KR101314735B1 - Vehicle for transporting munitions - Google Patents

Abstract

PURPOSE: A multipurpose vehicle for transporting ammunition is provided to maximize the convenience and accuracy of processes in a loading or removing process by an ammunition loading device. CONSTITUTION: A multipurpose vehicle (1000) for transporting ammunition comprises a top plate (1300) and a support unit (1500). The top plate is arranged to front and rear sides of the upper part of a loading unit. The support unit is rotated forwards and backwards between top plate units and opens/closes a space between the top plate units. The support unit is formed in a flat plate shape with the top plate unit in a state in which one surface faces the upper part and forms the loading surface. The armament is loaded in a state in which the other surface faces the upper part and is moved to both sides relative to the loading unit.

Description

Multi-purpose ammunition transport vehicle {VEHICLE FOR TRANSPORTING MUNITIONS}

The present invention relates to a special vehicle, and more particularly, to a multi-purpose ammunition vehicle that maximizes safety and convenience by allowing loading, transporting, towing and mounting of ammunition such as missiles through a single vehicle.

In general, heavy ammunition such as missiles is mounted or loaded in a certain ammunition equipment, and these ammunitions are stored in the same location as the ammunition and are transported as needed to be mounted on a fighter plane or an ammunition vehicle at a predetermined location. .

The transport process of these ammunition is usually stored in the ammunition and loaded into a dedicated transport member such as a trailer, and then towed it to a predetermined place by a machine such as a crane truck, and the trailer is placed on the lower part of the fighter body. When it is transported to a predetermined mounting part, the heavy chain ammunition is removed from the trailer through the ammunition mounting equipment, and then placed at a desired height.

1 is a side view showing the operating state of the prior art ammunition transfer equipment.

As described above, the trailer 2 is a device having a predetermined loading portion on the upper side and a wheel for transporting, and means a device in which a passive movement is performed. The trailer 2 may have a support member for fixing a predetermined space or a predetermined load on the upper side, and when used for the purpose of transporting ammunition such as the missile 3, the cylinder is approximately at the top. Support members are arranged to support the shape.

When the trailer 2 withdraws the ammunition from a place such as an ammunition, it is loaded, and is towed by a truck such as a crane truck 1 to be transported to a desired position, which is a crane truck 1 and a trailer 2 Coupling of is usually made in the manner that is hinged through the coupling portion formed on the front side of the trailer (2) and the rear end of the crane truck (1).

As described above, the ammunition transfer process combines the trailer and the crane truck, loads the ammunition into the trailer, tow the trailer through the crane truck, and moves the trailer to a predetermined place. The removal is made in such a way that the precise transfer to the predetermined mounting position.

By the way, there is an excessive amount of equipment required in the transport and mounting of such conventional ammunition, which means that the work process is complicated. In particular, the process of transporting ammunition, such as ammunition, requires a high degree of caution for safety. As the number of working processes increases, the risk of safety accidents increases.

In addition, when the trailer and the crane truck are mutually fastened, the trailer may undesirably flow on the transport path, which may also be an element of an accident.

In addition, frequent braking is repeated, and the trailer towing system is always in danger due to impact and abrasion.

In addition, there is a problem that excessive costs and manpower is required to equip and operate devices such as crane trucks, dedicated trailers, and ammunition loading equipment.

The present invention has been made to solve the above problems, it is an object of the present invention to provide a multi-purpose ammunition vehicle that can improve the economics and safety by simplifying the transportation of ammunition such as missiles through a single equipment. .

In addition, an object of the present invention is to provide a multi-purpose ammunition transport vehicle having a structure that can maximize the convenience and accuracy of the process in the process of loading or removing the vehicle through the ammunition mounting equipment.

The multi-purpose ammunition transport vehicle according to the present invention is a vehicle having a driving unit and a loading unit, the support unit being rotated back and forth between the upper plate portion and the upper plate portion disposed in front and rear of the upper portion of the loading portion to open and close a space between the upper plate portions. The support portion includes a multi-purpose ammunition transport vehicle that forms a loading surface by forming a substantially flat plate shape together with the upper plate portion in a state where one surface faces the upper side, and mounts the ammunition in a state where the other surface faces the upper side. Therefore, the process of mounting, transporting and mounting the ammunition is safe and convenient, and can be utilized for various purposes.

