WO2023055313A1 - Weapon carrying apparatus - Google Patents

Weapon carrying apparatus Download PDF

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Publication number
WO2023055313A1
WO2023055313A1 PCT/TR2021/051285 TR2021051285W WO2023055313A1 WO 2023055313 A1 WO2023055313 A1 WO 2023055313A1 TR 2021051285 W TR2021051285 W TR 2021051285W WO 2023055313 A1 WO2023055313 A1 WO 2023055313A1
Authority
WO
WIPO (PCT)
Prior art keywords
weapon
molle
weapons
holder
carrying apparatus
Prior art date
Application number
PCT/TR2021/051285
Other languages
French (fr)
Inventor
Alper GÖRGÜLÜ
Original Assignee
Gürbağ Savunma Ve Teknoloji̇ Sanayi̇ Ti̇caret Anoni̇m Şi̇rketi̇
Priority date (The priority date is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the date listed.)
Filing date
Publication date
Application filed by Gürbağ Savunma Ve Teknoloji̇ Sanayi̇ Ti̇caret Anoni̇m Şi̇rketi̇ filed Critical Gürbağ Savunma Ve Teknoloji̇ Sanayi̇ Ti̇caret Anoni̇m Şi̇rketi̇
Publication of WO2023055313A1 publication Critical patent/WO2023055313A1/en

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Classifications

    • F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
    • F41—WEAPONS
    • F41C—SMALLARMS, e.g. PISTOLS, RIFLES; ACCESSORIES THEREFOR
    • F41C23/00—Butts; Butt plates; Stocks
    • F41C23/16—Forestocks; Handgrips; Hand guards
    • F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
    • F41—WEAPONS
    • F41C—SMALLARMS, e.g. PISTOLS, RIFLES; ACCESSORIES THEREFOR
    • F41C33/00—Means for wearing or carrying smallarms

