and can also be operated from either the left or right side. The through-loading device comprises a carriage which has a catch hook at its end facing the breech carrier, which engages in a corresponding recess on the breech carrier in order to guide it forward in the direction of the cartridge chamber in the function of a closing aid.

From the U.S. Patents 9,109,848 B2 , U.S. 8,156,854 B2 and U.S. 8,561,517 B2 each through-loading devices are known which cannot be mounted on the left or right-hand side without tools. The self-loading firearm disclosed there comprises a weapon housing and a handguard coupled thereto, with the loading device being guided in the handguard. The charging lever can be pivoted between a rest position and an actuated position, and in the actuated position it engages with a recess in the gas piston rod both during charging and in its function as a closing aid. The through-loading device therefore does not act directly on the bolt carrier. In an alternative embodiment, the through-loading device is provided with actuation handles formed on both sides.

the U.S. 8,307,747 B2 discloses another non-travelling bolt-loading device having a bolt-through slide with a spring-loaded catch for engaging the bolt carrier. The loading lever stands rigidly on the side of the weapon. In its function as a closing aid, the catching lug engages in the bolt carrier and guides it forward. the U.S. 8,539,871 B1 shows a similar through-loading device.

the FR 1,349,766 and the parallel German patent DE 1 208 221 disclose a through-loading device with a through-loading carriage that does not move along, which is provided so that it can be coupled directly to the bolt carrier via a locking pin. The through-loading device is arranged on the top of the weapon and includes a spring-loaded central cocking handle, which acts on a locking element either purely spring-loaded via a threaded connection or a pivotable lever and transfers this from a rest position to its operating position, in which the cocking slide can be coupled directly to the bolt carrier. This through-loading device cannot be converted without tools for either right-hand or left-hand operation.

Furthermore, the DE 199 03 321 A1 and the parallel US 2002/0046642 A1 the applicant of the same name a loading lever arrangement for a handgun. The loading lever can be converted without tools, is mounted directly in the breech and is therefore designed to run along. The loading lever cannot be pivoted and therefore protrudes laterally from the weapon.

the EP 0 207 058 B1 discloses a non-moving through-loading device with a non-convertible, laterally pivotable one-sided loading lever. When loading, the loading lever acts via a slide on the end of a longitudinal guide rod of the breech. In its closing aid function, the loading lever also engages with the longitudinal guide rod via the slide.

the U.S. 3,686,998 discloses a pivotable charging lever that does not rotate during charging. A slider acts directly on the closure. When used as a locking aid, the swiveling loading lever is positively latched to a lock extension via a slot on its axis and a hook provided thereon. Tool-free disassembly is not provided.

Finally revealed the DE 10 2018 001 984 A1 a loading device for a self-loading firearm with a breech block that is guided in a longitudinally movable manner in a weapon housing. The charging device includes a charging lever having a charging lever handle coupled to a charging lever holder, and a charging lever housing is guided longitudinally movable in the weapon housing. The loading lever handle is provided in the loading lever holder such that it can be pivoted from a rest position into an actuated position and vice versa. Furthermore, the charging lever holder in or on the charging lever housing can be assembled and disassembled either on the left and/or on the right without tools.

Object and solution of the invention

Against this background, the object of the invention is to provide an alternative, structurally simple and functionally reliable weapon housing for a self-loading firearm. In particular, the object of the invention is to provide a weapon housing that enables simple and functionally reliable loading. In addition, it is the object of the invention to provide a self-loading firearm with such a weapon housing.

This object is solved by the subject matter of independent claims 1 and 18, respectively.

The invention is therefore based on a weapon housing with a first guide link within which a slide-through lever can be moved to move a through-loading tube that can be brought into or is in contact with the breech. The weapon housing is suitable for a self-loading firearm that has a breech block that is guided in a longitudinally movable manner in the weapon housing. The weapon housing is characterized by a second guide link connected to the first guide link via a first recess in the weapon housing, within which the loading lever can be moved to move the loading tube, so that the loading lever can be operated either on the left or on the right.

The self-loading firearm according to claim 18, characterized in that it is equipped with such a weapon housing.

By providing a second guide link which is connected to the first guide link via a first recess, the charging lever is advantageous can be operated either on the left or on the right. To do this, a user only needs to move the loading lever from left to right or from right to left. Because the loading lever can be moved without modification or additional tools, a loading device that can be operated either on the left or right side of the weapon can be provided with structurally simple means, which can be adapted to the ergonomics of the shooter and thus in particular to a left-handed or right-handed person. Ease of use from both sides is a criterion that is often required in official tenders.

