A ROTATING ORDER MECHANISM

Abstract

The invention relates to a mission-rotating arrangement mechanism (3) which provides vertical 180-degree rotation capability to the ladder (2) used for quick access to the mechanisms on the cabin ceiling (11) in military combat vehicles (1).

Description

1 Specifications A ROTATING ORDER MECHANISM Technical Area The invention provides 5 quick access mechanisms on the roof of the hull in military combat vehicles. It relates to a mechanism for use. The invention is particularly relevant to a task-rotating mechanism in military combat vehicles. This invention combines the existing hook and folding ladder and adds a second one. Making one ascent using the same staircase eliminates the need for an additional staircase to reach the ceiling. It offers the possibility of elimination. State of the Art Today, military combat vehicles are equipped with ballistic munitions, missiles, and 15-inch missiles mounted on them. Because a satellite receiver and camouflage net were installed, personnel needed 2-3 separate levels of height to reach the two levels. a ladder is needed (Figure 3). Additionally, the vehicle requires an extra ladder with a hook. Storing them in a cupboard (chest) takes up a lot of space, sometimes even in the vehicle. It cannot be found. The subject of the invention is the rotating mechanism that enables this. The problem is eliminated. 20 In the current technology, the designation CN207842810 (U), titled “Car ladder mechanism” The utility model provides a car ladder assembly, cat ladder assembly, and tilting mechanism. Includes handle assembly and numerous mounting pads, the cat ladder assembly is rectangular. Includes cat ladder frame, sad arm assembly includes at least one pair of sad arms, 25 The sad arm corresponds radically to the number of mounting pads, each root one end of the arm. It breaks and rotates so that the corresponding mounting pad is attached and each root, it damages the other end and then, respectively, the adjustment in the cat ladder frames It is connected by a longitudinal slide, the mounting pad is on the back outside of the packaging box. It is fixed to the panel. The upward climb car ladder assembly is satisfactory for military use. the situation of the personnel under the influence of external forces and the slight difference between the user's situation The converted off-road transport truck can package the vehicle; the rear panel does not open quickly. Provided that the bus is boarded or alighted, and its simple structure is reliable and convenient to use. 2 Again, CN206448764 (U), “Adjustable length and width used in automobiles The utility model titled "Military Transport Folding Boarding Ladder" has the following dimensions: length and width. an adjustable military transport vehicle with a folding boarding ladder It relates to the main part of the car ladder, which consists of two vertical bars, and the two vertical bars. It includes numerous lateral step posts tightly bound side-by-side, yet 5 It is equipped with a vertical hydraulic body, lifting board and bed plate, two vertical to the upper segment support piece with rod joint and to the connecting support piece respectively. It is divided, and the connection point covers are attached to the support piece mounting plate. It has and the vertical hydraulic shaft is connected to the top of the cylinder end support piece and bearing. The plate is attached to the bottom of the support piece and the piston rod of the two vertical hydraulic arms is 10 The tail section is securely attached to the lifting panel's level adjustment, lateral step mast. Horizontal hydraulic deflection. The utility model specifies the length and width of the boarding ladder. It is adjustable, foldable, and saves storage space. that it guarantees its safety and stability, high chassis like a military transport vehicle It explains that it is suitable for wide application in the car. 15 Purpose of the Invention The invention aims to eliminate the disadvantages inherent in the prior art. One purpose is to allow the single-type hook ladder to rotate 180 degrees. Another objective of the invention is to provide a second stage of output. Another purpose of the invention is to create a cabinet (box) for separate storage after use. It eliminates the need for it. Another purpose of the invention is to adapt standard stair railings to different locations. It is usability. Another purpose of the invention is to provide a fixed spiral staircase feature at the commander's gate entrance. It is an addition. 30 Another purpose of the invention is to eliminate the need for another ladder for two-stage ascent. It is to remove it. 3 Explanation of the Figures Figure 1 shows a general perspective view of the application of the mechanism that is the subject of the invention. Figure 2 shows a perspective view of the disassembly of the mechanism that is the subject of the invention. Figure 3 shows an application of the previous technique. 5 Explanation of Reference Numbers Reference Number Reference Name 1 Vehicle 11 Ceiling 2 Stairs 3. Task-rotating arrangement mechanism 31 Fuselage 311 Mounting socket 312 Lock contact socket 313 Hook contact socket 314 Stopping surface 315 Articulation 32 Hooks 321 Ladder connection socket 322 Lock contact socket 323 Pin connector socket 324 Stopping surface 325 Articulation point 33 Pins 331 Piston Rings 34 Locks 341 Nails Detailed Description of the Invention 4 The invention provides quick access to the mechanisms in the cabin roof (11) of military combat vehicles (1). The ladder used for access (2) is 180 in the vertical (vertical axis, up-down direction) with a task-rotating mechanism (3) that provides degree of rotational movement capability It is related. Figure 1 shows the general application of the rotating mechanism (3) of the invention. The perspective view is shown. According to the figure, a military vehicle (1) has a roof (11) The stairs (2) are connected. For the connection of the stairs (2) to the ceiling (11). The rotating duty arrangement mechanism (3) is used. The said rotating duty arrangement The mechanism (3) is fixed to the ceiling (11), and the ladders (2) are used for this purpose. They are easily connected to their mechanisms (3). Figure 2 shows the disassembly perspective of the rotating assembly mechanism (3) which is the subject of the invention. The appearance is shown. According to the figure, the said task rotating arrangement mechanism (3); It includes a body (31), a hook (32), a pin (33) and a lock (34). The 15 in question body (31) preferably “L-like” shaped and on which the vehicle preferably on both axes (1) Mounting slots (311) have been created for fixing to the ceiling (11). Body (31) Stopping surfaces (314) are formed on the top and bottom. In this way The hook (32) is made to stand by resting on these surfaces (314). Again, the front of the body (31) A single joint projection (315) is formed in this part. This projection (315) 20 A locking contact socket (312) and a hook contact socket (313) have also been created on it. As can be seen in Figure 2, the body (31) is connected by an articulated connection. A hook (32) has been formed on it. The hook (32) has a monolithic structure on it. Thanks to the joint projection (325) formed in this way, the body joint projection (315) and 25 It is articulated with the housing (31) by means of a pin (33) in a compatible manner. Lock contact socket (322) and pin contact socket (323) on the projection (325) It has been formed. A stop surface (324) has been formed at the bottom of the hook (32). In this way, the hook (32) stops with this stopping surface (324) and the body (31) stop It is made to stand by resting on the surface (314). The hook (32) shown in Figure 2 is the front 30 Ladder connection sockets (321) have been created in this part. Ladder (2) connects to these sockets. (321) is fixed by passing through. In the application of the invention shown in Figure 1, the body (31) is fixed to the ceiling (11). The body (31) and the hook (32) are articulated with a pin (33). The end of the pin (33) has a retaining ring (331) It is fixed by attaching. In this way, the hook (32) has the ability to rotate 180 degrees. The hook (32) is connected to the ladder connection sockets (321) of the ladders (2). 180 Thanks to the hook (32) which has the ability to rotate 180 degrees, the ladder (2) can rotate 5 degrees. It has mobility. After the assembly and turning of the ladder (2), the lock It is locked thanks to the tab (341) formed on (34).

