A cabin type ammunition decomposing vehicle, which involves the technical field of ammunition destruction equipment, including vehicle chassis and car body, the car chassis and the vehicle chassis can be fixed / separated. The body has a submunition decomposition system, the lighting torch decomposition tool and auxiliary device, which can complete the decomposition and disassembly of the projectiles, such as the illuminating projectile and the submunition, and so on. The side wall of the body is provided with an upturn door and a down door, the upturn door is connected with the top pivot of the box body, the down door is connected with the bottom pivot of the box body, the upper pole and the lower pull rod are arranged on the box body, the end of the upper pole is connected with the chamber pivot, and the other end of the upper pole is connected with the upturn door to support the horizontal state. One end of the pull rod is connected with the van pivot, and the other end of the pull rod is connected with the lower turning door for pulling the lower turning door into a horizontal state. During the operation, the down door can be turned down to the level state, the pull rod will pull down the door, the operator can stand on the down door and form the sufficient operating space; the upturn door is turned upwards, the upturn door is supported on the horizontal state with the support rod, which can cover the sun and the rain and snow. When the vehicle runs, the door will turn over and the door will turn over and the door will turn over the door and the door will turn over the door and the door will turn over the door and the door will turn over the door and the door will turn over the door and the door will turn over the door and the door will turn over the door and the door will turn over the door and the door will turn over the door and the door will turn over the door and the door will turn over the door and the door will turn over the door and the door will turn over the door when the vehicle runs. Turn down the door and get up.
【技术实现步骤摘要】
一种开舱式弹药分解车
本技术涉及弹药分解设备
,具体涉及一种开舱式弹药分解车。
技术介绍
目前,子母弹、照明弹等开舱式弹药的销毁处理工作都需要将报废的弹药调运至固定的弹药销毁机构进行,且该类型弹药专用销毁设备相对较少,销毁处理作业效率较低,调运过程中存在成本高,且运输安全隐患比较突出的问题,尤其是对于新疆、西藏、边海防等偏远地区的报废弹药而言,问题就更为突出。开舱式弹药分解车提供了一种机动式的开舱式弹药分解设备,采用开舱式弹药母弹装配装填物(子弹、照明炬)工艺及螺纹拧紧工艺的逆装配流程,推出母弹后的子弹采用自动化技术由拆卸机械手单独实施处理,子弹采用旋卸技术拆分引信、压力推出技术分离炸药装药与药型罩,照明炬采用将降落伞剪切拆分后由水切割设备切割成若干块后投入烧毁炉就地烧毁的处理技术方案。该系统在现役炮弹旋分技术的基础上,根据车载机动性要求进行自动化、小型化适应性改进。该开舱式弹药分解厢体内空间较为紧凑,存在操作空间不足的问题,而且厢体地板与地面高度相差较大(厢体不落地时高度差更大),极易造成工作效率偏低,甚至引起安全事故。设计一种能够为操作人员提供足够的操作空间的开舱式弹药分解车成为亟待解决的技术问题。
技术实现思路
本技术针对现有技术的不足,提出一种开舱式弹药分解车,开舱式弹药分解车包括:车辆底盘和厢体,厢体与车辆底盘可固定/分离连接,厢体内设有子母弹分解系统、照明炬分解工具,厢体的侧壁上设有上翻门和下翻门,上翻门与厢体的顶部枢轴连接,下翻门与厢体的底部枢轴连接;厢体上设有上撑杆和下拉杆,上撑杆的一端与厢体枢轴连接,上撑杆的另一端与上翻门连接,用于将上翻门 ...
【技术保护点】
1.一种开舱式弹药分解车,其特征在于,所述开舱式弹药分解车包括:车辆底盘(1)和厢体(2),所述厢体(2)与所述车辆底盘(1)可固定/分离连接,所述厢体(2)内设有开舱式弹药分解设备(8),所述厢体(2)的侧壁上设有上翻门(4)和下翻门(5),所述上翻门(4)与所述厢体(2)的顶部枢轴连接,所述下翻门(5)与所述厢体(2)的底部枢轴连接;所述厢体(2)上设有上撑杆(6)和下拉杆(7),所述上撑杆(6)的一端与所述厢体(2)枢轴连接,所述上撑杆(6)的另一端与所述上翻门(4)连接用于支撑所述上翻门(4);所述下拉杆(7)的一端与所述厢体(2)枢轴连接,所述下拉杆(7)的另一端与所述下翻门(5)连接用于将所述下翻门(5)拉持为水平状态。
【技术特征摘要】
1.一种开舱式弹药分解车,其特征在于,所述开舱式弹药分解车包括:车辆底盘(1)和厢体(2),所述厢体(2)与所述车辆底盘(1)可固定/分离连接,所述厢体(2)内设有开舱式弹药分解设备(8),所述厢体(2)的侧壁上设有上翻门(4)和下翻门(5),所述上翻门(4)与所述厢体(2)的顶部枢轴连接,所述下翻门(5)与所述厢体(2)的底部枢轴连接;所述厢体(2)上设有上撑杆(6)和下拉杆(7),所述上撑杆(6)的一端与所述厢体(2)枢轴连接,所述上撑杆(6)的另一端与所述上翻门(4)连接用于支撑所述上翻门(4);所述下拉杆(7)的一端与所述厢体(2)枢轴连接,所述下拉杆(7)的另一端与所述下翻门(5)连接用于将所述下翻门(5)拉持为水平状态。2.根据权利要求1所述的开舱式弹药分解车,其特征在于,所述...
【专利技术属性】
技术研发人员:孙永山,吕游,孙韬,陆凡东,王永南,张伟光,崔元星,董海伟,易胜,周霄宇,满海涛,曹彬,马慧强,孙琪,郭晓辉,
申请(专利权)人:中国人民解放军六六三五二部队,
类型:新型
国别省市:北京,11
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