The invention is also distinguished by the fact that the loading lever can be changed very quickly from the first to the second guide link and vice versa, since, as already mentioned, it can be implemented without modification and without tools. A great advantage is that the weapon can be handed over from a left-handed user to a right-handed user and vice versa if necessary, and the new user can quickly adapt a weapon that was not originally intended for him to his needs. This gain in time is of great advantage in particular in a mission, such as a battle.

In addition, the weight is reduced as a result of the second guide link and the first recess, so that a lighter weapon housing or a lighter semi-automatic firearm can be provided. Loading activities can also advantageously be carried out in the secured state of the self-loading firearm, with fall safety in particular remaining guaranteed.

The process of changing the loading lever from the first guide link to the second guide link and vice versa is referred to as switching over the loading lever. The loading lever can be moved when the weapon is unloaded, partially loaded or fully loaded. The loading lever can be switched over with the weapon in a secured or unsecured state.

The first and second guide slot can in particular be designed as a slot running in the longitudinal direction of the weapon housing, a so-called longitudinal slot. The loading lever is within the guide links in the longitudinal direction between two End positions movably arranged, namely between a front end position and a rear end position. The two guide links are expediently arranged symmetrically to one another.

The first recess can in particular be an opening in the upper weapon housing, which connects the two guide links to one another. The first recess can, for example, connect the front area of the first and second guide link, in particular the area in which the charging lever assumes its front end position.

However, it is preferred if the first recess connects the rear area of the first and second guide link, in particular the area in which the charging lever assumes its rear end position. If the recess is arranged in this area, the switching over of the loading lever can advantageously be combined with the loading of the weapon, so that loading and switching over can take place in one go. In addition, the arrangement in the rear area protects against unintentional tilting, since the user has to deliberately move the charging lever against the force of the closing spring in order to tilt it.

In a preferred embodiment of the invention, the first and second guide links each have a recess for locking the charging lever, so that the charging lever can be locked on the weapon housing on the left-hand side or right-hand side. The respective recess is intended in particular to hold the loading lever in the rear position, for example to enable a view into the cartridge chamber.

It is of particular benefit. if the respective recess is provided in the same recess that connects the first guide link with the second guide link. From the locked position of the loading lever, the loading lever can be turned over quickly.

In a structurally simple configuration, the respective recess has an extension pointing in the direction of the muzzle of the weapon housing, in particular one semicircular extension. The term semicircular extension is also to be understood as meaning a U-shaped and/or V-shaped extension or geometry. The selection of the geometry of the recess can also depend on the geometry of the charging lever.

It is preferred if the two recesses are separated from one another by a housing section of the weapon housing, with the housing section protruding beyond the two recesses in the direction of the shaft of the weapon housing. Such a housing section can reduce the risk of the charging lever being accidentally turned over.

The extension of the first recess between the housing section and the part of the weapon housing opposite this section must be greater than the part of the charging lever that is guided through the first recess. A ratio d of the extent d1 of the recess and the corresponding extent d2 of the charging lever 1<d<2.0 is expedient, with d=d1/d2.

A ratio in the range 1.0<d<1.5 has proven to be a good compromise between preventing an unintentional turning over and intentional turning over of the holding lever. A ratio of essentially 1.2 has proven to be particularly preferred in this context.

In a preferred embodiment of the invention, a safety device is provided with a safety element that can be moved from a first position to a second position and vice versa, the safety element in the first position preventing the transfer of the charging lever from the first guide link to the second guide link or vice versa , and allows this transfer in the second position, and the securing device is set up to hold the securing element at least in the first position.

The safety device can be provided in order to prevent the charging lever from being turned over unintentionally. Unlike the one described above Ratio d, the safety device defines a mechanical lock or harassment that must be actuated by the user before turning the loading lever.

The safety device is configured at least in such a way that a safety element is held in the first position, that is to say in the position in which it is prevented from being thrown over. The securing device is preferably additionally configured in such a way that the securing element is also held in the second position, that is to say in the position in which folding over is permitted. However, it is conceivable that instead the securing element is manually held in the second position by the user by means of a corresponding manipulation.

In a structurally simple embodiment, the securing element is arranged on the weapon housing or on a component connected to the weapon housing. In this context, it is particularly preferred that the securing element is arranged in or on a profile rail arranged on an upper side of the weapon housing. The Picatinny rail is an example of such a profile rail. The Picatinny rail is a NATO-standard, serrated rail for fast and repeatable mounting of accessories on firearms. It is particularly preferable for the securing device or the securing element to be accommodated on the front side of the profile rail or on a component connected to the front side of the profile rail. Advantageously, the assembly of accessories that generally first extend vertically and then horizontally is not affected.