In addition, the multi-purpose ammunition transport vehicle according to the present invention further includes a mounting portion coupled to the other surface of the support and supporting a portion of the outer surface of the ammunition. Therefore, it is possible to apply to various ammunition.

In addition, the multi-purpose ammunition transport vehicle according to the present invention further comprises a base portion coupled between the upper plate portion and the loading portion. Therefore, the manipulation of the mounting and removal can be made easily and firmly.

In addition, in the multi-purpose ammunition vehicle according to the present invention, the support portion can be moved to both sides with respect to the base portion. Therefore, the convenience of the conveying process is maximized and the precision of operation is improved.

In addition, the multi-purpose ammunition transport vehicle according to the present invention, the space between the upper plate portion in the state that the other surface of the support portion to the upper side may function as a detachable space to operate the lift unit of the ammunition mounting equipment to detach the ammunition. Thus, the convenience of the operation is improved.

In addition, the multi-purpose ammunition transport vehicle according to the present invention, the upper plate portion may be composed of a fixed plate portion disposed on the front side and the rear end side, and a support plate portion disposed between the fixed plate portion and hinged support.

In addition, the multi-purpose ammunition vehicle according to the present invention, the support plate may be arranged to be movable to both sides with respect to the fixed plate. Thus, reliable operation is possible.

In addition, the multi-purpose ammunition transport vehicle according to the present invention, the support portion further includes a pin on the other surface, and further comprises a pin portion for fastening through the lower side of the protrusion and the mounting portion. Thus, a solid and convenient combination of the mounting portion is possible.

The pin fixing part may further include a pin fixing part coupled to the other surface of the support part so as to be rotatable in the vertical direction and fixing the head part of the pin part. Thus, the reliability of the coupling is improved.

In addition, the multi-purpose ammunition vehicle according to the present invention, may be provided on the side of the upper plate portion may further include a hook portion for coupling the wire or band when loading the article or ammunition. Therefore, safe conveyance at the time of loading is possible.

On the other hand, the multi-purpose ammunition transport vehicle according to the present invention, a vehicle having a driving unit and a loading unit, the upper plate portion disposed in front and rear of the upper portion and the support portion hinged between the upper plate portion, the support portion In the pivoted state, one surface is in close contact with the upper surface of the upper plate portion, and provides a multi-purpose ammunition transport vehicle for mounting the ammunition on the upper side of the other surface. Therefore, convenient operation is possible and can be utilized for various uses.

Multi-purpose ammunition transportation vehicle according to the present invention is equipped with a loading portion of the vehicle, such as a general truck, but the mounting portion is capable of using a multi-purpose, such as loading of general cargo and mounting of special ammunition and equipment required for a series of processes Since it can minimize the economic efficiency and the safety of the ammunition transfer process, such as firearms is improved.

In addition, since the support portion of the mounting portion is rotated in the vertical direction to open and close a predetermined space, it is possible to reliably support the ammunition by the mounting portion, while also detachable to operate the ammunition mounting equipment in the space therebetween. Space is provided to maximize the convenience of mounting, conveying, removing and mounting.

In addition, since the combination of the mounting portion and the support can be made in a simple and reliable manner, there is an effect that can easily and accurately correspond to various ammunition.

1 is a side view showing an ammunition transfer process of the prior art.
Figure 2 is a side view showing a multi-purpose ammunition transport vehicle of the present invention.
3 is a plan view of the multi-purpose ammunition transport vehicle of FIG.
4 is a plan view showing a step of detaching ammunition from the multipurpose ammunition transport vehicle of the present invention.
5 is a rear view of FIG. 4.
Figure 6 is a side view showing in more detail the general loading state of the mounting portion of the multi-purpose ammunition transport vehicle of the present invention.
Figure 7 is a side view showing in more detail the ammunition loading state of the mounting portion of the multi-purpose ammunition transport vehicle of the present invention.

Hereinafter, with reference to the accompanying drawings will be described in more detail the multipurpose ammunition transport vehicle according to the present invention.

2 is a side view showing the multi-purpose ammunition transport vehicle of the present invention.