Definitions

  • This invention relates to a weapon carrying apparatus, which enables machine guns and similar heavy weapons used by attaching to molle channels used in defense industry and found in steel ballistic vests, assault vests, tactical vests and military backpacks to be carried by military personnel alone and to shoot with these weapons using one hand and which provides ease of use with its rotation capability.
  • the personnel can shoot using both hands while shooting, and it causes difficulties and many disadvantages related to these difficulties regarding the carrying the weapon or ammunition in question, from one place to another.
  • Over- the- shoulder supported systems are used for the use of machine guns and similar heavy weapons. These systems, being useful for not carrying but rather for shooting support, they again require the use of two hands while shooting.
  • the weight of the weapons and ammunition carried weighs over the shoulder of the user personnel while carrying and may cause various injuries.
  • these over- the- shoulder supported systems carry the risk of tripping when the personnel enters and exits lower places and may restrict the movements of the personnel. In current situations, most of the times, belt-like apparatus that can be attached to weapons or ammunition can be used.
  • the shoulder strap apparatus restricts the user's mobility in emergencies while the user is carrying the gun. It also makes it difficult to shoot quickly during shooting or aiming when the user has to use the weapons at once. Since the shoulder strap is not fixed while the user is carrying the guns, the gun restricts the user and slows down the user's movement by moving according to the center of gravity. In the long run, while the user carries the weapons and ammunition with the shoulder strap in question, the weight of the weapons is not evenly distributed throughout the body, causing the user to get tired. While carrying these weapons with the shoulder strap, the user always has to use at least one hand to keep the weapons balanced. In addition, while the military personnel are carrying the weapons with the shoulder strap, there is a clatter due to the hitting or rubbing of the weapons against the other materials on the personnel. Such cases can cause a negative situation during military operations.
  • over-the- shoulder supported model As a weapon carrying support system.
  • the over-the- shoulder supported model is more suitable for use on shooting support.
  • the weapon carrying apparatus in the invention which is the subject of the application, is used both during shooting and carrying. In the over-the- shoulder supported model, the use of two hands is required while shooting. As regards the weapon carrying apparatus in the invention, which is the subject of the application, it is shot with one hand.
  • the over-the- shoulder supported model carries the risk of tripping when entering and exiting lower places. Since the size of the weapon-carrying apparatus in the invention subject to the application is quite small compared to the over- the- shoulder supported model, there is no such risk.
  • the weapon-carrying apparatus in the invention which is the subject of the application, is a mechanism that takes up very little space, the carrying is realized by placing them in the molle channels on the vests.
  • the weaponcarrying apparatus in the invention that is the subject of the application is suitable for being used everywhere.
  • a weapon-carrying system is mentioned in the Turkish patent document numbered TR2019/09459 and dated 25.06.2019, which is in the recognized state of the technique.
  • the invention given in the document in question relates to a weapon carrying system used to increase the being practical and fast movement capability of the soldier during the carrying and use of firearms.
  • the invention is particularly related with the bridged fixed plate which enables to be fixed on the body while wearing by strap, the slide plate which helps the adjustment of the gun by sliding up and down , connected to the bridged fixed plate, the intermediate degree plate, normally vertical, which allows to be ready for shooting by being placed horizontally by creating rotational movement connected to the slide plate and the gun system which includes a weapon hanging plate, connected with the intermediate degree plate which enables to be weapon to be hung on the system.
  • the bridged fixed plate which enables to be fixed on the body while wearing by strap
  • the slide plate which helps the adjustment of the gun by sliding up and down
  • the intermediate degree plate normally vertical, which allows to be ready for shooting by being placed horizontally by creating rotational movement connected to the slide plate
  • the gun system which includes a weapon hanging plate, connected with the intermediate degree plate which enables to be weapon to be hung on the system
  • the weapon carrying apparatus in the invention which is the subject of the application, uses a completely different mechanism compared to the over-the- shoulder supported model.
  • the mechanism holding the gun works by attaching to the molies in the vests.
  • the weapon carrying apparatus in the invention which is the subject of the application, provides ease of use and carrying with its very small size compared to the over-the- shoulder supported model. It is difficult for one single personnel to carry a machine gun alone. With the help of the weaponcarrying apparatus in the invention, subject to the application, one personnel will be able to use a machine gun alone and with one hand during operations. With the help of the weapon-carrying apparatus in the invention, subject to the application, he will be able to move more easily from one place to another with the machine gun.
  • a weapon carrying apparatus has been designed and produced in order to provide ease of carrying heavy machine guns and infantry rifles with a mechanism attached to the molle channels in steel ballistic vests, assault vests, tactical vests, and military backpacks.
  • the weapon-carrying apparatus in the invention that is the subject of the application can be attached to the sheaths of all equipment (pistol, medical kit, radio, charger, knife) on tactical vests. It is aimed to minimize the muscle fatigue of the carrier personnel with the weapon-carrying apparatus included in the invention, which is the subject of the application.
  • the weapon carrying apparatus in a different implementation of the invention uses a completely different mechanism compared to the over-the- shoulder supported model.
  • the mechanism holding the gun works by attaching to the molies in the vests.
  • the weapon-carrying apparatus in the invention which is the subject of the application, provides ease of use and carrying with its very small size compared to the over-the- shoulder supported model. It is difficult for one single personnel to carry a machine gun alone. By the help of the weapon-carrying apparatus in the invention, which is the subject of the application, personnel will be able to use a machine gun alone and with one hand during operations.
  • the weapon-carrying apparatus in the invention which is the subject of the application, he will be able to move more easily from one place to another with the machine gun. It has been determined that the personnel have difficulties in carrying weapons during long-distance movements and during keeping long-term armed guards; thus, a weapon carrying apparatus has been designed and produced in order to provide ease of carrying heavy machine guns and infantry rifles with a mechanism attached to the molle channels in steel ballistic vests, assault vests, tactical vests, and military backpacks.
  • the weapon-carrying apparatus in the invention that is the subject of the application can be attached to the sheaths of all equipment (pistol, medical kit, radio, charger, bayonet) on tactical vests.
  • the carrier wing which is attached to the molle, can move with an angle of 90 degrees on the horizontal axis.
  • the pistol grip, on which the gun is placed can be adjusted on the vertical axis and can rotate 180 degrees on the link bearing to which it is angularly attached.
  • the object of this invention is to produce a weapon-carrying apparatus that works by attaching to the molies in the vests.
  • Another object of this invention is to realize a weapon carrying apparatus that enables the machine guns and similar heavy weapons, that are one of the most effective elements in the operation field or in the engagement environment, to be carried and used by one single personnel.
  • Another object of this invention is to realize a weapon carrying apparatus that enables the machine guns and similar heavy weapons, that are one of the most effective elements in the operation field or in the engagement environment, to be carried and used by one single personnel and to enable this use to be realized by single hand, as well.
  • Another object of this invention is to realize a weapon carrying apparatus that enables the machine guns and similar heavy weapons to be carried and used by one single personnel, and also, convenience, speed and advantage in the operation area and in the engagement area, with the help of this use which can be performed by single hand.
  • Another object of this invention is to realize a weapon carrying apparatus that makes it possible for the relevant military personnel or security forces to move from one place to another more easily with machine guns and similar heavy weapons.
  • Another object of this invention is to realize a weapon carrying apparatus that enables the personnel to advance more flexibly and rapidly by enabling the relevant military personnel or security forces to move more easily from one place to another with machine guns and similar heavy weapons.
  • Another object of this invention is to realize a weapon-carrying apparatus that not only allows the carrying of weapons during the shooting like other systems but also provides it to be carried easily except from the operation.
  • Another object of this invention is to realize a weapon-carrying apparatus that does not carry the risk of tripping when entering and exiting lower places without the need to use both hands.
  • Another object of this invention is to realize a weapon-carrying apparatus that provides ease of use and carrying with its very small size.
  • Another object of this invention is to realize a weapon-carrying apparatus that enables the personnel to use a machine gun alone by himself and with one hand, during the operations.
  • Another object of this invention is to realize a weapon-carrying apparatus that enables the user to move from one place to another more easily with the machine gun.
  • Another object of this invention is to realize a weapon-carrying apparatus that provides ease of carrying heavy machine and infantry rifles through a mechanism attached to molle channels in steel ballistic vests, assault vests, tactical vests, and military backpacks in order to minimize the muscle fatigue, since it is detected that personnel has difficulty in carrying weapons during long-distance movements and long-term armed guards.
  • Another object of this invention is to realize a weapon-carrying apparatus that can be attached to the sheaths of all equipment (gun, medical kit, radio, magazine) on tactical vests.
  • Another object of the present invention is to realize a weapon carrying apparatus that minimizes the muscle fatigue of the carrier personnel.
  • Another object of the present invention is to realize a weapon carrying apparatus that allows the user to move, as the pistol, on which the weapon is placed, can be adjusted on the vertical axis and can rotate 180 degrees on the link bearing to which it is angularly connected.
  • a weapon carrying apparatus as defined in the first claim and other claims depending on this claim, realized in order to achieve the object of the present invention, consists of a weapon holder, carrier wing, link bearing, link pin, and connector.
  • the molle connection piece on the carrier wing is inserted into at least THREE channels of the molle channels on the molle of the tactical vest.
  • the vest molle is placed in the molle cavity and stays fixed between the insert extension and the connection extension.
  • the carrier joint can move horizontally with the link bearing to which it is attached.
  • the pistol which is connected to the link bearing with the link end can also be made to rotate around the centerline of the weapon holder through the wing mounting rod.
