TR202014078A2 - GRENADE BOX - Google Patents

Abstract

The invention is a grenade box designed to safely store different types of grenades on the fabric bridges on the wearer's clothing, bag or belt, and when the moment of use comes, the grenade box is designed to make the grenade ready for firing by using one hand, regardless of the right or left hand, without letting go of the weapon in the hand of the user. It is related to. In particular, the invention includes the grenade chamber (110), the support bracket (120), the right cover opening button (130), the left cover opening button (140), the safety latch (150), the cover (160), the mechanism interface (170), The attachment clip 180 relates to the grenade box containing the drawstring 190 elements.

Description

DESCRIPTION GRENADE BOX Technical Field The invention allows different types of grenades to be placed on the user's clothing, bag or belt. In order to keep it safely on fabric bridges and in the user's hand when it comes to use. Without letting go of the weapon, he can throw the grenade using one hand, regardless of his right or left hand. It is about the grenade box designed to be ready.

The invention specifically includes the grenade chamber, support bracket, right cover opening button, left cover opening It contains the elements of button, safety latch, cover, mechanism interface, connection clip and drawstring rope. It's about the bomb box.

Known Status of the Technique A hand grenade is a device filled with explosives or chemicals that can cause an explosion or ignition. It is a type of small bomb that contains a device. This bomb is generally thrown manually. grenades three Types: Destruction grenade, Chemistry grenade, Training grenade. Destruction grenade, as content Contains plastic explosives. The bomb casing contains a lot of shrapnel. Chemistry grenade, ednatol (ethylene di nitro amine), pyric acid. The bomb template consists of mercury fulminate or lead azide. Increases the intensity of the explosion. Training grenades are used in military training. It generally contains It contains black powder or C2 compound and its destructive power is less than the others.

In current art, hand grenades are generally made of fabric-like structures and have velcro closures. It is carried in pouches with a system. Throwing a hand grenade during a hot conflict To prepare it, the user must put down his weapon, open the velcro of the pouch with one hand, and take out his grenade and, while holding the grenade in one hand, pull the pin with his other hand and It must be thrown towards the target. These operations take the user between 10-20 seconds. is taking.

In the current technique, in normal use, the user must throw the grenade after pulling the pin.

If he decides not to throw the grenade, he must replace the pin again. Pin pulling process Since the grenade pin is deformed during firing, replacing the pin is risky and dangerous in a hot conflict environment. It is not an easy task. For this reason, users can use the grenade catch to hold the grenade with band aid. An attempt is made to prevent the grenade from exploding by fixing it on top. This is war It is not a process that can be done in the environment.

As a result, the connection system that eliminates the disadvantages of the current technique The existence of the need and the inadequacy of existing solutions necessitates making a development in the relevant technical field. made it mandatory.

Brief Description of the Invention The present invention meets the above-mentioned requirements and eliminates all the disadvantages. and different types of grenades, which bring some additional advantages, can be used on the user's clothing, bag or in order to store it safely on the fabric bridges on the belt and during use. When it arrives, the user uses one hand, regardless of the right or left hand, without letting go of the weapon in his hand. It is about the grenade box designed to make the grenade ready for firing by using it.

The most important purpose of the invention is to make it suitable for right-handed or left-handed people, regardless of whether they are right-handed or left-handed. It is easy to use.

Another purpose of the invention is to enable the user to operate the safety mechanism with one hand without releasing the weapon in his hand. By disabling it, pressing the latches and opening the lid, find the grenade with one hand. It is to pull it out of its chamber with one hand and make it ready for throwing. These operations can be performed with one hand by the user in 2-3 minutes. It takes seconds. The invention saves the user vital time during hot conflict. It makes money.

Another purpose of the invention is to use a hand grenade pin whose pin has been pulled and no longer being thrown. It is to be stored safely on the invention without getting stuck. Meet the tip of the grenade catch It is placed into the latch notches on the grenade chamber and the lid of the invention is closed. By closing it, the grenade latch mechanism can be fixed. In this way, even if the pin is pulled Even hand grenades can be carried safely.

The structural and characteristic features and all the advantages of the invention are shown in the figures given below and in accordance with these figures. This will be understood more clearly thanks to the detailed explanation written with citations. Therefore, the evaluation should be made by taking these figures and detailed explanations into consideration. is required.

Brief Description of Figures The structure of the present invention and its advantages with additional elements can be understood in the best way. It should be evaluated together with the figures explained below.