The multi-purpose ammunition transport vehicle 1000 according to the concept of the present invention is basically a vehicle having a loading unit 1020 and a driving unit 1010, and a loading unit 1100 of an ammunition coupled to an upper side of the loading unit 1020. )

In the description of the present invention, an example of the ammunition 3 is described as a missile, but may be understood to include ammunition and weapons of various weights, and is understood to exclude equipment or materials for construction or maintenance. Should not be.

The driving unit 1010 is equipped with operation devices that can control the power so that a person can move to a predetermined place on board, it is not necessarily limited to the form shown in the drawings. In addition, the driving unit 1010 may be provided with a predetermined communication module or network module, not directly disposed in the vehicle, so that the speed or direction of driving may be controlled by an operator remotely.

In addition, the loading unit 1020 is disposed on the rear side of the driving unit 1010 and the upper portion is formed in a substantially flat shape so that a predetermined cargo or the like can be loaded in the upper space.

The driving unit 1010 and the loading unit 1020 may utilize a general transporting truck, and as described below, the mounting unit 1100 may serve as a special vehicle that may transport ammunition by loading or combining the mounting unit 1100. Accordingly, while the trailer for loading a predetermined transport vehicle and ammunition is separated in the prior art, in the present invention, since the respective functions can be combined and used, the equipment and the process are simplified and the risk of safety accident is reduced. It should be noted that

Hereinafter, the mounting unit 1100 will be described in more detail.

The mounting unit 1100 basically has a base portion 1200 coupled to and supported by the mounting portion 1020, and is formed on an upper side of the base portion 1200 so that an upper surface thereof may have a substantially flat plate shape so that various items can be loaded thereon. It consists of the upper plate portion 1300 and the support portion 1500 is coupled to the upper plate portion 1300 and the mounting portion 1400 that can support the ammunition (3).

The base portion 1200 is coupled to the upper side of the loading portion 1020 at the bottom, and functions to support a predetermined weight firmly by combining the upper plate portion 1300 and the support portion 1500 from the upper side. The shape of the base portion 1200 may be selectively made according to the shape and detachment of the loaded ammunition (3) and various articles, as will be described later, the center side in the longitudinal direction for removal of the ammunition (3) It is preferable that it is made into the shape which opens to this top and bottom and both sides.

The upper plate portion 1300 may be coupled to the base portion 1200 on the bottom surface, and may combine the mounting portion 1400 capable of supporting the ammunition 3 on the upper side. However, in the concept of the present invention, the top plate 1300 may function as a versatile to load various items as well as the mounting of the ammunition (3), which will be described later with respect to this structure.

The mounting portion 1400 may be formed of a predetermined bracket having a shape that can support the ammunition (3) from the upper side, more specifically, a groove shape corresponding to the shape of a part of the outer surface of the ammunition (3). In the case of ammunition such as a missile, the outer surface is made of a substantially cylindrical shape, so the groove of the mounting portion 1400 may be formed in a portion or an arc shape of a circle.

In addition, the mounting portion 1400 is preferably detachable to the upper plate portion 1300 or the support portion 1500 coupled with the upper plate portion 1300, and thus the mounting portion 1400 corresponding to the shape of the various ammunition (3) It can be removed and used according to the selection.

The mounting portion 1400 may be formed as a single member, respectively, but may be formed of two or more members formed on both sides at one support portion for convenience of detachment. For example, when supporting a part of the outer surface of the missile, in order to accurately support one missile, two or more mounting units 1400 are preferably formed in the longitudinal direction, and one mounting unit 1400 is formed on both sides. It can be formed in a manner that is combined in.

As a preferred embodiment of the present invention, the upper plate of the mounting portion 1100 is formed of the upper plate portion 1300 formed in front and rear and the support portion 1500 which is coupled to the approximately center side of the upper plate portion 1300 to be rotated up and down. Can be.

The support portion 1500 is formed in a substantially plate shape, is pivoted to the front and rear sides, and hinged to the rear end side of the upper plate portion 1300 disposed at the front so as to open and close the space at the center side, and the upper plate portion 1300 disposed at the rear side. It can be hinged to the front end of the. The arrangement state of the support unit 1500 and the number of couplings may be variously selected. In the example of FIG. 2, an example in which the support unit 1500 is formed in two long sides on both sides is illustrated.