  • the weapon body or grip is placed between the gripping edges in the gripper clamp in the weapon holder.
  • the distance between the gripping edges in the gripper clamp can be adjusted to be between 38 mm and 62 mm.
  • the gripper clamp includes gripping edge, gripping gap and wadding arm.
  • the weapon body is placed in the gripping gap in the gripper clamp. It is ensured that the weapon or equipment placed in the gripping gap through the stemming arm is fixed by tightening the gripping edges.
  • the movement end at the end of the wing mounting rod enables the gripper clamp to move by making angular movements in the horizontal and vertical axes.
  • the weapon can be carried by using the weapon-carrying apparatus or used during the operation without the need for the user to use both hands.
  • a weapon-carrying apparatus consists of a pistol holder, carrier wing, link bearing, second link pin, and insulating wedge.
  • the molle connecting piece on the carrier wing is inserted into at least three channels of the molle channels, the snap extension of which is on the molle of the tactical vest.
  • the vest molle is placed in the molle cavity and stays fixed between the snap extension and the connection extension.
  • the carrier joint can move horizontally at an angle of 90 degrees with the link bearing to which it is attached.
  • the picatinny can be made to rotate around the central axis of the pistol.
  • picatinny holder rotates around its central axis by means of the arm bedding extension of the gun holder which is attached to the connection bedding with the connection end.
  • the passage channel located in the holder stem of the gun holder is fastened by fixing to the picatinny rail at the bottom of the gun.
  • the picatin rail, located at the bottom of the gun is placed in the passage channel in the holder body.
  • the holder body can rotate around its central axis.
  • the carrier joint in the link bearing to which the gun handle is attached makes a 90- degree rotation movement.
  • the rubber wedge limits the movement of the carrier joint to the right and left as 45 degrees to the right and left.
  • Figure 1 Perspective view of the weapon-carrying apparatus.
  • Figure 2 Perspective view of the weapon-carrying apparatus from a different angle.
  • FIG. 1 Exploded view of the weapon carrying apparatus.
  • Figure 4 Perspective view of the weapon holder.
  • Figure 6 Perspective view of the carrier wing.
  • FIG. 1 Perspective view of another implementation of the weapon carrying apparatus.
  • Figure 8 Perspective view of the weapon-carrying apparatus from a different angle.
  • Figure 9 Perspective view of the rotated version of another execution of the weapon carrying apparatus.
  • FIG. 10 Exploded view of another implementation of the weapon carrying apparatus.
  • Figure 11 Perspective view of another implementation of the pistol holder.
  • Figure 13 Perspective view of the carrier wing.
  • Figure 14 Perspective view of the weapon placed on the weapon-carrying apparatus.
  • FIG. 1 Exploded view of the weapon placed on the weapon carrying apparatus.
  • FIG. 16 Perspective view of the weapon carrying apparatus with the molle lock system.
  • a weapon carrying apparatus (1) used in the defense industry, which is used by attaching to the molle channels in the vests, enabling the military personnel and security forces to carry machine guns and similar heavy weapons alone, and to shoot with these weapons using one hand in its most basic form comprises at least one weapon holder (2), which comprises at least one gripper clamp (2.1) on which the bodies of machine guns and similar heavy weapons are placed, which moves horizontally and vertically, and which ensures that machine guns and similar heavy weapons are fixed for carrying, at least one gripper clamp (2.1), on which machine guns and similar heavy weapons are placed, which the weapons are attached to and removed from and which allows the weapons placed on it to move in the horizontal and vertical axis, at least one carrier wing (3) connected to the weapon holder (2), comprising at least one bearing joint (3.1) and at least one molle connector (3.2),
  • the weapon carrying apparatus (1) which is the subject of the application, is used in the defense industry.
  • the weapon carrying apparatus (1) is used by attaching to the molle channels in the vests.
  • the weapon carrying apparatus (1) enables military personnel and members of the security forces to carry machine guns and similar heavy weapons alone and to shoot with these weapons using one hand.
  • the weapon carrying apparatus (1) provides convenience, speed, and advantage in the operation field and in the conflict area, since machine guns and similar heavy weapons, which are among the most effective elements in the operation field or in the conflict environment, can be carried and used by single personnel, and with one hand.
  • the weapon carrying apparatus (1) which is the subject of the application, enables the relevant military personnel or security forces to move from one place to another more easily with machine guns and similar heavy weapons.
  • the weapon carrying apparatus (1) enables the personnel to advance more flexibly and rapidly since it enables the relevant military personnel or security forces to move more easily from one place to another with machine guns and similar heavy weapons.
  • the weapon carrying apparatus (1) like other systems, provides not only the carrying of weapons during the shooting but also easy transportation outside the operation.
  • the weapon carrying apparatus (1) does not carry the risk of tripping when entering and exiting low places without the need to use two hands.
  • the weapon carrying apparatus (1) provides ease of use and transport with its very small size.
  • the weapon carrying apparatus (1) enables personnel to use a machine gun alone and during one-handed operations.
  • the weapon carrying apparatus (1) enables the user to move from one place to another more easily with the machine gun. Since it is determined that the personnel have difficulties in carrying weapons during longdistance movements and during long-term armed guards, the weapon-carrying apparatus (1) provides ease of carrying heavy machine guns and infantry rifles with a mechanism attached to the molle channels and found in steel ballistic vests, assault vests, tactical vests, and military backpacks.
  • the weapon-carrying apparatus that is the subject of the application can be attached to the sheaths of all equipment (gun, medical kit, radio, magazine, knife) on tactical vests.
  • the weapon carrying apparatus (1) minimizes the muscle fatigue of the carrier personnel.
  • the weapon carrying apparatus (1) includes the weapon holder (2), the carrier arm (3), the connection bearing (4), the link pin (5) and the connection element (6).
  • the weapon holder (2) in an embodiment of the invention moves in the horizontal and vertical axis.
  • the weapon holder (2) ensures that it is fixed for carrying machine guns and similar heavy weapons.
  • the weapon holder (2) consists of a gripper clamp (2.1) and a wing mounting rod (2.2).
  • machine guns and similar heavy weapons are placed on the gripper clamp (2.1) located in the weapon holder (2).
  • the gripper clamp (2.1) is the part, which the guns are attached and removed from.
  • the gripper clamp (2.1) enables the weapons placed on it to move in the horizontal and vertical axis.
  • the gripper clamp (2.1) consists of a gripping edge (2.1.1), a gripping gap (2.1.2), and a wadding arm (2.1.3). Each piece is manufactured from 6061 Aluminum alloy material by machining method.
  • the wing mounting rod (2.2) located in the weapon holder (2) is used in the connection of the weapon holder (2) to the link bearing (4).
  • the wing mounting rod (2.2) consists of a link end (2.2.1) and a movement end (2.2.2).
  • the movement end (2.2.2) at the end of the wing mounting rod (2.2) enables the gripper clamp (2.1) to move by making angular movements in the horizontal and vertical axes.
  • the link end (2.2.1) is inserted into the shaft clearance (4.1) of the link bearing (4).
  • the link bearing (4) is connected to the weapon holder (2) by means of the link end (2.2.1) of the wing mounting rod (2.2) which is inserted into the shaft clearance (4.1).
  • the link bearing (4) connects the carrier wing (3) with the weapon holder (2).
  • the link end (2.2.1) is inserted into the shaft clearance (4.1) in the link bearing (4), it can rotate around the center axis in the shaft clearance (4.1).
  • the weapon holder (2) rotates around its central axis within the shaft clearance (4.1).
  • the carrier wing (3) in an embodiment of the invention is connected to the weapon holder (2).
  • the carrier wing (3) enables the weapon holder (2) to be attached to the vest and fixed.
  • the carrier wing (3) includes the bearing joint (3.1) and the molle connector (3.2).
  • the carrier wing (3) is connected to the molies on the vests via the molle connector (3.2).
  • the carrier wing (3) provides the connection of the molle connector (3.2) with the weapon holder (2).
  • the carrier wing (3) moves horizontally, vertically, and angularly through the bearing joint (3.1).
  • the bearing joint (3.1) in the carrier wing (3) is fixed to the molle connector (3.2) by means of connectors (6).
  • the bearing joint (3.1) includes the swivel extension (3.1.1) and the carrying range (3.1.2).
  • the molle connector (3.2) located on the carrier wing (3) ensures that the weapon holder (2) is fixed to the tactical vests.
  • the molle connector (3.2) includes the snap extension (3.2.1), the molle clearance (3.2.2) and the connection extension (3.2.3).
  • the molle connector (3.2), snap extension (3.2.1) on the carrier wing (3) is passed through any molle of the tactical vest.
  • the molle connector (3.2) snap extension (3.2.1) on the carrier wing (3) is passed through any molle of the tactical vest, the vest molle fits into the molle cavity (3.2.2) and the mold between the snap extension (3.2.1) and the link extension (3.2.3) is fixed.
  • the link bearing (4) in an embodiment of the invention is located between the weapon holder (2) and the carrier wing (3).
  • the link bearing (4) harbors the angular movements of the weapon holder (2) and the carrier wing (3).
  • the link bearing (4) comprises the shaft clearing (4.1) and the link extension (4.2).
  • the connection pin (5) which is included in an embodiment of the invention, enables the weapon holder (2) to rotate around the center axis of the link end (2.2.1).
  • the bearing joint (3.1) on the carrier wing (3) is fixed to the molle connector (3.2) by means of connectors (6).
  • the weapon carrying apparatus (1) comprises the weapon holder (2), the carrier wing (3), the link bearing (4), the link pin (5), and the connector (6).
  • the carrier wing (3) is connected from the bearing joint (3.1) to the link extension (4.2) of the link bearing (4) by passing the link pin (5).
  • the carrier wing (3) is passed from the molle connector (3.2) to the molies in tactical vests.
  • the link bearing (4) is connected to the weapon holder (2) by means of the link end (2.2.1) of the wing mounting rod (2.2) which is inserted into the shaft clearance (4.1).
  • the link bearing (4) connects the carrier wing (3) with the weapon holder (2).
  • the bearing joint (3.1) on the carrier wing (3) is fixed to the molle connector (3.2) by means of connectors (6).
  • the bearing joint (3.1) which is connected to the said molle connecting piece (3.2), can rotate in the position it is attached to.
  • the weapon holder (2), the carrier wing (3), and the link bearing (4) are connected to each other by using link pin (5) and connectors (6) to form the weapon-carrying apparatus (1).
  • the use of the weapon-carrying apparatus (1) in this embodiment of the invention is carried out as follows. Firstly, the molle connector (3.2), snap extension (3.2.1) on the carrier wing (3) are passed through any molle of the tactical vest. When the molle connector (3.2) snap extension (3.2.1) on the carrier wing (3) is passed through any molle of the tactical vest, the vest molle fits into the molle cavity (3.2.2) and the mold between the snap extension (3.2.1) and the link extension (3.2.3) is fixed.
  • the bearing joint (3.1) can move horizontally and vertically together with the link bearing (4) to which it is attached.