The securing element can in particular be designed as a securing pin, which in particular has a circular or polygonal cross section.

In a structurally simple embodiment, the securing element is arranged to be longitudinally movable and spring-loaded, and can be brought from the first position into the second position by pressing against the force of the spring and from the second position into the first position with the force of the spring. The longitudinally movable arrangement on the end face of the profile rail has proven to be particularly advantageous. The longitudinally movable arrangement enables easy handling for both left- and right-handed people.

As an alternative to this, the securing element can be mounted in an articulated manner and can be pivoted about an axis from the first position into the second position and vice versa.

In the presence of the longitudinally movable and spring-loaded arrangement, it is preferred if the securing means comprises a gear that interacts with the spring in such a way that the securing element can be held in the first position and in the second position without the action of an external force. Such a mechanism or such a mechanism is, in principle, similar to that of retractable ballpoint pens.

For example, by actuating the securing element against the spring force in the longitudinal direction, the loading lever can be pressed in until it audibly and/or tangibly engages in the second position. By pressing the safety element again or by actuating an unlocking mechanism, it is unlocked from the second position and transferred to the first position with the spring force.

In a preferred embodiment of the invention, the weapon housing has at least one counter-lock for engaging a locking element of the loading lever, such that the loading lever can be fixed in both the first guide link and the second guide link during a locking movement on the weapon housing. The latching element and the charging lever are preferably designed in one piece, i.e. in one piece, with the latching element being designed in particular as a latching lug. For example, a further recess, a groove or the like can be used as a counter-lock.

If the loading lever is fixed to the weapon housing, the loading tube mechanically coupled to the loading lever is also fixed to the weapon housing. Fixing the loading tube ensures that it does not move back and forth in the weapon housing when the weapon is in use and, in particular, does not negatively affect the closing function of the breech.

It is preferred if the at least one counter-lock is formed by a second and third recess in the weapon housing. This allows a structurally simple design to be implemented. The second and third recess can in particular be arranged axially between the mouth and the respective guide link. It is particularly preferred if the first guide link and the second recess as well as the second guide link and third recess are arranged substantially flush with one another in the axial direction.

Substantially aligned means that, for example, the respective upper end of the respective guide link and the upper end of the second or third recess are aligned with one another, i.e. form a straight line in the longitudinal direction. In this context, however, alignment can also mean that, for example, only the respective lower end of the respective guide link and the lower end of the second or third recess are aligned with one another, i.e. form a straight line in the longitudinal direction. It is preferred if both the respective upper and the respective lower ends of the guide links or the second and third recess each form a straight line in the longitudinal direction.

A second and third recess arranged as an extension to the front can be realized in a particularly simple manner in terms of manufacturing technology. In addition, a charge-through lever with a substantially constantly thick profile thickness can be used, which also enables a charge-through lever that is structurally simple

A particularly secure latching of the latching element, in particular the latching lug, is achieved in that the second and third recesses are polygonal, in particular rectangular. With such a second and third recess, it is expedient for the latching element, in particular the latching lug, to have a polygonal geometry corresponding to the second and third recess,

A further aspect of the invention is to provide a profile rail for the weapon housing or for the self-loading firearm, which comprises the safety device with safety element described above. Accordingly, a modified Picatinny rail is provided in particular.

The profile rail has a safety device with a safety element on its end face pointing in the direction of the mouth. where the fuse element can be brought from a first position into a second position and vice versa, and the securing device is set up to hold the securing element at least in the first position. At least in the first position, the securing element extends in the longitudinal direction of the profile rail in order to prevent the charging lever from being turned over unintentionally.

Such a profile rail can be referred to as an "extended" Picatinny rail. The safety device is advantageously arranged at the front so as not to impair the mounting of accessories on the profile rail.

The securing element can be designed in particular as a pin or pin, which preferably has a cylindrical, angular or oval cross section. The securing element can be arranged by means of or on an elastically deformable element. A spring is an example of an elastically deformable element.

In a first embodiment of the profile rail, it is provided that the securing element is arranged to be longitudinally movable and spring-mounted, and can be moved from the first position to the second position by pressing against the force of the spring and from the second position to the first position with the force of the spring .

A profile rail is particularly preferred if the safety device comprises a mechanism such as a gear which interacts with the spring in such a way that the safety element can be held in the first position and in the second position without the action of an external force. Such a mechanism is advantageous because the user has one hand free. for example to flip the loading lever while holding the semi-automatic weapon with the other hand. In the case of the embodiment in which the securing device is only held in the first position by the securing device, the user would have to manually hold the securing device in the second position, for example on a device attached to the securing element and guided through a lateral recess in the front area of the profile rail handle.