As described above, the mounting unit 1400 is a predetermined bracket capable of mounting and supporting various ammunitions 3 according to a selection. The mounting unit 1400 may be detachable to a lower surface of the support unit 1500.

Specifically, the support 1500 is usually disposed in parallel with the upper plate portion 1300 to form the overall shape of the plate together with the upper plate portion 1300 to load predetermined loads on one surface. In addition, when the ammunition 3 having a predetermined shape is to be mounted, the support part 1500 is rotated forward and backward and the upper and lower surfaces are inverted. Specifically, one surface is disposed to face the upper surface of the upper plate part 1300, and the other surface. It is arranged to face upward.

The other side of the support 1500 is formed with a coupling structure corresponding to the bottom shape of the mounting portion 1400, whereby the mounting portion 1400 may be detachable to the other surface of the support 1500. Coupling method of the mounting portion 1400 and the support 1500 may be made in various ways depending on the selection, which will be described later.

As described above, one surface of the support unit 1500 functions as a flat plate for general loading, and the upper and lower surfaces are rotated so as to be reversed to mount a special ammunition, thereby combining the mounting unit 1400. In the absence of the transport it can function as a general truck has the advantage that the utility of the equipment can be maximized.

In addition, when the support 1500 is rotated so that the other surface is directed upward, a space that is formed to the left and right on the center side of the mounting unit 1100 may be formed, and the space may be mounted or removed from the ammunition 3. At this time, it will function as a detachable space which is a space in which a predetermined portion of the ammunition mounting equipment (2000 of FIG. 5) as described below can be operated.

Figure 3 is a plan view of the above-mentioned multi-purpose ammunition transport vehicle of the present invention from above.

The mounting portion 1100 may form a predetermined loading surface by the upper plate portion 1300 and the support portion 1500, and the support portion 1500 is rotated forward and backward so that the other side faces the upper side and is loaded with the ammunition 3. As described above, it can function as a special vehicle capable of doing so.

By the way, as described later ammunition mounting equipment in the state in which the ammunition (3) is transferred to a predetermined space such as the lower side of the fighter in the state supported by the mounting portion (1400) coupled to the support 1500 (2000 of Figure 5) As a result, a fine adjustment to the exact mounting position occurs.

Therefore, a further concept of the present invention proposes a concept in which the support 1500 can be moved to both sides of the vehicle.

That is, the support unit 1500 may be transported a predetermined distance to both sides in a state where the ammunition 3 is mounted, thereby adjusting the exact horizontal position for mounting.

Both sides of the support 1500 may be manually moved or may be made by using a hydraulic pump which is a predetermined driving force providing means. A predetermined guide rail (not shown) for guiding the transfer of the support 1500 may be provided. It may be provided additionally. In addition, the support 1500 may be transported with respect to the upper plate portion 1300, or may be made as a whole with respect to the base portion 1200 with the upper plate portion.

4 and 5 are a plan view and a rear view showing a state in which the above-described support of the present invention is transferred to the mounted or removed to remove the ammunition.

As described above, the support 1500 may be rotated back and forth with respect to the upper plate 1300 to mount the ammunition 3 on the upper side of the other surface of the support 1500, for detachment of the ammunition to the mounting portion 1100. Ammunition mounting equipment (2000) can transfer the ammunition (3) up and down and both sides.

The ammunition mounting equipment 2000 may be equipped with a variety of equipment according to the selection, it may be equipped with a lift unit 2010 that can be mounted on the end side and the ammunition (3) such as missiles can be transported in the vertical direction.

Referring to the mounting process of the ammunition (3) to the multi-purpose ammunition transport vehicle 1000 by the ammunition mounting equipment (2000), in the state that the upper surface of the mounting portion 1100 in the form of a flat plate as a whole, the front and rear sides When the mounting portion 1400 is engaged with the other surface being rotated upward, the lift unit 2010 is coupled to the upper side of the support 1500 by lifting the ammunition 3 at a predetermined position of the magazine. It is mounted on the correct position of the mounting portion (1400). In such a process, the space opened by the support 1500 being rotated may function as a predetermined detachment space into which the lift unit 2010 may be inserted, and the support 1500 may be more effective at both sides to more effectively perform such a mounting process. It can be transported by sliding. When the mounting of the ammunition 3 is completed, the lift unit 2010 removes the bearing force on the ammunition 3.