Figure 1; The subject of the invention is a drawing showing a grenade box.

Figure- 2; The subject of the invention is a drawing showing a grenade box.

Figure- 3; The subject of the invention is a drawing showing the grenade box disassembled.

Figure- 4; The subject of the invention is a drawing showing the detail of the grenade box.

Figure- 5; The subject of the invention is a drawing showing the detail of the grenade box.

Figure- 6; The subject of the invention is a drawing showing the detail of the grenade box.

Figure- 7; The subject of the invention is a drawing showing the detail of the grenade box.

Figure- 8; The subject of the invention is a drawing showing a grenade box.

Figure- 9; The subject of the invention is a drawing showing a grenade box.

Figure- 10; The subject of the invention is a drawing showing a grenade box.

Figure- 11; The subject of the invention is a drawing showing a grenade box.

Figure- 12; The subject of the invention is a drawing showing the detail of the grenade box.

Figure- 13; The subject of the invention is a drawing showing the detail of the grenade box.

Figure- 14; The subject of the invention is a drawing showing the detail of the grenade box.

Figure- 15; The subject of the invention is a drawing showing the detail of the grenade box.

Figure- 16; The subject of the invention is a drawing showing the detail of the grenade box.

Figure- 17; The subject of the invention is a drawing showing the detail of the grenade box.

Figure- 18; The subject of the invention is a drawing showing the detail of the grenade box.

Figure- 19; The subject of the invention is a drawing showing the detail of the grenade box.

Figure- 20; The subject of the invention is a drawing showing the detail of the grenade box.

Figure- 21; The subject of the invention is a drawing showing the detail of the grenade box.

Figure- 22; The subject of the invention is a drawing showing the detail of the grenade box.

Figure- 23; The subject of the invention is a drawing showing the detail of the grenade box.

Figure- 24; The subject of the invention is a drawing showing the detail of the grenade box.

Figure- 25; The subject of the invention is a drawing showing the detail of the grenade box.

Figure- 26; The subject of the invention is a drawing showing the detail of the grenade box.

Reference Numbers 110. Grenade Chamber 111. Home Hole 112 113. Back Point 114. Fixing Structure 115. Contact Surface 116. Ear 116.1 Tapered Bore 117. Bracket Hole Bridge 118 119. Hopper Pin 120. Support Bracket 121. Bracket Pin 130. Right Cover Open Button 131. Right End 132. Lower Right Part 133. Right Mounting Hole 134. Right Channel 140. Left Cover Open Button 141. Left End Part 142. Lower Left Part Left Mounting Hole Left Channel Safety Latch Staged Structure Pin Hole spring channel Back Surface Cover Notch 161.Cover Federi Mechanism Interface Protruding Structure Nail Slots Nail Interface Hole Connection Clip top quotes Lower Slots Open Button Spring Right Twist Left Twist Safety Latch Spring Cover Spring Detailed Description of the Invention This detailed description explains how to use different types of grenades on the user's clothing, bag or belt. in order to store it safely on fabric bridges and when it comes time to use it. Using one hand, regardless of the user's right or left hand, without letting go of the weapon in the user's hand It is about the grenade box designed to prepare the grenade for firing.