As an alternative to the longitudinally movable securing pin, it is preferred if the securing element is mounted in an articulated manner. and is pivotable about an axis from the first position to the second position and vice versa.

character list

Fig. 1

eine erste perspektivische Seitenansicht eines Ausschnitts eines Waffengehäuses einer Selbstladefeuerwaffe in einer bevorzugten Ausführungsform und die Position des Durchladehebels in einer ersten. Momentaufnahme;

Fig. 2

die Position des Durchladehebels in einer zweiten Momentaufnahme;

Fig. 3

die Position des Durchladehebels in einer dritten Momentaufnahme;

Fig. 4

die Position des Durchladehebels in einer vierten Momentaufnahme;

Fig. 5

die Position des Durchladehebels in einer fünften Momentaufnahme;

Fig. 6

die Position des Durchladehebels in einer sechsten Momentaufnahme;

Fig. 7

die Position des Durchladehebels in einer siebten Momentaufnahme;

Fig. 8

die Position des Durchladehebels in einer achten Momentaufnahme;

Fig. 9

die Position des Durchladehebels in einer neunten Momentaufnahme:

Fig. 10

eine zweite perspektivische Seitenansicht des Ausschnitts aus Fig. 1 und die Position des Durchladehebels in einer zehnten Momentaufnahme;

Fig. 11

eine Durchladevorrichtung in einer Explosionsahsicht;

Fig. 12

die Durchladevorrichtung der Fig. 11 in einem zusammengesetzten Zustand;

Fig. 13

eine Draufsicht auf einen vergrößerten Ausschnitt des vorderen Bereichs der Selbstladefeuerwaffe gemäß Fig. 1 und den Durchladehebel in einer verriegelten Position in einem Schnitt;

Fig. 14

den Durchladehebel der Fig. 13 in einer entriegelten Position;

Fig. 15

eine Seitenansicht des Ausschnitts gem. Fig. 13 in einem Schnitt;

Fig. 16

eine erste perspektivische Ansicht des vollständigen Waffengehäuses bzw. der Selbstladefeuerwaffe gem. Fig. 1;

Fig. 17

eine erste Seitenansicht des vollständigen Waffengehäuses bzw, der Selbstladefeuerwaffe gem. Fig. 1;

Fig. 18

eine zweite perspektivische Ansicht des vollständigen Waffengehäuses bzw, der Selbstladefeuerwaffe gem. Fig. 1;

Fig. 19

eine zweite Seitenansicht des vollständigen Waffengehäuses bzw, der Selbstladefeuerwaffe gem. Fig. 1; und

Fig. 20

die Ansicht gem. Fig. 17 ohne Durchladehebel.

Exemplary embodiments of the invention are explained in more detail below with reference to the accompanying schematic drawings:
In the drawings show:

1

a first perspective side view of a section of a weapon housing of a self-loading firearm in a preferred embodiment and the position of the charging lever in a first. snapshot;

2

the position of the loading lever in a second snapshot;

3

the position of the loading lever in a third snapshot;

4

the position of the loading lever in a fourth snapshot;

figure 5

the position of the loading lever in a fifth snapshot;

6

the position of the loading lever in a sixth snapshot;

7

the position of the loading lever in a seventh snapshot;

8

the position of the charging lever in an eighth snapshot;

9

the position of the charging lever in a ninth snapshot:

10

a second perspective side view of the detail 1 and the position of the charging lever in a tenth snapshot;

11

a load-through device in an exploded view;

12

the through-loading device 11 in an assembled state;

13

a top view of an enlarged section of the front area of the semi-automatic firearm according to FIG 1 and the charging lever in a locked position in a section;

14

the charging lever 13 in an unlocked position;

15

a side view of the section acc. 13 in one cut;

16

a first perspective view of the complete weapon housing or the semi-automatic firearm acc. 1 ;

17

a first side view of the complete weapon housing or the semi-automatic firearm acc. 1 ;

18

a second perspective view of the complete weapon housing or the semi-automatic firearm acc. 1 ;

19

a second side view of the complete weapon housing or the semi-automatic firearm acc. 1 ; and

20

the view acc. 17 without loading lever.

The construction and functioning of the weapon housing for a self-loading firearm that has a breech that is guided in a longitudinally movable manner in the weapon housing, or the self-loading firearm with such a weapon housing, are explained below with reference to the figures. The figures show preferred embodiments of the invention.

The reference numbers are not inserted continuously in all figures in order not to impair the clarity. However, the same reference symbols apply throughout to all figures.