In addition, when the removal process from the multi-purpose ammunition transport vehicle 1000, as described above, the ammunition mounting equipment (2000) when the transfer to the predetermined place in the state in which the ammunition (3) is mounted on the holder 1400 is completed. The lift unit 2010 of the) lifts the ammunition 3 to a predetermined position by re-supporting the ammunition 3 or horizontally transporting the ammunition to a predetermined part such as a body or a wing of the fighter. In order to further improve the precision in this process, the support 1500 can also be transferred to both sides.

On the other hand, in the state that does not transport the ammunition (3) as described above, the upper plate portion 1300 and the support portion 1500 may be used in various ways for the mounting of various objects on the upper surface, the upper plate portion for effective mounting of various objects The 1300 and / or the support 1500 may couple the hook 1110 at a portion or the side of the upper surface.

The hook part 1110 may be formed in various shapes such as a hook or a ring, and various fixing means such as wires or bands may be fastened to provide a firm supporting force. In addition, the hook portion 1110 may function to further secure the mounting when the ammunition (3) is mounted, the placement portion or number of such hook portion 1110 may be made in various ways depending on the selection.

6 is a side view showing a state when used for the general loading of the mounting portion described above.

The mounting portion 1100 may be firmly coupled to the base portion 1200 in the same manner as bolting or welding from the bottom portion to the loading portion 1020, and may combine the upper plate portion 1300 and / or the support portion 1500 on the upper side thereof. Can be.

In the embodiment of FIG. 6, the upper plate portion 1300 shows a state in which two plate members are disposed on the front side and the rear side of the upper surface of the mounting portion 1100, respectively, but the arrangement state is not limited thereto. In detail, the upper plate part 1300 may include a fixed plate part 1320 disposed at front and rear end sides, and a support plate part 1310 disposed closer to the center side with respect to the fixed plate part 1320. The first support part 1510 or the second support part 1520 may be hinged between the support plate parts 1310.

As described above, the space at the center side opened by the support unit 1500 is a detachable space in which the mounting unit 1400 is coupled and the lift unit 2010 is inserted when the ammunition 3 is mounted to perform the function of detachment. Can function as

In addition, as described above, the hook portion 1110 may be coupled to the side surface of the upper plate portion 1300 to provide a firm coupling force when mounting an object or mounting the ammunition 3.

The first support part 1510 and the second support part 1520 constituting the support part 1500 are disposed to face each other in a state in which one side faces the upper side, and the other side faces the upper side as described below. Supporting 3) opens the space between the upper plate portion 1300.

The support 1500 may be transported to both sides for the convenience of detachment of the ammunition 3. The support 1500 may be transported alone in a hinged state to the upper plate 1300 in terms of structural or rigidity. Difficulties can arise.

Therefore, it is preferable that the fixing plate part 1320 is fixed to the base part 1200 and the supporting plate part 1310 is transferred to both sides with respect to the fixing plate part 1320 in a state in which the supporting part 1500 is hinged.

7 is a side view illustrating the mounting unit in a state where ammunition of the multipurpose ammunition transport vehicle of the present invention is mounted in more detail.

The first support part 1510 and the second support part 1520 constituting the support part 1500 are rotated to the front side and the rear side, respectively, so that the other surface may be disposed to face the upper side, whereby one surface is the upper plate part 1300. In more detail, it may be in close contact with the upper surface of the support plate 1310.

As described above, the mounting portion 1400 may be coupled to the other surface side of the support 1500, and a predetermined coupling structure may be selected for such coupling. In the preferred embodiment of the present invention, an example in which pin coupling is performed is described.

That is, the first support part 1510 and the second support part 1520 each have a predetermined protrusion (not shown) protruding upward, and the protrusion has a predetermined through hole.

The mounting portion 1400 may have a predetermined space in which a part or all of the protrusions may be inserted, and a mounting portion through-hole corresponding to the through-hole of the protrusion (not shown) may be formed. The pin part 1420 may be inserted through the through hole and the mounting part through hole to provide a fastening force with each other.

The coupling in the same manner as bolting may be applied in place of the pin unit 1420, but as the structure has the structure described above, the mounting unit 1400 and the support unit 1500 may be easily detached.