Figure 1 - 26 shows the grenade box and its details, which are the subject of the invention. Hand in invention The grenade chamber (110) is designed to place different types of grenades into the invention. It is a structure. There is a discharge hole (112) at the bottom of the Grenade Chamber (110). this hole Thanks to this, the discharge of substances such as water and mud accumulated in the chamber is ensured. EI Grenade There are two slots (111) on the right and left sides of the chamber (110). These slots are grenades It is designed to place the peg according to right and left hand usage. These slots(111) Thanks to this, the grenade latch is prevented from getting stuck anywhere. The pin has been pulled and In case a hand grenade that cannot be thrown is carried within the invention, these slots (111) Thanks to this, the grenade latch is prevented from being separated from the grenade. Also, these nests The presence of (111) in both directions allows the grenade to be used with both hands. Grenade There are two bracket holes (117) in the middle part of the chamber (110) to which the Support Bracket (120) can be attached. available. The pin of the Support Bracket (120) passes through one of these holes (117) and the other hole The support bracket is mounted to the Grenade Chamber (110) via (117) with Bolt (250). Hand There are two ears (116) on the upper part of the Grenade Chamber (110). Essence in the middle of these ears There are two centered conical holes (116.1). These holes are located between the EI Grenade Chamber (110) and the Lid. These are the holes through which the Pin (240) used to mount (160) will be inserted. EI Bomb Again There is a small bridge (118) at the top of the chamber (110). This bridge is EI Grenade Chamber (110) and for fixing one end of the Cover Spring (230) used when assembling the Cover (160). has been done. In this way, when the Lid Opening Buttons (130, 140) are pressed, the Lid (160) It is enabled to open automatically. 6 bolt holes on the back of the EI Grenade Chamber (110) available. Through these holes, the Support Bracket (120) in the middle part is connected to the Grenade Chamber (110). bolting, the other 5 are attached to the Mechanism Interface (170), Grenade Chamber (110). It is useful for bolting. 2 chamber pins (119) on the upper back of the Grenade Chamber (110) available. These chamber pins (119) are integrally integrated with the EI Grenade Chamber (110). This chamber By inserting the pins (119) into the holes on the Opening Buttons (130, 140), the opening These chamber pins between the EI Grenade Chamber (110) and the Mechanism Interface (170) of the buttons It allows movement on the (119) axis. At the rear of the EI grenade chamber, the lid opening The surface roughness of the surfaces (115) in contact with the buttons is similar to that of the lid opening buttons (130, 140). It has a very low value for comfortable operation. At the bottom of the Grenade Chamber (110) There is another chamber pin (119) that is integral to the bomb chamber. This pin belongs to the Safety Latch. It is passed through the hole on the (150) and the Hand Grenade Chamber (110) of the Safety Latch (150) and The orbit between the Mechanism Interface (170) allows it to move in a certain way. Hand The other pin (119) located at the bottom of the Grenade Chamber (110) is the Safety Latch Spring (220). It restricts the movement of one end. The lower part of the grenade chamber that carries the grenade The form (113) of the points where the rear part where the mechanisms are fixed will have high strength. It is designed in a way. The own form of the rear part where the mechanisms are fixed (114) is also As in the sections, it is in a way that supports this resistance.

The support bracket (120) is attached to the grenade chamber (110) via the bracket pins (121) on it. It is the part that supports the hand grenade and is assembled with the help of Bolt (250). EI The surface form that contacts the grenade is such that it surrounds the grenade. grenade, grenade It restricts its movement within its chamber (110). In this way, the user can use the grenade correctly. It helps to understand.

Press the right cover opening button (130); When pressed together with the Left Cover Opening Button (140), the cover Left Cover Opening Button (140) which allows the grenade to be taken by opening the (160) together with the right and left end parts (131, 141) located at the upper end, ensure that the cover (160) remains closed. It is the providing part. The right mounting hole in the part (133) is located on the rear of the Grenade Chamber (110). It is attached to the cylindrical pin (119) and the part operates by rotating in this axis. within the piece It tends to close.

Left Cover Open Button (140); When pressed together with the Right Cover Opening Button (130), the upper cover It is also equipped with the Right Cover Opening Button (130), which allows the hand grenade to be removed by opening it. However, the right and left end parts (131, 141) located at the upper end ensure that the cover (160) remains closed. It is the providing part. The left mounting hole in the part (143) is located on the rear of the Grenade Chamber (110). It is attached to the cylindrical pin (119) and the part operates by rotating in this axis. within the piece It tends to close.

The safety latch (150) is located under one of the Cover Opening Buttons (130, 140). When in position, it prevents the button (130, 140) from being opened by pressing it. In this way Kapagin (160) involuntarily opening is prevented. Pin hole (152) in the safety latch (150) part, Hand Grenade It is attached to the pin (119) at the back of the chamber (110) and the piece rotates in this axis. works. The safety latch spring (220) is attached to the channel in the part. Safety latch (150) movement, This is provided by the spring (220). When it is in the up position, the stepped structure (151) at the tip allows the lid to be opened. prevents it from doing so.

The cover (160) is mounted on the EI Grenade Chamber (110) with the Pin (240). Thanks to its internal structure, the hand By grasping the upper part of the grenade, it prevents its movement in all directions and puts the grenade into the Hand Grenade. It keeps it in its chamber (110). Grenade chamber (110) with one arm mounted on the pin (240) Cover Spring (230), whose other arm is fixed on the Cover (160), is used to open the cover (160). provides movement. Opening of the cover (160) is prevented with the Cover Opening Buttons (130, 140). Lid It moves outward by sliding from the surface behind it (161) and the Cover (160) is released.