1 shows a section of a self-loading firearm 100 in which the weapon housing according to the invention is used. The self-loading firearm is, by way of example, the applicant's Universal Submachine Gun (UMP), a firing recoil-operated device with a mass lock. The section shows the left side of the semi-automatic firearm 100 or the weapon housing 10. 1 also represents a first snapshot.

The weapon housing 10 of the self-loading firearm 100 has a first guide slot 11 designed as a longitudinal slot and a second guide slot 12 opposite the first guide slot 11 and designed as a longitudinal slot. the second guide link 12 being covered by the weapon housing 10 in this view. The first guide link 11 and the second guide link 12 are connected to one another by a first recess 13 . The first recess 13 is arranged in the rear region of the guide links 11, 12.

The self-loading weapon 100 also has a loading lever 20 which is guided within the first guide slot 11 and is mechanically coupled to a loading tube 21 . The charging lever 20 is arranged to be longitudinally movable within the first guide slot and has a handle 22 . by means of which a user can move the charging lever 20. 1 shows the charging lever 20 in its front end position. Starting from this position, the loading lever 20 can be moved backwards in direction 98, whereby the loading tube 21 is mechanically brought into contact with the breech and the breech is moved backwards against the force of the recoil spring. If the loading lever 20 is moved maximally in direction 98, it is in its rear end position. Movement of the loading lever in direction 98 corresponds to movement towards the shaft.

The first and second guide slot also each have a recess for locking the charging lever 20 so that the charging lever 20 can be locked on the weapon housing 10 on the left-hand side or on the right-hand side. If the loading lever 20 is rotated from its rear position about the axis of rotation of the loading tube 21, it can be held securely in a first recess.

A second recess 15 is provided opposite the first recess 14, ie on the right-hand side of the weapon housing, which allows the charging lever 20 to be locked if it is guided in the second guide link.

The recesses 14 , 15 are provided in the recess 13 , ie that recess which connects the first guide link 11 to the second guide link 12 . In other words, the recesses 14, 15 are part of the first recess 13.

The recesses 14, 15 each have a semicircular extension pointing in the direction 99, that is to say forward in the longitudinal direction. The movement of the loading lever in the direction of 99 corresponds to the movement in the direction of the muzzle 50.

The first and second recesses 14, 15 are accordingly separated from one another by a housing section 16 in the upper part of the weapon housing 10. According to this embodiment the housing section 16 protrudes beyond the two recesses 14, 15 in direction 98, ie in the direction of the shaft.

The weapon housing 10 also has a profile rail 30 on its upper side, which is provided for the installation of accessories. A safety device 40 with a safety element 41 is provided at the front end of the profile rail 30 . According to this embodiment, the safety device 40 is an integral part of the profile rail 30. In this respect, it is an "extended" Picatinny rail. However, the safety device 40 can also be provided as a separate component. Thus, it is conceivable to provide the safety device 40 as a modular accessory that is mounted on the front end of a known Picatinny rail.

The securing element 41 is designed as a cylindrical pin which is arranged on the end face 42 of the securing device 40 or the profile rail 30 . The securing element 41 can be moved from a first position to a second position and vice versa, with the securing element 41 in the first position preventing the transfer of the charging lever 20 from the first guide link to the second guide link 12 or vice versa, and allowing this transfer in the second position . The securing device 40 is also set up to hold the securing element 41 in the first position and in the second.

For this purpose, the securing element 41 is arranged to be longitudinally movable and is spring-loaded (not shown). The safety device 40 also includes a gear (not shown), which interacts with the spring in such a way that the safety element 41 can be held in the first position and in the second position without the action of an external force.

1 shows the securing element 41 in the first position. In this position, it is not possible to move the charging lever 20 from the first guide slot 11 to the second guide slot 12 .

If the charging lever 20 is to be folded over, a user actuates the securing element 41 in direction 98 until it engages. The securing element 41 is now in the second position. The charging lever can now be turned over. After that it can Securing means 41 are transferred from the second position to the first position by pressing again in direction 98 .

The weapon housing 10 also has at least one counter-lock for locking in a locking element of the charging lever. If the locking element of the charging lever 20 is engaged in the counter-locking position, the charging tube 21 is fixed to the weapon housing 20 and does not move with it during a movement of the breech. According to this embodiment, the counter-lock is formed by a second recess 17 and a third recess 18 of the weapon housing 10 . The second recess 17 is in extension of the first guide link 11 forward and thus arranged axially between the mouth 50 and the first guide link 11 .