  • the weapon holder (2) which is connected to the link bearing (4) with the link end (2.2.1), can be made to rotate around the central axis of the weapon holder (2) by means of the wing mounting rod (2.2).
  • the weapon body or grip is placed between the gripping edges (2.1.1) in the gripper clamp (2.1) on the weapon holder (2).
  • the distance between the gripping edges (2.1.1) in the gripper clamp (2.1) can be adjusted to be between 38 mm and 62 mm. It consists of a gripper clamp (2.1), a gripping edge (2.1.1), a gripping gap (2.1.2), and a wadding arm (2.1.3).
  • the weapon body is placed in the gripping gap (2.1.2) in the gripper clamp (2.1).
  • the weapon or equipment placed in the gripping gap (2.1.2) by means of a wadding arm (2.1.3) is fixed by tightening the gripping edges (2.1.1).
  • the movement end (2.2.2) at the end of the wing mounting rod (2.2) enables the gripper clamp (2.1) to move by making angular movements in the horizontal and vertical axes.
  • the weapon can be carried by using the weapon-carrying apparatus (1) or used during the operation without the need for the user to use both hands.
  • the weapon holder (2) is in the form of Picatinny holder and comprises the holder body (2.3) and the wing mounting extension (2.4).
  • a weapon-carrying apparatus (1) used in the defense industry, which is used by attaching to the molle channels in the vests, enabling the military personnel and security forces to carry machine guns and similar heavy weapons alone, and to shoot with these weapons using one hand, and which provides user convenience with its rotation capability, in its most basic form comprises at least one weapon holder (2) comprising at least one holder body (2.3) in which the bodies of machine guns and similar heavy weapons are placed,
  • the weapon-carrying apparatus (1) in the different embodiment of the invention, which is the subject of the application, is used in the defense industry.
  • the weaponcarrying apparatus (1) is used by attaching to the molle channels in the vests.
  • the weapon-carrying apparatus (1) enables military personnel and members of the security forces to carry machine guns and similar heavy weapons alone and to shoot with these weapons using one hand.
  • the weapon carrying apparatus (1) works by attaching to the molies on the vests.
  • the weapon carrying apparatus (1) ensures that one single personnel can carry and use machine guns and similar heavy weapons, which are among the most effective elements in the operation field or in the conflict environment.
  • the weapon-carrying apparatus (1) ensures that the machine gun and similar heavy weapons, which are among the most effective elements in the operation field or in the conflict environment, can be carried and used by one single personnel, and with one hand.
  • the weapon carrying apparatus (1) provides convenience, speed, and advantage in the operation field and in the conflict area, since machine guns and similar heavy weapons can be carried and used by one single personnel, and with one hand.
  • the weapon carrying apparatus (1) in the different embodiment of the invention, which is the subject of the application, enables the relevant military personnel or security forces to move from one place to another more easily with machine guns and similar heavy weapons.
  • the weapon carrying apparatus (1) enables the personnel to advance more flexibly and rapidly since it enables the relevant military personnel or security forces to move more easily from one place to another with machine guns and similar heavy weapons.
  • the weapon carrying apparatus (1) like other systems, provides not only the carrying of weapons during the shooting but also easy transportation outside the operation.
  • the weapon carrying apparatus (1) does not carry the risk of tripping when entering and exiting low places without the need to use two hands.
  • the weapon carrying apparatus (1) provides ease of use and transport with its very small size.
  • the weapon carrying apparatus (1) enables personnel to use a machine gun alone and during one-handed operations.
  • the weapon carrying apparatus (1) enables the user to move from one place to another more easily with the machine gun. Since it is determined that the personnel have difficulties in carrying weapons during long-distance movements and during longterm armed guards, the weapon-carrying apparatus (1) provides ease of carrying heavy machine guns and infantry rifles with a mechanism attached to the molle channels and found in steel ballistic vests, assault vests, tactical vests, and military backpacks.
  • the weapon-carrying apparatus (1) in a different embodiment of the invention that is the subject of the application can be attached to the sheaths of all equipment (gun, medical kit, radio, magazine) on tactical vests.
  • the weapon carrying apparatus (1) minimizes the muscle fatigue of the carrier personnel.
  • the weapon carrying apparatus (1) offers the user the opportunity to move, as the weapon holder, on which the weapon is placed, can be adjusted on the vertical axis and can rotate 360 degrees on the link bearing to which it is angularly attached.
  • the weapon carrying apparatus (1) includes the weapon holder (2), the carrier wing (3), the link bearing (4), the second link pin (5), and the non-conductor stopper wedge (7).
  • the weapon holder (2) in an embodiment of the invention moves in the horizontal and vertical axis.
  • the weapon holder (2) is in the form of a Picatinny holder in this embodiment of the invention.
  • the weapon holder (2) ensures that it is fixed for carrying machine guns and similar heavy weapons.
  • the weapon holder (2) comprises the holder body (2.3) and the wing mounting extension (2.4).
  • machine guns and similar heavy weapons are placed on the holder body (2.3) located in the weapon holder (2).
  • the holder body (2.3) is the part, which the weapons are attached and removed from.
  • the holder body (2.1) enables the weapons placed on it to move in the horizontal and vertical axis.
  • the holder body (2.3) can also rotate 360 degrees around its central axis.
  • the holder body (2.3) includes the passage channel (2.3.1) and the enclosure extension (2.3.2).
  • the Picatinny rail of the weapon is inserted into the passage channel (2.3.1) in the holder body (2.3).
  • the gun is fixed on the holder body (2.3).
  • the first link pin (3.4) connects the bearing joint (3.1), the molle connecting piece (3.2), and the knuckle bearing (3.5) between them.
  • the bearing joint (3.1), which is bedded thanks to the knuckle bearing (3.5) and the first link pin (3.4) can move axially to the right and left. This axial movement is limited to 45 degrees to the right and left by the insulating wedge (7) mounted on the bearing joint (3.1).
  • the link bearing (4) is connected to the bearing joint (3.1) by means of the second link pin (5). By means of the second link pin (5), the link bearing (4) can move to the right and left.
  • the weapon holder (2) which is mounted on the Picatinny rail of the gun, is attached to the link bearing (4).
  • the wing mounting extension (2.4) located in the weapon holder (2) is used in the connection of the weapon holder (2) to the link bearing (4).
  • the wing mounting extension (2.4) includes connection gap (2.4.1).
  • the connection gap (2.2.1), located at the end of the wing mounting extension (2.4), enables the holder body (2.1) to move by making angular movements in the horizontal and vertical axes.
  • Fixing shaft (4.4) is inserted into the connection gap (2.4.1).
  • the link bearing (4) is connected to the pistol (2) via the end of the arm bearing extension (4.3) which is inserted into the connection gap (2.4.1).
  • the link bearing (4) connects the carrier wing (3) with the weapon holder (2).
  • connection gap (2.4.1) When the fixing shaft (4.4) is inserted into the connection gap (2.4.1), the fixing shaft (4.4) can rotate around its central axis in the connection gap (2.4.1). Thus, it can be ensured that the weapon holder (2) rotates around its central axis within the connection gap (2.4.1).
  • the carrier wing (3) in an embodiment of the invention is connected to the weapon holder (2).
  • the carrier wing (3) enables the weapon holder (2) to be attached to the vest and fixed.
  • the carrier wing (3) includes the bearing joint (3.1), molle connector
  • the carrier wing (3) is connected to the molies on the vests via the molle connector (3.2).
  • the carrier wing (3) provides the connection of the molle connector
  • the carrier wing (3) moves horizontally, vertically, and angularly through the bearing joint (3.1).
  • the bearing joint (3.1) in the carrier wing (3) is fixed to the molle connector (3.2) by means of the first connection pin (3.4).
  • the bearing joint (3.1) comprises the swivel extension (3.1.1) and the carrying range (3.1.2).
  • the molle connector (3.2) located on the carrier wing (3) ensures that the weapon holder (2) is fixed to the tactical vests.
  • the molle connector (3.2) includes the snap extension (3.2.1), the molle clearance (3.2.2), and the pin clearance (3.2.4).
  • the molle connector (3.2) is fixed to the link bearing (4) with the first connection pin (3.4) inserted into the pin clearance (3.2.4).
  • the molle connector (3.2) on the carrier wing (3), snap extension (3.2.1) is passed through any molle of the tactical vest.
  • the molle connector (3.2) snap extension (3.2.1) on the carrier wing (3) is passed through any molle of the tactical vest, the vest molle fits into the molle cavity (3.2.2) and the mold between the snap extension (3.2.1) and the link extension (3.2.3) is fixed.
  • the second link pin (5) which is included in an embodiment of the invention, is inserted into the pin cavity (3.2.4) of the molle connecting piece (3.2).
  • the bearing joint (3.1) on the carrier wing (3) is fixed to the molle connector (3.2) by means of the second link pin (5).
  • a molle lock system (3.7) on the carrier wing (3) in the weapon-carrying apparatus (1) which is included in an embodiment of the invention, which provides the connection to the molle. Thanks to the molle lock system (3.7), the weaponcarrying apparatus (1) is completely fixed to the molle channels and the up and down movement of the mechanism in the molle channels is prevented.
  • the lock system (3.7) is attached to the mechanism by being pressed from the edges of the molle connector (3.2) and ensures that the molle connector (3.2) is locked there.
  • the lock system (3.7) is fixed by staying between the protrusions that will prevent the lock at the end of the molle connection piece (3.2) from coming off and the molle channels in the vests.
  • the assembly and use of the weapon-carrying apparatus (1) in the different embodiment of the invention explained above is carried out as follows. It consists of the weapon carrying apparatus (1), the weapon holder (2), the carrier wing (3), the link bearing (4), the second link pin (5) and the insulating wedge (6).
  • the carrier wing (3) is connected from the carrier joint (3.1) by passing the fixing pin (4.3) of the link bearing (4) into the connection gap (2.2.1).
  • the carrier wing (3) is passed from the molle connector (3.2) to the molies in tactical vests.
  • the link bearing (4) is connected to the fixing pin (4.4).
  • the link bearing (4) connects the carrier wing (3) with the weapon holder (2).
  • the fixing pin (4.4) can rotate around its center axis in the connection gap (2.4.1).
  • the bearing joint (3.1) on the carrier wing (3) is fixed to the molle connector (3.2) by means of the second link pin (5).
  • the bearing joint (3.1), which is connected to the said molle connector (3.2), can rotate in the position it is attached to.
  • the weapon holder (2), the carrier wing (3) and the link bearing (4) are connected to each other by using the second connection pin (5) and insulating wedges (7) to form the weapon carrying apparatus (1).
  • the weapon-carrying apparatus (1) in the different embodiment of the invention explained above is carried out as follows. Firstly, the molle connector (3.2), snap extension (3.2.1) on the carrier wing (3) are passed through any molle of the tactical vest. When the molle connector (3.2) snap extension (3.2.1) on the carrier wing (3) is passed through any molle of the tactical vest, the vest molle fits into the molle cavity (3.2.2) and the mold between the snap extension (3.2.1) and the link extension (3.2.3) is fixed.
  • the weapon can be carried by using the weapon-carrying apparatus (1) or used during the operation without the need for the user to use both hands.