The Cover Spring (230) moves the cover (160) and enables the cover to be opened. Cover (160) When you want to close it, it is closed by pressing on it with your hand. The end parts of the Cover Opening Buttons (131, 141), slipping from the edge of the cover and entering the relevant surface behind the cover (161) and moving inward it moves. The cover (160) is thus locked.

It creates an interface for the Button Spring (210) and Safety Latch Spring (220) parts, and It enables operation between the Grenade Chamber (110) and the Mechanism Interface (170). Grenade The pins (119) located at the back of the chamber (110) are the corresponding pins located on the Mechanism Interface (170). It is attached to the holes and the Mechanism Interface (170) is attached to the EI Grenade Chamber (110) with bolts (250). is mounted. The Connection Clip (180) is mounted by nailing it to the Mechanism Interface (170). Mechanism The end part (182) of the Connection Clip is also secured by means of the tabs (173) located at the bottom of the interface. is fixed here. The Tow Rope (190) is also connected to a hole (174) on the Mechanism Interface. is fixed. The other end of the Tow Rope (190) is attached to the clip structure located at the back of the Mechanism Interface. (171) is stuck.

Connection Clip (180) is the part that allows the Grenade Box to be attached to the area where it will be used.

The two upper tabs (181) located on the upper part of the Connection Clip are located on the upper part of the Mechanism Interface. It is attached by hammering into the nail slots (172) in the area and the Connection Clip (180) is fixed.

When the Grenade Box will be attached to the area where it will be used, the Connection Clip (180) will be used. column etc. in the region. It is attached to the structure. Nail slots (182) located under the Connection Clip, It is attached to the tabs (173) located at the bottom of the Mechanism Interface and the Grenade Box, It is fixed with the help of Connection Clip (180). One end of the Drawstring Rope (190) is fixed to the relevant hole (174) on the Mechanism Interface (170), the other The tip is passed through the grenade pin and attached to the clipped structure behind the Mechanism Interface. released, when the grenade is pulled from the Grenade Box, grenade pin, drawstring (190) It remains on it and the grenade becomes ready to throw.

Open button spring (210); It is the part that enables the lid opening buttons (130, 140) to operate. by attaching it to the pin (119) in the grenade chamber (110) and via the mechanism interface (170). It is fixed with . The opening button (130, 140) is placed on the arms of the spring (210) so that the buttons are placed in an optimum way. A special form (211, 212) is given for its operation.

Safety latch spring (220); It is the part that enables the safety latch (150) to operate. Middle by being attached to the pin (119) in the grenade chamber, via the mechanism interface (170). is fixed. One arm of the spring (220) contacts the pin (119) in the grenade chamber (110) and While it is standing, the other arm enters the spring channel (153) next to the safety latch (150) and engages the safety latch. (150) gives movement.

Cover spring (230); It is the part that enables the cover (160) to operate. One arm of the cover spring (230), hand It is fixed by inserting it into the relevant slot in the grenade chamber (110). The other arm is the cover (160). It fits into the slot inside and applies pressure to the lid, thus trying to open the lid.

Our mentioned invention limits the movement of the hand grenade, making it safer and easier to use it. It was somehow removed from the grenade chamber (110). Inside cover (160) The structures fix the grenade from its upper part and restrict its movement. Also grenade When viewed from the front, the support bracket (120) fixed to the chamber (110) shows the right and left positions of the grenade. By restricting its movement, it prevents the grenade from falling, slipping, etc. when the cover (160) is opened. change location hinders their movements. These features allow the user to use the Grenade Box without having to look at it. It allows the hand grenade to be easily taken from the chamber (110). Thanks to these structures and opening When the buttons (130,140) are pressed and the cover (160) is opened, a moving structure comes into contact with the grenade. Without it, the bomb will slip, fall, etc. a safer environment by minimizing the possibilities system has been obtained.

Ensuring the operation of the right cover opening button (130) and left cover opening button (140) parts The release button spring (210) is located at a more effective point, unlike in existing solutions. is positioned. Additionally, the opening button can be adjusted at certain angles by giving form to the arms of the spring (210). Contact with the opening buttons (130,140) is ensured. These forms and angles are optimum values. In this way The movement of the lid opening buttons (130,140) has been made much more effective and healthy.

According to the form of the lid opening buttons (130,140) and the point where the lid (160) touches Positioning has also been done more effectively. End of cover opening buttons (130,140) The parts (131,141) are given a round form and they are used to read this shaped surface while in motion. has been provided. Thus, the opening and closing movement of the cover (160) occurs in a healthier way. has been provided.