The second recess 17 has a rectangular shape extending in the longitudinal direction, with the upper limit of the second recess 17 and the upper limit of the first guide link forming a straight line. The third recess 18 is covered by the weapon housing. It is arranged symmetrically to the second recess 17 on the right-hand side of the weapon housing 10 .

In the position of the charging lever 20 shown, the locking element of the charging lever 20 is locked in the third recess 18 .

The charging lever 20 is pivotably mounted on a spring within the charging tube. To release or unlock the locking lug from the third recess, the handle is moved backwards. The charging lever 20 is arranged in the charging tube in such a way that a backward movement initially causes a pivoting movement about a vertical axis, as a result of which the locking lug is removed from the third recess 18 .

As already mentioned, shows 1 the loading lever in the front end position. Based on the following Figures 2 to 10 the folding of the through-loading lever 20 from the first guide link 11 into the second guide link 12 is explained. The following Figures 2 to 10 represent sequential snapshots.

2 represents a second snapshot and shows the charging lever 20 or the handle 22 in the first guide slot 11 in its rear end position. The closing spring of the slide is now maximally compressed. The user's hand holding the handle 22 is not shown.

3 represents a third snapshot. The cocked loading lever 20 is locked in the first recess 14 after a pivoting movement to the right and movement forward 99 . The first recess 14 surrounds the charging lever 20 so that it cannot slide down out of the first recess 14 . The user can let go of the handle.

4 represents a fourth snapshot. The cocked charging lever 20 is latched in the first recess 14 unchanged. However, the locking pin 41 of the locking device 40 has now been moved from the first position along the direction of the arrow 98 to the second position. To do this, the user has pushed in the locking pin 41 by hand until it snaps into place. The locking pin is held in the second position by the locking device. When the locking pin 41 is in the second position, the charging lever 20 can now be turned over.

figure 5 represents a fifth snapshot. The charging lever 20 or the handle 22 is guided out of the first recess 14 in direction 98 and is now folded over to the right.

6 shows a sixth snapshot, which shows the charging lever 20 or the handle 22 in the middle, i.e. between the housing section 16 and the safety element 41.

7 shows a seventh snapshot. The charging lever 20 or the handle 22 is now partially folded over to the right. In this snapshot, the handle 22 is still being held by hand in the area of the second recess 15 .

8 shows an eighth snapshot. The charging lever 20 and the grip 22, which are covered by the weapon housing 10, are now in the rear end position in the second guide slot 12, analogous to the position of the charging lever 20 in 2 .

9 shows a ninth snapshot. The locking pin 41 has been transferred from the second position back to the first position.

10 shows a tenth snapshot. This view shows the weapon housing 10 or the self-loading firearm 100 from the right side. The loading lever is now within the second guide slot 12 in its front end position. The locking lug of the loading lever 20 is locked in the opposite second recess 17 .

The reloading lever 20 has now been moved from the first guide slot 11 via the first recess 13 into the second guide slot 12 . The reloading lever 20 is moved from right to left in a similar manner.

At this point it is pointed out that the steps explained above can also be carried out in a different sequence. This is how the transfer of the safety device from the first position to the second position ( 4 ) also possible at another time. for example at the time of the snapshot 1 . It is not necessary to place the charging lever in the recess 14. Folding can also take place without snapping into the respective recess 14 or 15. However, it is expedient to allow the charging lever 20 to snap into the respective recess 14 or 15 if the locking pin 41 has not yet been moved into the second position.

11 shows the through-loading device in an exploded view. Accordingly, the loading device comprises an essentially L-shaped loading lever 20 which has a profiled handle 22 on one of its leg ends and a latching element 23 designed as a latching lug on its other leg end. The locking lug is directed to the front, i.e. in the direction of 99.

The loading lever 20 can be replaced by a (in 11 hidden) oblong hole to be inserted laterally into the through-loading tube 21. A torsion spring 24 is arranged in such a way that it rests with one leg on the loading tube 21 and with the other leg in the loading lever 20 . A pin 25, which is guided through the winding of the torsion spring 24 and corresponding bores in the charging lever 20 and charging tube 21, is fixed the charging lever 20 on or in the charging tube 21. The pin 25 also forms that axis about which the charging lever 20 can be pivoted against or with the force or moment of the torsion spring 24. The torsion spring is used prestressed so that it always exerts a moment on the locking lug 23 in the direction of the second or third recess 14 , 15 opposite the grip 22 . This always enables the loading lever 20 to latch securely in the front end position. Against the force of the torsion spring 24, the detent 23 can be guided out of the corresponding recess 14, 15 by the user in order, for example, to carry out a loading process or to move the loading lever.