Abstract

This invention relates to a weapon-carrying apparatus (1), which is used in defense industry by attaching to the molle channels in vests, which enables machine guns and similar heavy weapons to be carried by military personnel and security forces alone and to shoot with these weapons using one hand, which can easily be used in narrow spaces with low mobility and weapon holding capability thanks to its small size, and which provides ease of use with its ability to rotate.

Description

WEAPON CARRYING APPARATUS
Field of Invention
This invention relates to a weapon carrying apparatus, which enables machine guns and similar heavy weapons used by attaching to molle channels used in defense industry and found in steel ballistic vests, assault vests, tactical vests and military backpacks to be carried by military personnel alone and to shoot with these weapons using one hand and which provides ease of use with its rotation capability.
The Prior Art
Today, when technology gathers steam and this progress is largely reflected on defense industry, although the human factor is tried to be removed from the operation area or the engagement environment and unmanned systems are used instead, the most important element in the sector is the human factor and power in the operation area. Some of the military personnel or security personnel charged in the military and security fields are obliged to carry weapons. Many technical equipment, weapons and ammunition-like elements are used in the field by military personnel and security forces. Among these the machine guns and similar heavy weapons take the lead. Machine guns and similarly the heavy weapons, which are one of the most effective elements in the operation field or in the gunfight environment can only be used by being carried by more than one personnel. In addition, the personnel can shoot using both hands while shooting, and it causes difficulties and many disadvantages related to these difficulties regarding the carrying the weapon or ammunition in question, from one place to another. Today, over- the- shoulder supported systems are used for the use of machine guns and similar heavy weapons. These systems, being useful for not carrying but rather for shooting support, they again require the use of two hands while shooting. Moreover, the weight of the weapons and ammunition carried, weighs over the shoulder of the user personnel while carrying and may cause various injuries. In addition, these over- the- shoulder supported systems carry the risk of tripping when the personnel enters and exits lower places and may restrict the movements of the personnel. In current situations, most of the times, belt-like apparatus that can be attached to weapons or ammunition can be used. It is not possible to ergonomically carry the apparatus like shoulder strap. Besides, the shoulder strap apparatus restricts the user's mobility in emergencies while the user is carrying the gun. It also makes it difficult to shoot quickly during shooting or aiming when the user has to use the weapons at once. Since the shoulder strap is not fixed while the user is carrying the guns, the gun restricts the user and slows down the user's movement by moving according to the center of gravity. In the long run, while the user carries the weapons and ammunition with the shoulder strap in question, the weight of the weapons is not evenly distributed throughout the body, causing the user to get tired. While carrying these weapons with the shoulder strap, the user always has to use at least one hand to keep the weapons balanced. In addition, while the military personnel are carrying the weapons with the shoulder strap, there is a clatter due to the hitting or rubbing of the weapons against the other materials on the personnel. Such cases can cause a negative situation during military operations.
In current situations, there is an over-the- shoulder supported model as a weapon carrying support system. The over-the- shoulder supported model is more suitable for use on shooting support. The weapon carrying apparatus in the invention, which is the subject of the application, is used both during shooting and carrying. In the over-the- shoulder supported model, the use of two hands is required while shooting. As regards the weapon carrying apparatus in the invention, which is the subject of the application, it is shot with one hand. The over-the- shoulder supported model carries the risk of tripping when entering and exiting lower places. Since the size of the weapon-carrying apparatus in the invention subject to the application is quite small compared to the over- the- shoulder supported model, there is no such risk. Since the weapon-carrying apparatus in the invention, which is the subject of the application, is a mechanism that takes up very little space, the carrying is realized by placing them in the molle channels on the vests. By this means, the weaponcarrying apparatus in the invention that is the subject of the application is suitable for being used everywhere.
A weapon-carrying system is mentioned in the Turkish patent document numbered TR2019/09459 and dated 25.06.2019, which is in the recognized state of the technique. The invention given in the document in question relates to a weapon carrying system used to increase the being practical and fast movement capability of the soldier during the carrying and use of firearms. The invention is particularly related with the bridged fixed plate which enables to be fixed on the body while wearing by strap, the slide plate which helps the adjustment of the gun by sliding up and down , connected to the bridged fixed plate, the intermediate degree plate, normally vertical, which allows to be ready for shooting by being placed horizontally by creating rotational movement connected to the slide plate and the gun system which includes a weapon hanging plate, connected with the intermediate degree plate which enables to be weapon to be hung on the system.
In the invention in question, within the present status of the technique, the bridged fixed plate which enables to be fixed on the body while wearing by strap, the slide plate which helps the adjustment of the gun by sliding up and down , connected to the bridged fixed plate, the intermediate degree plate, normally vertical, which allows to be ready for shooting by being placed horizontally by creating rotational movement connected to the slide plate and the gun system which includes a weapon hanging plate, connected with the intermediate degree plate which enables to be weapon to be hung on the system are explained. The weapon carrying apparatus in the invention, which is the subject of the application, uses a completely different mechanism compared to the over-the- shoulder supported model. In the weapon-carrying apparatus in the invention, which is the subject of the application, the mechanism holding the gun works by attaching to the molies in the vests. The weapon carrying apparatus in the invention, which is the subject of the application, provides ease of use and carrying with its very small size compared to the over-the- shoulder supported model. It is difficult for one single personnel to carry a machine gun alone. With the help of the weaponcarrying apparatus in the invention, subject to the application, one personnel will be able to use a machine gun alone and with one hand during operations. With the help of the weapon-carrying apparatus in the invention, subject to the application, he will be able to move more easily from one place to another with the machine gun. It has been determined that the personnel have difficulties in carrying weapons during long-distance movements and during long-term armed guards; thus, a weapon carrying apparatus has been designed and produced in order to provide ease of carrying heavy machine guns and infantry rifles with a mechanism attached to the molle channels in steel ballistic vests, assault vests, tactical vests, and military backpacks. The weapon-carrying apparatus in the invention that is the subject of the application can be attached to the sheaths of all equipment (pistol, medical kit, radio, charger, knife) on tactical vests. It is aimed to minimize the muscle fatigue of the carrier personnel with the weapon-carrying apparatus included in the invention, which is the subject of the application.
The weapon carrying apparatus in a different implementation of the invention, which is the subject of the application, uses a completely different mechanism compared to the over-the- shoulder supported model. In the weapon-carrying apparatus in the invention, which is the subject of the application, the mechanism holding the gun works by attaching to the molies in the vests. The weapon-carrying apparatus in the invention, which is the subject of the application, provides ease of use and carrying with its very small size compared to the over-the- shoulder supported model. It is difficult for one single personnel to carry a machine gun alone. By the help of the weapon-carrying apparatus in the invention, which is the subject of the application, personnel will be able to use a machine gun alone and with one hand during operations. By the help of the weapon-carrying apparatus in the invention, which is the subject of the application, he will be able to move more easily from one place to another with the machine gun. It has been determined that the personnel have difficulties in carrying weapons during long-distance movements and during keeping long-term armed guards; thus, a weapon carrying apparatus has been designed and produced in order to provide ease of carrying heavy machine guns and infantry rifles with a mechanism attached to the molle channels in steel ballistic vests, assault vests, tactical vests, and military backpacks. The weapon-carrying apparatus in the invention that is the subject of the application can be attached to the sheaths of all equipment (pistol, medical kit, radio, charger, bayonet) on tactical vests. It is aimed to minimize the muscle fatigue of the carrier personnel with the weapon-carrying apparatus included in the invention which is the subject of the application. In the weapon-carrying apparatus mentioned in the invention, which is the subject of the application, the carrier wing, which is attached to the molle, can move with an angle of 90 degrees on the horizontal axis. In addition, the pistol grip, on which the gun is placed, can be adjusted on the vertical axis and can rotate 180 degrees on the link bearing to which it is angularly attached.
In the present technique, there is no explanation regarding the technical features of the invention that is the subject of the application and the technical effects of the invention that is the subject of the application. In current applications, there is no weapon carrying system that prevents the user from experiencing muscle fatigue, that can be used without the need for a permanent hold by the user and allows the weapon to be carried.
In the present technique, there is no explanation regarding the technical features in a different execution of the invention that is the subject of the application and the technical effects provided by the invention that is the subject of the application. In current applications, there is no weapon carrying system that prevents the user from experiencing muscle fatigue, that can be used without the need for a permanent hold by the user, wherein the pistol grip on which the gun is placed can be adjusted on the vertical axis and can rotate 180 degrees on the link bearing to which it is angularly attached, and that allows the gun to be carried.
Objects of the Invention
The object of this invention is to produce a weapon-carrying apparatus that works by attaching to the molies in the vests.
Another object of this invention is to realize a weapon carrying apparatus that enables the machine guns and similar heavy weapons, that are one of the most effective elements in the operation field or in the engagement environment, to be carried and used by one single personnel.
Another object of this invention is to realize a weapon carrying apparatus that enables the machine guns and similar heavy weapons, that are one of the most effective elements in the operation field or in the engagement environment, to be carried and used by one single personnel and to enable this use to be realized by single hand, as well.
Another object of this invention is to realize a weapon carrying apparatus that enables the machine guns and similar heavy weapons to be carried and used by one single personnel, and also, convenience, speed and advantage in the operation area and in the engagement area, with the help of this use which can be performed by single hand.
Another object of this invention is to realize a weapon carrying apparatus that makes it possible for the relevant military personnel or security forces to move from one place to another more easily with machine guns and similar heavy weapons. Another object of this invention is to realize a weapon carrying apparatus that enables the personnel to advance more flexibly and rapidly by enabling the relevant military personnel or security forces to move more easily from one place to another with machine guns and similar heavy weapons.
Another object of this invention is to realize a weapon-carrying apparatus that not only allows the carrying of weapons during the shooting like other systems but also provides it to be carried easily except from the operation.
Another object of this invention is to realize a weapon-carrying apparatus that does not carry the risk of tripping when entering and exiting lower places without the need to use both hands.
Another object of this invention is to realize a weapon-carrying apparatus that provides ease of use and carrying with its very small size.
Another object of this invention is to realize a weapon-carrying apparatus that enables the personnel to use a machine gun alone by himself and with one hand, during the operations.
Another object of this invention is to realize a weapon-carrying apparatus that enables the user to move from one place to another more easily with the machine gun.
Another object of this invention is to realize a weapon-carrying apparatus that provides ease of carrying heavy machine and infantry rifles through a mechanism attached to molle channels in steel ballistic vests, assault vests, tactical vests, and military backpacks in order to minimize the muscle fatigue, since it is detected that personnel has difficulty in carrying weapons during long-distance movements and long-term armed guards. Another object of this invention is to realize a weapon-carrying apparatus that can be attached to the sheaths of all equipment (gun, medical kit, radio, magazine) on tactical vests.
Another object of the present invention is to realize a weapon carrying apparatus that minimizes the muscle fatigue of the carrier personnel.
Another object of the present invention is to realize a weapon carrying apparatus that allows the user to move, as the pistol, on which the weapon is placed, can be adjusted on the vertical axis and can rotate 180 degrees on the link bearing to which it is angularly connected.
Brief Description of the Invention