At the back of the grenade chamber (110), the surfaces in contact with the lid opening buttons are Their roughness has a much lower value, unlike existing systems. Likewise, the cover The surface roughness of the surfaces contacting this part of the opening buttons (130,140) is also very low. has a value. However, at the mechanism interface (170), there are places where the buttons can come into contact. The surface roughness values of the surfaces are also low. In this way, the lid opening buttons are much more convenient. It works in some way.

The pin (240) connecting the cover (160) and grenade chamber (110) parts is attached to the grenade chamber. By fixing it, the movement of the cover on the pin (240) is ensured. On the grenade chamber (110), The connection type of the chamber (110) is that after the pin (240) is assembled, it is removed from the grenade chamber (110). separation, falling, impact, etc. to prevent the lid from detaching and opening unintentionally as a result of the effects It helps.

Slots (111) on the sides of the grenade chamber (110), where the grenade table is positioned available. These slots (111) are not formed as separate parts, but are shaped into the grenade chamber and placed in the hand grenade chamber. It is made as a whole with grenade chamber parts. These slots (111) are located on both sides available. Thus, the grenade table can be positioned in both directions. This In this way, the user can use the system with both right and left hands. grenade chamber (110), The points where the lower part carrying the grenade meets the rear part where the mechanisms are fixed The form has been given in a much more durable form. The rear part where the mechanisms are fixed Its own form, like the other parts, supports this durability.

All parts used in the grenade box are made of high strength, preferably glass fiber. It is made of polyamide material with additives. Grenade box, materials used and design Thanks to the given shapes, even if it contains a hand grenade, it cannot fall, crash, etc. with external effects It is designed not to be deformed.

The materials of the springs and pin parts used in the grenade box are preferably stainless steel. It is highly resistant to corrosion.

To open the lid (160), press the right opening button (130) or the left lid opening button (140). Pressing is not enough. Thus, unintentional opening of the cover is restricted. However, available Unlike the solutions, there is a safety latch (150) located under the right release button (130). available. The safety latch provides its movement with the safety latch spring (220) located inside.

Thanks to the mechanism here, the safety latch is always in this position when it is in the upper position. remaining and unintentional activation of the safety is prevented. Safety latch, right cover opening It prevents the movement of the button (130). Thus, both of the cover opening buttons (130,140) The cover cannot be opened because it cannot be pressed. This is an undesirable and dangerous situation such as unintentional opening of the door. It has been prevented in this way. When you want to open the cover, the safety latch (150) is pushed downwards. The right cover opening button (130) is released. Right and left cover opening button (130,140) together The cover is opened by pressing it. The draw rope (190) is attached to the grenade pin, and when the grenade is taken from the chamber (110) and pulled, the pin is pulled. It is ensured that it remains on the towing rope. For the towing rope (190), paracord material is preferably used. check One end of the rope (190) is passed through one of the holes on the mechanism interface (170) and The knot is tied. The other end is passed through the grenade pin and by tying a double knot, the mechanism is closed. It is tightened and fixed by passing through the protruding structure (171) located behind the interface (170).

The structure of the mechanism interface (170) here prevents the traction rope (190) from coming out automatically. It is in a structure that prevents obstacles and allows the user to easily remove the tow rope (190).

For safety reasons, the grenade pin should be used by bending it at the point where it comes out. Otherwise pin It may come out on its own. However, when the pin tip is bent, pulling the pin becomes very difficult. Users For this reason, it has to produce its own solutions. Used in Grenade Box The length of the draw rope (190) is optimally adjusted. Thanks to this length, the grenade Even if the pin is bent, when the grenade is taken from the chamber and pulled, the pin is on the drawstring. remains. In this way, usage has become much safer.

The scope of protection of this application is determined in the claims section and is strictly exemplary above. The innovation introduced in the invention by a person skilled in the art cannot be limited to what has been explained for the purpose of can be demonstrated by using similar structures and/or this structure can be used in the relevant technique. It is clear that it can be applied to other areas with similar purposes. Therefore, such structures It is also obvious that it will lack the criteria of innovation and especially surpassing the known state of the technique.