Claims

6 REQUESTS 1. The invention provides quick access to the mechanisms in the cabin roof (11) of military combat vehicles (1). The ladder (2) used for access has the ability to rotate 180 degrees vertically. is a task-revolving mechanism (3) which provides - one hook (32), 5 the joint projection formed on it as a single piece (325), The hook (32) forms ladder connection slots (321) on the front part, - a body (31) to connect with the mentioned hook (32) by hinge, the mentioned body (31) is formed as a single piece in the front part articulation (315), 10 Lock contact socket formed on the aforementioned protrusion (315) (312) and hook contact socket (313), - passing through the aforementioned joint protrusions (325, 315) hook (32) and body (31) a pin that articulates (33), - a lock to ensure locking after mounting and turning of the ladder (2) 15 (34), It is characterized by its inclusion.

2. A body (31) conforming to claim 1, characterized by having an “L-like” form. is being done. 20 3. A body (31) conforming to claim 1 or 2, on which the vehicle (1) is mounted on both axes. by including mounting slots (311) designed to be fixed to the ceiling (11) It is characterized by...

4. A body (31) conforming to claim 1, formed at the top and bottom, with a hook (32) to enable it to stand by a stopping surface (314) 25 It is characterized by its inclusion.

5. A hook (32) conforming to claim 1, on the aforementioned joint projection (325) by including a formed lock contact slot (322) and a pin contact slot (323) It is characterized by...

6. A hook (32) conforming to claim 1 or 4, to the aforementioned body stopping surface 30 (314) to support a formed stopping surface at the bottom (324) It is characterized by its inclusion.

7. A lock (34) in accordance with Claim 1, which is designed to ensure locking. It is characterized by containing formed nails (341).

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