A weapon carrying apparatus as defined in the first claim and other claims depending on this claim, realized in order to achieve the object of the present invention, consists of a weapon holder, carrier wing, link bearing, link pin, and connector. First of all, the molle connection piece on the carrier wing is inserted into at least THREE channels of the molle channels on the molle of the tactical vest. When the molle connection piece on the carrier wing is passed through any molle of the tactical vest, the vest molle is placed in the molle cavity and stays fixed between the insert extension and the connection extension. The carrier joint can move horizontally with the link bearing to which it is attached. The pistol, which is connected to the link bearing with the link end can also be made to rotate around the centerline of the weapon holder through the wing mounting rod. Besides, the weapon body or grip is placed between the gripping edges in the gripper clamp in the weapon holder. The distance between the gripping edges in the gripper clamp can be adjusted to be between 38 mm and 62 mm. The gripper clamp includes gripping edge, gripping gap and wadding arm. The weapon body is placed in the gripping gap in the gripper clamp. It is ensured that the weapon or equipment placed in the gripping gap through the stemming arm is fixed by tightening the gripping edges. The movement end at the end of the wing mounting rod enables the gripper clamp to move by making angular movements in the horizontal and vertical axes. Thus, the weapon can be carried by using the weapon-carrying apparatus or used during the operation without the need for the user to use both hands.
In a different implementation of the invention, a weapon-carrying apparatus consists of a pistol holder, carrier wing, link bearing, second link pin, and insulating wedge. Firstly, the molle connecting piece on the carrier wing is inserted into at least three channels of the molle channels, the snap extension of which is on the molle of the tactical vest. When the molle connection piece on the carrier wing is passed through any molle of the tactical vest, the vest molle is placed in the molle cavity and stays fixed between the snap extension and the connection extension. The carrier joint can move horizontally at an angle of 90 degrees with the link bearing to which it is attached. In addition, through the arm bearing extension of the pistol, which is connected to the link bearing with the link end, the picatinny can be made to rotate around the central axis of the pistol. Besides, it is provided that picatinny holder rotates around its central axis by means of the arm bedding extension of the gun holder which is attached to the connection bedding with the connection end. Additionally, the passage channel located in the holder stem of the gun holder is fastened by fixing to the picatinny rail at the bottom of the gun. The picatin rail, located at the bottom of the gun, is placed in the passage channel in the holder body. The holder body can rotate around its central axis. In addition, the carrier joint in the link bearing to which the gun handle is attached makes a 90- degree rotation movement. However, the rubber wedge limits the movement of the carrier joint to the right and left as 45 degrees to the right and left. By this way, the weapon can be carried by using the weapon-carrying apparatus or used during the operation without the need for using the both hands. Detailed Description of the Invention
The weapon-carrying apparatus realized in order to achieve the aim of the present invention is shown in the attached figures, which are;
Figure 1. Perspective view of the weapon-carrying apparatus.
Figure 2. Perspective view of the weapon-carrying apparatus from a different angle.
Figure 3. Exploded view of the weapon carrying apparatus.
Figure 4. Perspective view of the weapon holder.
Figure 5. Perspective view of the link bearing.
Figure 6. Perspective view of the carrier wing.
Figure 7. Perspective view of another implementation of the weapon carrying apparatus.
Figure 8. Perspective view of the weapon-carrying apparatus from a different angle.
Figure 9. Perspective view of the rotated version of another execution of the weapon carrying apparatus.
Figure 10. Exploded view of another implementation of the weapon carrying apparatus.
Figure 11. Perspective view of another implementation of the pistol holder.
Figure 12. Perspective view of the link bearing.
Figure 13. Perspective view of the carrier wing.
Figure 14. Perspective view of the weapon placed on the weapon-carrying apparatus.
Figure 15. Exploded view of the weapon placed on the weapon carrying apparatus.
Figure 16. Perspective view of the weapon carrying apparatus with the molle lock system.
Figure 17. Perspective view of the molle lock system. The parts in the figures are numbered one by one and the equivalents of these numbers are given below.
1. Weapon carrying apparatus
2. Weapon holder
2.1. Gripper clamp
2.1.1. Gripping edge
2.1.2. Gripping gap
2.1.3. Wadding arm
2.2. Wing mounting rod
2.2.1. Link end
2.2.2. Movement end
2.3. Holder body
2.3.1. Passage channel
2.3.2. Enclosure extension
2.4. Wing mounting extension
2.4.1. Connection gap
3. Carrier wing
3.1. Bearing joint
3.1.1. Swivel extension
3.1.2. Carrying range
3.2. Molle fitting
3.2.1. Snap extension
3.2.2. Molle cavity
3.2.3. Connection extension
3.2.4. Pin clearance
3.3. Washer
3.4. First connecting pin
3.5. Knuckle bearing
3.6. Piston ring
3.7. Molle lock system 4. Link bearing
4.1. Shaft clearance
4.2. Connection extension
4.3. Arm bearing extension
4.4. Fixing shaft
4.5. Motion channel
5. Second connecting pin
6. Connector
7. Non-conductor stopper wedge
A weapon carrying apparatus (1) used in the defense industry, which is used by attaching to the molle channels in the vests, enabling the military personnel and security forces to carry machine guns and similar heavy weapons alone, and to shoot with these weapons using one hand, in its most basic form comprises at least one weapon holder (2), which comprises at least one gripper clamp (2.1) on which the bodies of machine guns and similar heavy weapons are placed, which moves horizontally and vertically, and which ensures that machine guns and similar heavy weapons are fixed for carrying, at least one gripper clamp (2.1), on which machine guns and similar heavy weapons are placed, which the weapons are attached to and removed from and which allows the weapons placed on it to move in the horizontal and vertical axis, at least one carrier wing (3) connected to the weapon holder (2), comprising at least one bearing joint (3.1) and at least one molle connector (3.2),
• enabling the weapon holder (2) to be attached and fixed to the vest,
• connected to the molies on the vests via the molle connector (3.2),
• providing the connection of the molle connector (3.2) with the weapon holder (2),
• at least one carrier wing (3) moving horizontally, vertically, and angularly by means of the bearing joint (3.1), and at least one link bearing (4), which is located between the weapon holder (2) and the carrier wing (3), which supports the angular movements of the weapon holder (2) and the carrier wing (3).
The weapon carrying apparatus (1), which is the subject of the application, is used in the defense industry. The weapon carrying apparatus (1) is used by attaching to the molle channels in the vests. The weapon carrying apparatus (1) enables military personnel and members of the security forces to carry machine guns and similar heavy weapons alone and to shoot with these weapons using one hand. The weapon carrying apparatus (1) provides convenience, speed, and advantage in the operation field and in the conflict area, since machine guns and similar heavy weapons, which are among the most effective elements in the operation field or in the conflict environment, can be carried and used by single personnel, and with one hand.
The weapon carrying apparatus (1), which is the subject of the application, enables the relevant military personnel or security forces to move from one place to another more easily with machine guns and similar heavy weapons. The weapon carrying apparatus (1) enables the personnel to advance more flexibly and rapidly since it enables the relevant military personnel or security forces to move more easily from one place to another with machine guns and similar heavy weapons. The weapon carrying apparatus (1), like other systems, provides not only the carrying of weapons during the shooting but also easy transportation outside the operation. The weapon carrying apparatus (1) does not carry the risk of tripping when entering and exiting low places without the need to use two hands. The weapon carrying apparatus (1) provides ease of use and transport with its very small size. The weapon carrying apparatus (1) enables personnel to use a machine gun alone and during one-handed operations. The weapon carrying apparatus (1) enables the user to move from one place to another more easily with the machine gun. Since it is determined that the personnel have difficulties in carrying weapons during longdistance movements and during long-term armed guards, the weapon-carrying apparatus (1) provides ease of carrying heavy machine guns and infantry rifles with a mechanism attached to the molle channels and found in steel ballistic vests, assault vests, tactical vests, and military backpacks.
The weapon-carrying apparatus that is the subject of the application can be attached to the sheaths of all equipment (gun, medical kit, radio, magazine, knife) on tactical vests. The weapon carrying apparatus (1) minimizes the muscle fatigue of the carrier personnel. The weapon carrying apparatus (1) includes the weapon holder (2), the carrier arm (3), the connection bearing (4), the link pin (5) and the connection element (6).
The weapon holder (2) in an embodiment of the invention moves in the horizontal and vertical axis. The weapon holder (2) ensures that it is fixed for carrying machine guns and similar heavy weapons. The weapon holder (2) consists of a gripper clamp (2.1) and a wing mounting rod (2.2). In an embodiment of the invention, machine guns and similar heavy weapons are placed on the gripper clamp (2.1) located in the weapon holder (2). The gripper clamp (2.1) is the part, which the guns are attached and removed from. The gripper clamp (2.1) enables the weapons placed on it to move in the horizontal and vertical axis. The gripper clamp (2.1) consists of a gripping edge (2.1.1), a gripping gap (2.1.2), and a wadding arm (2.1.3). Each piece is manufactured from 6061 Aluminum alloy material by machining method.
In an embodiment of the invention, the wing mounting rod (2.2) located in the weapon holder (2) is used in the connection of the weapon holder (2) to the link bearing (4). The wing mounting rod (2.2) consists of a link end (2.2.1) and a movement end (2.2.2). The movement end (2.2.2) at the end of the wing mounting rod (2.2) enables the gripper clamp (2.1) to move by making angular movements in the horizontal and vertical axes. The link end (2.2.1) is inserted into the shaft clearance (4.1) of the link bearing (4). The link bearing (4) is connected to the weapon holder (2) by means of the link end (2.2.1) of the wing mounting rod (2.2) which is inserted into the shaft clearance (4.1). Thus, the link bearing (4) connects the carrier wing (3) with the weapon holder (2). When the link end (2.2.1) is inserted into the shaft clearance (4.1) in the link bearing (4), it can rotate around the center axis in the shaft clearance (4.1). Thus, it can be ensured that the weapon holder (2) rotates around its central axis within the shaft clearance (4.1).
The carrier wing (3) in an embodiment of the invention is connected to the weapon holder (2). The carrier wing (3) enables the weapon holder (2) to be attached to the vest and fixed. The carrier wing (3) includes the bearing joint (3.1) and the molle connector (3.2). The carrier wing (3) is connected to the molies on the vests via the molle connector (3.2). The carrier wing (3) provides the connection of the molle connector (3.2) with the weapon holder (2). The carrier wing (3) moves horizontally, vertically, and angularly through the bearing joint (3.1). In an embodiment of the invention, the bearing joint (3.1) in the carrier wing (3) is fixed to the molle connector (3.2) by means of connectors (6). The bearing joint (3.1) includes the swivel extension (3.1.1) and the carrying range (3.1.2).
In an embodiment of the invention, the molle connector (3.2) located on the carrier wing (3) ensures that the weapon holder (2) is fixed to the tactical vests. The molle connector (3.2) includes the snap extension (3.2.1), the molle clearance (3.2.2) and the connection extension (3.2.3). The molle connector (3.2), snap extension (3.2.1) on the carrier wing (3) is passed through any molle of the tactical vest. When the molle connector (3.2) snap extension (3.2.1) on the carrier wing (3) is passed through any molle of the tactical vest, the vest molle fits into the molle cavity (3.2.2) and the mold between the snap extension (3.2.1) and the link extension (3.2.3) is fixed. The link bearing (4) in an embodiment of the invention is located between the weapon holder (2) and the carrier wing (3). The link bearing (4) harbors the angular movements of the weapon holder (2) and the carrier wing (3). The link bearing (4) comprises the shaft clearing (4.1) and the link extension (4.2). The connection pin (5), which is included in an embodiment of the invention, enables the weapon holder (2) to rotate around the center axis of the link end (2.2.1). The bearing joint (3.1) on the carrier wing (3) is fixed to the molle connector (3.2) by means of connectors (6). The assembly and use of the weapon-carrying apparatus (1) in this embodiment of the invention is carried out as follows. The weapon carrying apparatus (1) comprises the weapon holder (2), the carrier wing (3), the link bearing (4), the link pin (5), and the connector (6). In the weapon-carrying apparatus (1), during assembly, the carrier wing (3) is connected from the bearing joint (3.1) to the link extension (4.2) of the link bearing (4) by passing the link pin (5). The carrier wing (3) is passed from the molle connector (3.2) to the molies in tactical vests. There is a shaft clearance (4.1) at the end of the link bearing (4) without the link extension (4.2). The link bearing (4) is connected to the weapon holder (2) by means of the link end (2.2.1) of the wing mounting rod (2.2) which is inserted into the shaft clearance (4.1). Thus, the link bearing (4) connects the carrier wing (3) with the weapon holder (2). When the link end (2.2.1) is inserted into the shaft clearance
(4.1) in the link bearing (4), it can rotate around the center axis in the shaft clearance
(4.1). Thus, it can be ensured that the weapon holder (2) rotates around its central axis within the shaft clearance (4.1). The bearing joint (3.1) on the carrier wing (3) is fixed to the molle connector (3.2) by means of connectors (6). In an embodiment of the present invention, the bearing joint (3.1), which is connected to the said molle connecting piece (3.2), can rotate in the position it is attached to. The weapon holder (2), the carrier wing (3), and the link bearing (4) are connected to each other by using link pin (5) and connectors (6) to form the weapon-carrying apparatus (1).