Claims (1)

CLAIMS . The invention is a grenade box designed to safely store different types of hand grenades in fabric loops on the user's clothing, bag or belt, and to enable the user to prepare the grenade for firing by using one hand, regardless of his right or left hand, without letting go of the weapon in his hand when the moment of use comes. It is relevant and its feature is; - It is designed to be placed in different types of hand grenades, provides evacuation of substances such as water and mud accumulated in the chamber with the discharge hole (112) at its base, prevents the latch of a hand grenade whose pin has been pulled and has stopped being thrown from being separated from the hand grenade, located on the right and left side, and prevents the hand grenade from being separated from the hand grenade. At least one grenade chamber containing suitable slots (111) for placing the grenade latch according to right and left hand usage, - placed in the grenade chamber (110) via the bracket pins (121) on it, mounted with the help of bolts (250), hand held At least one support bracket (120) that supports the grenade, restricts its movement by wrapping it and helps the user to grasp the grenade correctly, - the right and left end parts at the upper end, which, when pressed together, enable the grenade to be taken by opening the cover (160) ( 131, 141) and the left and right mounting holes (133, 143), which ensure that the cover (160) remains closed, are attached to the pin (119) at the back of the Grenade Chamber (110) and operate by rotating on the axis of this pin (119). cover opening button (130, 140) - It is located under the Cover Opening Buttons (130, 140), prevents unintentional opening of the cover when it is in the open position, and is attached to the pin (119) at the back of the Grenade Chamber (110) through the pin hole (152). At least one Safety Latch (150), which works by rotating on the (119) axis, - Mounted on the Hand Grenade Chamber (110) with the pin (240), grips the upper part of the hand grenade, prevents its movement in all directions, and puts the hand grenade into the EI Grenade Chamber (110). ) is characterized by containing at least one Cover (160), which is opened by pressing the Cover Opening Buttons (130, 140) and moving the end part of the buttons (131, 141) outwards by sliding from the surface (161) behind the Cover piece. . It is a hand grenade box conforming to Claim 1, and its features are; It is characterized by the fact that it contains a connection clip (180), which allows the Grenade Box to be fixed and installed in the area where it will be used, by nailing the two upper tabs (181) on the upper part of the Mechanism Interface (170) to the nail slots (172) located in the upper region of the Mechanism Interface (170). . It is a hand grenade box in accordance with Claim 1, and its feature is; One end is inserted into the relevant hole (174) on the Mechanism Interface (170), the other end is passed through the grenade pin and thus, when the grenade is withdrawn from the EI Grenade Box, it enables the grenade pin to come out of the grenade, making the grenade ready for throwing. It is characterized by containing a drawstring rope (190). . It is a hand grenade box in accordance with Claim 1, and its features are; It is characterized by containing the opening button spring (210), which is fixed via the mechanism interface (170) by being attached to the pin (119) in the grenade chamber (110) in the middle part, and which enables the lid opening buttons (130, 140) to operate. . It is a hand grenade box conforming to Claim 1, and its features are; It is fixed by the mechanism interface (170) by being attached to the pin (119) in the grenade chamber from its middle part, while one arm keeps in contact with the pin (110) located in the grenade chamber (110), the other arm enters the spring channel (153) next to the safety latch (150). It is characterized by containing a safety latch spring (220) that moves the safety latch (150) and enables its operation. . It is a hand grenade box conforming to Claim 1, and its features are; It is characterized by containing a cover spring (230), one arm of which is fixed by inserting it into the relevant slot in the grenade chamber (110), and the other arm of which fits into the slot in the cover (160), applying pressure to the cover and enabling the cover (160) to operate. The feature of the hand grenade chamber (110) according to claim 1 is; It is characterized by containing a conical hole (116.1) located in the ears (116) on the upper part of the grenade chamber (110), which allows the cover (160) to be mounted to the grenade chamber (110) with the pin (240). The feature of the hand grenade chamber (110) according to Claim 1 is; The surface roughness of the surfaces (115) in contact with the lid opening buttons (130, 140) at the rear of the said grenade chamber (110) is characterized by having very low surface roughness for the lid opening buttons (130, 140) to operate comfortably. It is the right door opening button (130) in accordance with claim 1, and its feature is; It is characterized by containing a right channel (134) into which the opening button spring (210) is attached and which ensures that the opening button spring (210) and the lid opening buttons (130, 140) tend to have a continuous closing movement. It is the left cover opening button (140) in accordance with claim 1, and its feature is; It is characterized by the fact that it contains a left channel (144) in which the opening button spring (210) is attached and which ensures that the opening button spring (210) and the lid opening buttons (130, 140) tend to have a continuous closing movement. It is a safety latch (150) in accordance with Request 1, and its feature is; It is characterized by the fact that the lid opening button contains a stepped structure (151) that blocks the right and left.