On the side opposite the covered slot, the through-loading tube has a further slot 26 and an open slot 27 , which are separated by a web 28 . A part of the charging lever 20 can be moved through the elongated hole 26 extending in the longitudinal direction. In other words, the elongated hole 26 provides a pivoting radius for pivoting the charging lever 20 . The locking lug 23 can engage in the second or third recess 14 or 15 through the elongated hole 27 . A region 29 of the charging lever 20 can come to rest on the web 28 .

12 shows loading lever 20 and loading tube 21 in an assembled state in a perspective view. The handle 22, the pin 25, the elongated holes 26, 27 and the bridge 28 can also be seen.

13 shows a plan view of the weapon housing 10 and in 11 and 12 through-loading device described in more detail in a section. The first guide link 11 and the second recess 17 in its extension are arranged on the left of the weapon housing. The second guide link 12 and in its extension the third recess 18 are arranged on the right of the weapon housing. The charging lever 20 is guided in the first guide slot 11 and is in its front end position. The locking lug 23 of the charging lever 20 is locked in the third recess 18 .

For this purpose, the locking lug 23 is pressed through the elongated hole 27 of the loading tube 21 by the spring moment of the torsion spring, not shown. The locking lug 23 engages through the slot 27 and into the recess 18 and is located at a limit of Recess 18 on. The charging lever 20 and thus the charging tube 21 are thus fixed to the weapon housing 10 . The charging lever can be pivoted about the axis of the pin 25 and can be unlocked by pivoting the handle.

14 shows the charge-through lever 13 in an unlocked state. For this purpose, the handle 22 was first pivoted in the direction of the arrow 97 about the axis of the pin 25 and then moved in the direction 98 . It is easy to see in this view that the third recess 18 extends backwards longer on the outside of the weapon than on the inside of the weapon. In other words, the third recess 18 has a trapezoidal cross section. This profile, which tapers from the outside inwards, causes the locking lug 23 to engage securely and makes it more difficult for the locking lug 23 to unlock unintentionally in the locked state. The second recess 17 has a corresponding geometry, ie also a trapezoidal cross section.

15 shows the section of the 13 in a vertical section. Loading lever 20 and loading tube 21 are therefore in the front end position in an unlocked state. This view clearly shows that the securing element 41 completely covers the first recess 13 in the axial direction and at least partially covers the housing section 16 of the weapon housing 10 . However, it is also conceivable to provide a securing element that only partly covers the recess 13 . With a corresponding thickness of the charging lever 20, it is sufficient if the securing element 41 covers the recess 13 only half or only two thirds or in an area lying in between.

Figures 16 to 19 show the weapon housing 10 or the self-loading firearm 100 in a complete view, where 16 and 18 a left side perspective and a right side perspective, respectively, and 17 and 19 show a side view of the left and the right side of the semi-automatic firearm.

The charging lever 20 or the handle 22 is guided in the first guide slot and is in the front end position in the locked state. The extended picatinny rail 30 includes the safety device 40 with a safety pin 41 located in the first position. In this position the turning of the Charging lever 20 or handle 22 is not possible. The second recess 17 is arranged as an extension of the first guide link 11 . For this purpose, the locking pin 41 protrudes beyond the recess 13 which connects the first guide link 11 to the second guide link 12 . The shank 60 is arranged opposite the mouth 50 . Incidentally, the explanations 1 referred.

20 finally shows the self-loading firearm 100 and the weapon housing 10 of FIG 17 , but without loading lever. It is easy to see that the first guide link 11 and the second recess 17 are arranged axially symmetrically and, moreover, in alignment with one another. The same applies to the second guide link 12 and the third recess 18.

Further refinements of the invention will become apparent to those skilled in the art within the scope of the following claims and the accompanying drawings.

Claims (25)

