The invention discloses a fixed device for a new energy vehicle charging gun, including a charging head, an inner connecting pipe, a gun body, a fixed plate and a shrinking wire. The front end of the gun body is installed with a charging head, and the outer wall of the rear end of the charging head is set with a reverse thread, and the outer wall of the inner connecting pipe is provided with an external reverse thread, and the charge head is used. A charging seat is connected with a charging seat, and an external connecting pipe is arranged outside the charging seat. Internal and reverse threads are arranged on the inner wall of the outer connecting pipe. The inner reverse thread and the outer reverse thread are connected with the external thread. The bottom of the gun body is fixed with a handle. The fixed plate is fixed to the outer wall of the charging pile, and the left end of the fixed plate is connected with a spring. The spring is also connected with the spring. The spring is also connected with the spring. The spring is also connected with the spring. The spring is also connected with the spring. The spring is also connected with the spring. The spring is also connected with the spring. The spring is also connected with the spring. The spring is also connected with the spring. The spring is also connected with the spring. The spring is also connected with the spring. The spring is also connected with the spring. The spring is also connected with the spring. The spring is also connected with the spring. The spring is also connected with the spring. The spring is also connected with the spring One end is fixed with the bottom plate, and the contraction plate is arranged between the fixed plate and the bottom plate, and the front and rear ends of the contraction conductor are electrically connected with the charging head and the conductor respectively. After connecting the charging head to the charging seat, the inner connecting pipe of the gun body is connected with the external external connecting pipe of the charging seat to prevent the charging head from loosening the charging seat.
【技术实现步骤摘要】
一种新能源汽车充电枪用固定装置
本专利技术涉及新能源汽车
,具体为一种新能源汽车充电枪用固定装置。
技术介绍
社会经济发展至目前的阶段,人们对环境保护的意识越来越强,对低碳经济和低碳生活的需求越来越强烈,与此同时油价持续上升也是不争事实,因此针对汽车行业,人们迫切地寻求新的发动机技术,以代替传统的内燃机技术,在此背景下,节能环保的电动车越来越受到人们的青睐,电动车的推广和普及也成为必然的趋势,而电动车的推广将会极大地促进充电枪等电动车配套设备的发展,目前市场上存在各种各样的充电枪,它们基本能够满足不同类型的汽车的充电需求,但在充电时由于充电头与充电座仅仅卡接在一起,没有放松动正在,使充电枪充电时容易松动。
技术实现思路
本专利技术的目的在于提供一种新能源汽车充电枪用固定装置,以解决上述
技术介绍
中提出的问题,所具有的有益效果是:在充电头与充电座连接后,通过枪体外部内连接管与充电座外部外连接管连接,防止充电头与充电座松动。为实现上述目的,本专利技术提供如下技术方案:一种新能源汽车充电枪用固定装置,包括充电头、内连接管、枪体、固定板和收缩导线,所述枪体前端安装有充电头,且充电头后端的枪体外壁设置有反向螺纹,所述枪体通过反向螺纹与内连接管旋合连接,所述内连接管外壁设置有外反向螺纹,所述充电头与充电座卡接,且充电座外部设置有外连接管,所述外连接管内壁设置有内反向螺纹,所述内反向螺纹和外反向螺纹旋合连接,所述枪体底部固定有手柄,且手柄下端连接有导线,所述固定板固定于充电桩外壁,且固定板左端连接有弹簧,所述弹簧另一端与底板固定,所述固定板与底板之间设置有收缩导线,所述 ...
【技术保护点】
一种新能源汽车充电枪用固定装置,包括充电头(1)、内连接管(3)、枪体(4)、固定板(12)和收缩导线(14),其特征在于:所述枪体(4)前端安装有充电头(1),且充电头(1)后端的枪体(4)外壁设置有反向螺纹(2),所述枪体(4)通过反向螺纹(2)与内连接管(3)旋合连接,所述内连接管(3)外壁设置有外反向螺纹(11),所述充电头(1)与充电座(8)卡接,且充电座(8)外部设置有外连接管(9),所述外连接管(9)内壁设置有内反向螺纹(10),所述内反向螺纹(10)和外反向螺纹(11)旋合连接,所述枪体(4)底部固定有手柄(6),且手柄(6)下端连接有导线(7),所述固定板(12)固定于充电桩(16)外壁,且固定板(12)左端连接有弹簧(13),所述弹簧(13)另一端与底板(15)固定,所述固定板(12)与底板(15)之间设置有收缩导线(14),所述收缩导线(14)前后两端分别与充电头(1)和导线(7)电性连接,所述枪体(4)外部安装有运行LED指示灯(5),所述手柄(6)外部设置有防滑纹和保护层,所述导线(7)外部覆盖有保护层,所述收缩导线(14)上下两侧分别与固定板(12)和底板( ...
【技术特征摘要】
1.一种新能源汽车充电枪用固定装置,包括充电头(1)、内连接管(3)、枪体(4)、固定板(12)和收缩导线(14),其特征在于:所述枪体(4)前端安装有充电头(1),且充电头(1)后端的枪体(4)外壁设置有反向螺纹(2),所述枪体(4)通过反向螺纹(2)与内连接管(3)旋合连接,所述内连接管(3)外壁设置有外反向螺纹(11),所述充电头(1)与充电座(8)卡接,且充电座(8)外部设置有外连接管(9),所述外连接管(9)内壁设置有内反向螺纹(10),所述内反向螺纹(10)和外反向螺纹(11)旋合连接,所述枪...
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