The use of the weapon-carrying apparatus (1) in this embodiment of the invention is carried out as follows. Firstly, the molle connector (3.2), snap extension (3.2.1) on the carrier wing (3) are passed through any molle of the tactical vest. When the molle connector (3.2) snap extension (3.2.1) on the carrier wing (3) is passed through any molle of the tactical vest, the vest molle fits into the molle cavity (3.2.2) and the mold between the snap extension (3.2.1) and the link extension (3.2.3) is fixed. The bearing joint (3.1) can move horizontally and vertically together with the link bearing (4) to which it is attached. In addition, the weapon holder (2), which is connected to the link bearing (4) with the link end (2.2.1), can be made to rotate around the central axis of the weapon holder (2) by means of the wing mounting rod (2.2). In addition, the weapon body or grip is placed between the gripping edges (2.1.1) in the gripper clamp (2.1) on the weapon holder (2). The distance between the gripping edges (2.1.1) in the gripper clamp (2.1) can be adjusted to be between 38 mm and 62 mm. It consists of a gripper clamp (2.1), a gripping edge (2.1.1), a gripping gap (2.1.2), and a wadding arm (2.1.3). The weapon body is placed in the gripping gap (2.1.2) in the gripper clamp (2.1). It is ensured that the weapon or equipment placed in the gripping gap (2.1.2) by means of a wadding arm (2.1.3) is fixed by tightening the gripping edges (2.1.1). The movement end (2.2.2) at the end of the wing mounting rod (2.2) enables the gripper clamp (2.1) to move by making angular movements in the horizontal and vertical axes. Thus, the weapon can be carried by using the weapon-carrying apparatus (1) or used during the operation without the need for the user to use both hands.
In another embodiment of the invention, in a weapon-carrying apparatus (1) used in the defense industry, used by attaching to the molle channels in the vests, enabling the military personnel and security forces to carry machine guns and similar heavy weapons alone and to shoot with these weapons using one hand, providing user convenience with its rotation capability, the weapon holder (2) is in the form of Picatinny holder and comprises the holder body (2.3) and the wing mounting extension (2.4).
A weapon-carrying apparatus (1) used in the defense industry, which is used by attaching to the molle channels in the vests, enabling the military personnel and security forces to carry machine guns and similar heavy weapons alone, and to shoot with these weapons using one hand, and which provides user convenience with its rotation capability, in its most basic form comprises at least one weapon holder (2) comprising at least one holder body (2.3) in which the bodies of machine guns and similar heavy weapons are placed,
• where the picatinny, which is located at the bottom of the guns, is fixed to the rail, • which moves in a horizontal/vertical axis and angularly,
• which rotates around its central axis,
• and which enables it to be fixed for carrying machine guns and similar heavy weapons, at least one holder body (2.3), on which machine guns and similar heavy weapons are placed, which the weapons are attached to and removed from and which allows the weapons placed on it to move in the horizontal and vertical axis, at least one carrier wing (3) connected to the weapon holder (2), comprising at least one bearing joint (3.1) and at least one molle connector (3.2),
• enabling the weapon holder (2) to be attached and fixed to the vest,
• connected to the molies on the vests via the molle connector (3.2),
• providing the connection of the molle connector (3.2) with the weapon holder (2),
• and that moves horizontally and vertically and can rotate at an angle of 45 degrees by means of a bearing joint (3.1), and at least one link bearing (4), which is located between the weapon holder (2) and the carrier wing (3), and which harbors the angular movements of the weapon holder (2) and the carrier wing (3).
The weapon-carrying apparatus (1) in the different embodiment of the invention, which is the subject of the application, is used in the defense industry. The weaponcarrying apparatus (1) is used by attaching to the molle channels in the vests. The weapon-carrying apparatus (1) enables military personnel and members of the security forces to carry machine guns and similar heavy weapons alone and to shoot with these weapons using one hand. The weapon carrying apparatus (1) works by attaching to the molies on the vests. The weapon carrying apparatus (1) ensures that one single personnel can carry and use machine guns and similar heavy weapons, which are among the most effective elements in the operation field or in the conflict environment. The weapon-carrying apparatus (1) ensures that the machine gun and similar heavy weapons, which are among the most effective elements in the operation field or in the conflict environment, can be carried and used by one single personnel, and with one hand. The weapon carrying apparatus (1) provides convenience, speed, and advantage in the operation field and in the conflict area, since machine guns and similar heavy weapons can be carried and used by one single personnel, and with one hand.
The weapon carrying apparatus (1), in the different embodiment of the invention, which is the subject of the application, enables the relevant military personnel or security forces to move from one place to another more easily with machine guns and similar heavy weapons. The weapon carrying apparatus (1) enables the personnel to advance more flexibly and rapidly since it enables the relevant military personnel or security forces to move more easily from one place to another with machine guns and similar heavy weapons. The weapon carrying apparatus (1), like other systems, provides not only the carrying of weapons during the shooting but also easy transportation outside the operation. The weapon carrying apparatus (1) does not carry the risk of tripping when entering and exiting low places without the need to use two hands. The weapon carrying apparatus (1) provides ease of use and transport with its very small size. The weapon carrying apparatus (1) enables personnel to use a machine gun alone and during one-handed operations. The weapon carrying apparatus (1) enables the user to move from one place to another more easily with the machine gun. Since it is determined that the personnel have difficulties in carrying weapons during long-distance movements and during longterm armed guards, the weapon-carrying apparatus (1) provides ease of carrying heavy machine guns and infantry rifles with a mechanism attached to the molle channels and found in steel ballistic vests, assault vests, tactical vests, and military backpacks.
The weapon-carrying apparatus (1) in a different embodiment of the invention that is the subject of the application can be attached to the sheaths of all equipment (gun, medical kit, radio, magazine) on tactical vests. The weapon carrying apparatus (1) minimizes the muscle fatigue of the carrier personnel. The weapon carrying apparatus (1) offers the user the opportunity to move, as the weapon holder, on which the weapon is placed, can be adjusted on the vertical axis and can rotate 360 degrees on the link bearing to which it is angularly attached. The weapon carrying apparatus (1) includes the weapon holder (2), the carrier wing (3), the link bearing (4), the second link pin (5), and the non-conductor stopper wedge (7).
The weapon holder (2) in an embodiment of the invention moves in the horizontal and vertical axis. The weapon holder (2) is in the form of a Picatinny holder in this embodiment of the invention. The weapon holder (2) ensures that it is fixed for carrying machine guns and similar heavy weapons. The weapon holder (2) comprises the holder body (2.3) and the wing mounting extension (2.4). In an embodiment of the invention, machine guns and similar heavy weapons are placed on the holder body (2.3) located in the weapon holder (2). The holder body (2.3) is the part, which the weapons are attached and removed from. The holder body (2.1) enables the weapons placed on it to move in the horizontal and vertical axis. The holder body (2.3) can also rotate 360 degrees around its central axis. The holder body (2.3) includes the passage channel (2.3.1) and the enclosure extension (2.3.2). The Picatinny rail of the weapon is inserted into the passage channel (2.3.1) in the holder body (2.3). Thus, the gun is fixed on the holder body (2.3). The first link pin (3.4) connects the bearing joint (3.1), the molle connecting piece (3.2), and the knuckle bearing (3.5) between them. The bearing joint (3.1), which is bedded thanks to the knuckle bearing (3.5) and the first link pin (3.4) can move axially to the right and left. This axial movement is limited to 45 degrees to the right and left by the insulating wedge (7) mounted on the bearing joint (3.1). The link bearing (4) is connected to the bearing joint (3.1) by means of the second link pin (5). By means of the second link pin (5), the link bearing (4) can move to the right and left. The weapon holder (2), which is mounted on the Picatinny rail of the gun, is attached to the link bearing (4).
In an embodiment of the invention, the wing mounting extension (2.4) located in the weapon holder (2) is used in the connection of the weapon holder (2) to the link bearing (4). The wing mounting extension (2.4) includes connection gap (2.4.1). The connection gap (2.2.1), located at the end of the wing mounting extension (2.4), enables the holder body (2.1) to move by making angular movements in the horizontal and vertical axes. Fixing shaft (4.4) is inserted into the connection gap (2.4.1). The link bearing (4) is connected to the pistol (2) via the end of the arm bearing extension (4.3) which is inserted into the connection gap (2.4.1). Thus, the link bearing (4) connects the carrier wing (3) with the weapon holder (2). When the fixing shaft (4.4) is inserted into the connection gap (2.4.1), the fixing shaft (4.4) can rotate around its central axis in the connection gap (2.4.1). Thus, it can be ensured that the weapon holder (2) rotates around its central axis within the connection gap (2.4.1).
The carrier wing (3) in an embodiment of the invention is connected to the weapon holder (2). The carrier wing (3) enables the weapon holder (2) to be attached to the vest and fixed. The carrier wing (3) includes the bearing joint (3.1), molle connector
(3.2), washer (3.3), the first link pin (3.4), knuckle bearing (3.5), and the segment (3.6). The carrier wing (3) is connected to the molies on the vests via the molle connector (3.2). The carrier wing (3) provides the connection of the molle connector
(3.2) with the weapon holder (2). The carrier wing (3) moves horizontally, vertically, and angularly through the bearing joint (3.1). In an embodiment of the invention, the bearing joint (3.1) in the carrier wing (3) is fixed to the molle connector (3.2) by means of the first connection pin (3.4). The bearing joint (3.1) comprises the swivel extension (3.1.1) and the carrying range (3.1.2).
In an embodiment of the invention, the molle connector (3.2) located on the carrier wing (3) ensures that the weapon holder (2) is fixed to the tactical vests. The molle connector (3.2) includes the snap extension (3.2.1), the molle clearance (3.2.2), and the pin clearance (3.2.4). The molle connector (3.2) is fixed to the link bearing (4) with the first connection pin (3.4) inserted into the pin clearance (3.2.4).
The molle connector (3.2) on the carrier wing (3), snap extension (3.2.1) is passed through any molle of the tactical vest. When the molle connector (3.2) snap extension (3.2.1) on the carrier wing (3) is passed through any molle of the tactical vest, the vest molle fits into the molle cavity (3.2.2) and the mold between the snap extension (3.2.1) and the link extension (3.2.3) is fixed.
The second link pin (5), which is included in an embodiment of the invention, is inserted into the pin cavity (3.2.4) of the molle connecting piece (3.2). The bearing joint (3.1) on the carrier wing (3) is fixed to the molle connector (3.2) by means of the second link pin (5).
There is a molle lock system (3.7) on the carrier wing (3) in the weapon-carrying apparatus (1), which is included in an embodiment of the invention, which provides the connection to the molle. Thanks to the molle lock system (3.7), the weaponcarrying apparatus (1) is completely fixed to the molle channels and the up and down movement of the mechanism in the molle channels is prevented. The lock system (3.7) is attached to the mechanism by being pressed from the edges of the molle connector (3.2) and ensures that the molle connector (3.2) is locked there. The lock system (3.7) is fixed by staying between the protrusions that will prevent the lock at the end of the molle connection piece (3.2) from coming off and the molle channels in the vests.
The assembly and use of the weapon-carrying apparatus (1) in the different embodiment of the invention explained above is carried out as follows. It consists of the weapon carrying apparatus (1), the weapon holder (2), the carrier wing (3), the link bearing (4), the second link pin (5) and the insulating wedge (6). In the weapon carrying apparatus (1), during assembly, the carrier wing (3) is connected from the carrier joint (3.1) by passing the fixing pin (4.3) of the link bearing (4) into the connection gap (2.2.1). The carrier wing (3) is passed from the molle connector (3.2) to the molies in tactical vests. There is a connection extension (4.2) on the end of the link bearing (4) without the fixing pin (4.4). The link bearing (4) is connected to the fixing pin (4.4). Thus, the link bearing (4) connects the carrier wing (3) with the weapon holder (2). When the link end (2.4.1) is inserted into the fixing pin (4.3) connection gap (2.4.1), in the link bearing (4), the fixing pin (4.4) can rotate around its center axis in the connection gap (2.4.1). Thus, it can be ensured that the weapon holder (2) rotates around its central axis relative to the connection gap (2.4.1). The bearing joint (3.1) on the carrier wing (3) is fixed to the molle connector (3.2) by means of the second link pin (5). The bearing joint (3.1), which is connected to the said molle connector (3.2), can rotate in the position it is attached to. The weapon holder (2), the carrier wing (3) and the link bearing (4) are connected to each other by using the second connection pin (5) and insulating wedges (7) to form the weapon carrying apparatus (1).
The use of the weapon-carrying apparatus (1) in the different embodiment of the invention explained above is carried out as follows. Firstly, the molle connector (3.2), snap extension (3.2.1) on the carrier wing (3) are passed through any molle of the tactical vest. When the molle connector (3.2) snap extension (3.2.1) on the carrier wing (3) is passed through any molle of the tactical vest, the vest molle fits into the molle cavity (3.2.2) and the mold between the snap extension (3.2.1) and the link extension (3.2.3) is fixed. Thus, the weapon can be carried by using the weapon-carrying apparatus (1) or used during the operation without the need for the user to use both hands.