Weapon housing (10) for a self-loading firearm (100) which has a breech block guided in a longitudinally movable manner in the weapon housing (10), with:
a first guide slot (11) within which a loading lever (20) can be moved to move a loading tube (21) which can be brought or is in contact with the breech, characterized by a first guide slot ( 11) connected second guide link (12), within which the loading lever (20) can be moved to move the loading pipe (21), so that the loading lever (20) can be operated either on the left or on the right, Weapon housing (10) according to Claim 1 , characterized in that the first recess (13) connects a respective rear area of the first and second guide link (11, 12) to one another. Weapon housing according to Claim 1 or 2 , characterized in that the first and second guide slot (11, 12) each have a recess (14, 15) for locking the loading lever (20), so that the loading lever (20) is on the left or right side of the weapon housing ( 10) can be locked. Weapon housing according to Claim 3, characterized in that the respective recess (14, 15) is provided in the first recess (13). Weapon housing according to Claim 3 or 4, characterized in that the respective recess (14, 15) extends in the direction of the muzzle (50) of the weapon housing (10), in particular has a semicircular extension. Weapon housing according to one of Claims 3 to 5 , characterized in that the two recesses (14, 15) are separated from one another by a housing section (16) of the weapon housing (10), the housing section (16) having the two recesses (14, 15) in Protrudes towards the shaft (60) of the weapon housing (10). Weapon housing according to one of Claims 1 to 6, characterized in that a safety device (40) with a safety element (41) is provided. which can be moved from a first position to a second position and vice versa, the securing element (41) in the first position preventing the transfer of the charging lever (20) from the first guide link (11) to the second guide link (12) or vice versa, and allows this transfer in the second position, and the securing device (40) is set up to hold the securing element (41) at least in the first position. Weapon housing according to Claim 7, characterized in that the securing element (41) is arranged on the weapon housing (10) or on a component connected to the weapon housing (10). Weapon housing according to Claim 7 or 8 , characterized in that the securing element (41) is arranged in or on a profile rail (30) arranged on an upper side of the weapon housing (10), Weapon housing according to one of Claims 7 to 9, characterized in that the securing element (41) is designed as a securing pin which in particular has a circular or polygonal cross section. Weapon housing according to one of Claims 7 to 10, characterized in that the securing element (41) is arranged to be longitudinally movable and spring-mounted, and by pressing against the force of the spring from the first position into the second position and with the force of the spring from the second position can be brought into the first position. Weapon housing according to one of Claims 7 to 10, characterized in that the securing element (41) is mounted in an articulated manner and can be pivoted about an axis from the first position into the second position and vice versa. Weapon housing according to claim 11, wherein the securing device comprises a gear that interacts with the spring such that the securing element (41) in the first position and in the second position can be maintained without the action of an external force. Weapon housing according to one of Claims 1 to 13, characterized in that the weapon housing (10) has at least one counter-lock (17, 18) for locking in a locking element (23), in particular a locking lug, of the charging lever (20), such that the charging lever (20) can be fixed both in the first guide link (11) and in the second guide link (12) during a breech movement on the weapon housing (10). Weapon housing according to Claim 14, characterized in that the at least one counter-locking device is formed by a second recess (17) and a third recess (18) in the weapon housing (10). Weapon housing according to Claim 15, characterized in that the second and third recesses (17, 18) are arranged axially between the muzzle (50) and the respective guide link (11, 12). Weapon housing according to Claim 16 , characterized in that the first guide link (11) and the second recess (17) and the second guide link (12) and third recess (18) are arranged essentially aligned with one another in the axial direction. Weapon housing according to one of Claims 15 to 17, characterized in that the second and third recesses (17, 18) are polygonal, in particular rectangular. Self-loading firearm, characterized in that it is equipped with a weapon housing according to one of Claims 1 to 18, Self-loading firearm according to claim 19, characterized in that a loading tube that is longitudinally movable in the weapon housing and can be brought into contact with the breech, a charging lever for moving the charging tube, and a spring mechanism (24). in particular a torsion spring, is provided for supporting the loading lever on the loading tube, and the charging lever is pivotable about an axis running vertically to the bore axis of the self-loading firearm with and against the spring force of the spring mechanism, with a latching element of the charging lever being latchable in a first pivoting direction in a counter-latch (17, 18) on the weapon housing and in an opposite second pivoting direction from the counter-lock (17, 18) can be unlocked. Profile rail (30) for a weapon housing (10) according to one of claims 1 to 18 or for a self-loading firearm (100) according to claim 19 or 20, characterized. that the profile rail comprises a safety device (40) with a safety element (41) on its end face pointing in the direction of the mouth (50), wherein the safety element can be brought from a first position into a second position and vice versa, and the safety device (40) is set up for this purpose . to hold the securing element (41) at least in the first position. Profile rail according to Claim 21, characterized in that the securing element (41) is arranged to be longitudinally movable and spring-mounted, and by pressing against the force of the spring from the first position into the second position and with the force of the spring from the second position into the first position is deliverable, Profile rail according to Claim 21, characterized in that the securing element (41) is mounted in an articulated manner and can be pivoted about an axis from the first position into the second position and vice versa. Profile rail according to Claim 22, characterized in that the safety device (40) comprises a gear which interacts with the spring in such a way that the safety element (41) can be held in the first position and in the second position without the action of an external force. Profile rail according to one of Claims 21 to 24, characterized in that the securing element (41) is designed as a pin, in particular as a cylindrical, angular or oval pin.

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