However, there is a possibility that the pin portion 1420 is undesirably released during the transfer process, which may lead to a safety accident. In order to solve this problem, the support part 1500 may further couple a pin fixing part 1430 capable of fixing an insertion state of the pin part 1420.

The pin fixing part 1430 is a predetermined member that can be rotated in the up and down direction on the other surface of the support part 1500, and the pin part 1420 is inserted through the mounting part 1400 and the protrusion from the front and rear sides to the inside. It is caught by the head of 1420 to fix the insertion state.

In order to further improve the fastening force by the pin fixing part 1430, the pin fixing part 1430 is preferably further provided with an elastic means such as a spring to provide an elastic force in the inner direction, that is, the direction in which the protrusion is formed.

Multi-purpose ammunition transporting vehicle 1000 according to the present invention as described above, equipped with a mounting portion 1100 in the loading portion of the vehicle, such as a general truck, the mounting portion 1100 is such as loading of general cargo and mounting of special ammunition Since it is possible to use a multi-purpose, there is an advantage that the economic efficiency is improved and the safety in the transport process of ammunition such as firearms is improved.

In addition, since the support portion 1500 of the mounting portion 1100 has a structure that can be rotated in the vertical direction to open and close a predetermined space, the ammunition by the mounting portion 1400 can be reliably supported, but in the space therebetween. Ammunition mounting equipment (2000) provides a detachable space that can be operated to maximize the convenience of the process of mounting, transport, removal and mounting.

In addition, since the coupling of the mounting portion 1400 and the support 1500 can be made in a simple and reliable manner, there is an advantage in that it can be easily and accurately made in response to various ammunition.

In the foregoing, the present invention has been described in detail based on the embodiments and the accompanying drawings. However, the scope of the present invention is not limited by the above embodiments and drawings, and the scope of the present invention will be limited only by the content of the following claims.

Multi purpose ammunition vehicle 10 10
1020 Loads 1100 Loads
1110 ... hook part 1200 ... base part
1300 ... top plate 1310 ... support plate
1320 ... fixing plate 1400 ... mounting
1410 Mounting bracket 1420 Pin part
1430 Pingo Government 1500
1510 First support 1520 Second support
1530 Hinges 2000 Ammunition Equipment
2010 ... lift

Claims (11)

A vehicle having a driving unit and a loading unit,
An upper plate disposed at the front and the rear of the loading unit; And
And a support part pivoted back and forth between the upper plate parts to open and close a space between the upper plate parts.
The support portion is formed in a flat plate shape with the upper plate portion in a state in which one surface is oriented to form a loading surface and the other surface is mounted in the state facing the upper side and is moved to both sides with respect to the loading portion Ammunition Transport Vehicles. The method of claim 1,
Multi-purpose ammo transport vehicle further comprises a; support portion coupled to the other surface of the support portion for supporting a portion of the outer surface of the ammunition. 3. The method of claim 2,
And a base portion coupled between the top plate portion and the loading portion. The method of claim 3,
The support unit is a multi-purpose ammunition transport vehicle, characterized in that moved to both sides with respect to the base portion. The method of claim 1,
Multi-purpose ammunition transport vehicle, characterized in that the space between the upper plate portion in the state that the other side of the support portion to the upper side acts as a detachable space to operate the lift unit of the ammunition mounting equipment to detach the ammunition. The method of claim 1,
The upper plate portion is a multi-purpose ammunition transport vehicle, characterized in that consisting of a fixed plate portion disposed on the front side and the rear end side, and a support plate portion disposed between the fixed plate portion and hinged to the support portion. The method according to claim 6,
The support plate portion, multi-purpose ammo transport vehicle, characterized in that arranged to be movable to both sides with respect to the fixed plate portion. 3. The method of claim 2,
The support portion includes a protrusion on the other surface,
Multi-purpose ammo transport vehicle further comprises; a pin portion for fastening through the lower portion of the protrusion and the mounting portion. 9. The method of claim 8,
And a pin fixing part coupled to the other surface of the support part so as to be rotatable in the vertical direction, and fixing the head part of the pin part. The method of claim 1,
Multi-purpose ammunition transport vehicle further comprises a; hook portion provided on the side of the upper plate and coupled to the wire or band when loading the article or ammunition. delete

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