Claims

CLAIMS A weapon carrying apparatus (1) used in the defense industry, which is used by attaching to the molle channels in the vests, enabling the military personnel and security forces to carry machine guns and similar heavy weapons alone, and to shoot with these weapons using one hand, in its most basic form comprises at least one weapon holder (2), which comprises at least one gripper clamp (2.1) on which the bodies of machine guns and similar heavy weapons are placed, which moves horizontally and vertically, and which ensures that machine guns and similar heavy weapons are fixed for carrying, at least one gripper clamp (2.1), on which machine guns and similar heavy weapons are placed, which the weapons are attached to and removed from and which allows the weapons placed on it to move in the horizontal and vertical axis, at least one carrier wing (3) connected to the weapon holder (2), comprising at least one bearing joint (3.1) and at least one molle connector (3.2),
• enabling the weapon holder (2) to be attached and fixed to the vest,
• connected to the molies on the vests via the molle connector (3.2),
• providing the connection of the molle connector (3.2) with the weapon holder (2),
• at least one carrier wing (3) moving horizontally, vertically, and angularly by means of the bearing joint (3.1), a weapon-carrying apparatus (1), which is characterized by at least one link bearing (4), which is located between the weapon holder (2) and the carrier wing (3), which supports the angular movements of the weapon holder (2) and the carrier wing (3). A weapon-carrying apparatus (1) as in claim 1 characterized by the carrier wing (3), which is connected by passing the link pin (5) from the bearing joint (3.1) to the link extension (4.2) of the link bearing (4).
24 A weapon carrying apparatus as in Claim 1, which is characterized by passing from the molle attachment (3.2) to the molies on tactical vests. A weapon-carrying apparatus as in Claim 1 (1), characterized by the link bearing (4) of the wing mounting rod (2.2) inserted into the shaft clearance (4.1), connected to the weapon holder (2) via the link end (2.2.1). A weapon carrying apparatus (1) as in claim 1 characterized by the weapon holder (2) that can rotate around the center axis within the shaft clearance (4.1), when the link end (2.2.1) is inserted into the shaft clearance (4.1) in the link bearing (4). A weapon-carrying apparatus (1) as in Claim 1, characterized by the carrier wing (3), which is fixed to the bearing joint (3.1) molle connecting piece (3.2) on it by means of connectors (6). A weapon-carrying apparatus (1) as in Claim 1 characterized by the fitting of the vest molle into the molle cavity (3.2.2), when the molle connecting piece (3.2), snap extension (3.2.1) is passed through any molle of the tactical vest and the carrier wing (3) fixed between snap extension (3.2.1) and link extension (3.2.3). At least one weapon holder (2), which is used in the defense industry, which is used by attaching to the molle channels in the vests, enabling the military personnel and security forces to carry machine guns and similar heavy weapons alone, and to shoot with these weapons using one hand, and which, in its most basic form, comprises at least one holder body (2.3), in which the bodies of machine guns and similar heavy weapons are placed,
• is connected to the Picatinny rail, which is located at the bottom of the weapons by fixing,
• moves in a horizontal/vertical axis and angularly,
• rotates around its central axis, • and enables the fixing of machine guns and similar heavy weapons, at least one holder body (2.3), on which machine guns and similar heavy weapons are placed, which the weapons are attached to and removed from and which allows the weapons placed on it to move in the horizontal and vertical axis, at least one carrier wing (3) connected to the weapon holder (2), comprising at least one bearing joint (3.1) and at least one molle connector (3.2),
• that enables the weapon holder (2) to be attached and fixed to the vest,
• that is connected to the molies on the vests via the molle connector (3.2),
• that provides the connection of the molle connector (3.2) with the weapon holder (2),
• and that moves horizontally and vertically and can rotate at an angle of 90 degrees by means of a bearing joint (3.1), a weapon-carrying apparatus (1), which is characterized by at least one link bearing (4), which is located between the weapon holder (2) and the carrier wing (3), which supports the angular movements of the weapon holder (2) and the carrier wing (3).
PCT/TR2021/051285 2021-09-29 2021-11-24 Weapon carrying apparatus WO2023055313A1 (en)

Applications Claiming Priority (2)

Application Number Priority Date Filing Date Title
TR2021015198 2021-09-29
TR2021/015198 2021-09-29

Publications (1)

Publication Number Publication Date
WO2023055313A1 true WO2023055313A1 (en) 2023-04-06

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Citations (3)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
US20150233669A1 (en) * 2014-02-18 2015-08-20 Wild Bucks Outdoors, LLC Hands-Free Support Device, a Subassembly of a Hands-Free Support Device and Methods for Operating the Same
US20150377585A1 (en) * 2014-06-27 2015-12-31 Paul J. Fowler Long gun holster system for molle/pals-compliant garments
US20200284550A1 (en) * 2019-03-08 2020-09-10 Joseph Cass Holster for Assault Rifle

Patent Citations (3)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
US20150233669A1 (en) * 2014-02-18 2015-08-20 Wild Bucks Outdoors, LLC Hands-Free Support Device, a Subassembly of a Hands-Free Support Device and Methods for Operating the Same
US20150377585A1 (en) * 2014-06-27 2015-12-31 Paul J. Fowler Long gun holster system for molle/pals-compliant garments
US20200284550A1 (en) * 2019-03-08 2020-09-10 Joseph Cass Holster for Assault Rifle

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