一种用于舰船舷窗的喷气式雨刮器制造技术

技术编号:16990028 阅读:69 留言:0更新日期:2018-01-10 16:31
本实用新型专利技术公开了一种用于舰船舷窗的喷气式雨刮器,涉及雨刮器领域。包括进气口、主进气管、内进气管、外进气管,所述主进气管一端为进气口,主进气管自由端分别与内进气管和外进气管的上端连接,所述内进气管下端安装内集气腔,内集气腔下端安装内喷气嘴,所述内集气腔的后侧壁与舷窗上方的壁面平行固定连接;所述外进气管下端安装外集气腔,外集气腔下端安装外喷气嘴;所述内集气腔与外集气腔上部安装集气腔上盖板,内集气腔与外集气腔之间安装内外集气腔分割板,外集气腔底部安装外集气腔底板,内喷气嘴与外喷气嘴之间安装内外喷气嘴分割板。该喷气式雨刮器可以阻挡雨水或海面上的浪花飞溅到舷窗玻璃上,同时还可以防止舷窗玻璃起雾或结冰。

A rain wiper for jet ship porthole

The utility model discloses a wiper for jet rain ship porthole, involving the wiper field. Including air inlet, a main air inlet pipe, inlet pipe inside and outside into the trachea, the main inlet pipe end for the upper end of the main air inlet, inlet pipe are respectively connected with the inner free end of the inlet pipe and the intake pipe connection, the lower end of the intake pipe installed inside the gas collecting chamber, inside the gas collecting chamber is arranged at the lower end of the jet in the mouth. The rear side wall and the wall above the porthole in the gas collecting cavity is fixedly connected in parallel; the intake pipe is arranged at the lower end of the outer gas collecting chamber, and the gas collecting chamber is arranged at the lower end of the outer jet nozzle; the inner cavity and the outer gas in the gas collecting chamber is installed on the upper part of the gas collecting chamber on the cover, inside the gas collecting chamber and between the gas collecting chamber installed inside and outside the gas collecting chamber partition board, outer set at the bottom of the gas cavity is installed outside the gas collecting chamber between the inner bottom plate, the jet nozzle and the outer jet nozzle is installed inside and outside the nozzle plate segmentation. The jet wiper can stop the rain or the sea spray to the window glass, but also can prevent the window glass fog or ice.

【技术实现步骤摘要】
一种用于舰船舷窗的喷气式雨刮器
本技术涉及雨刮器领域,具体的讲是一种用于舰船舷窗的喷气式雨刮器。
技术介绍
舰船在海上航行时,船艏波浪破碎产生的浪花或雨雪天的雨雪都可能落到舷窗上,使舷窗玻璃被淋湿。在寒冷天气或极地海域中,落在舷窗玻璃上的雨雪或浪花还极易结冰、影响视野,给舰船驾驶员们带来了相当大的困扰。传统上在舰船舷窗上一般使用摩擦式雨刮器来清除粘在玻璃上的积水,然而在寒冷天气中摩擦式雨刮器可能无法及时的把积水清除干净,舷窗玻璃上的残余积水将逐渐结冰,影响视野;此外摩擦式雨刮器的另一个缺点是易损耗,需要定期更换雨刮头。专利CN201710075400.2提出了通过高压气流来清除汽车挡风玻璃积水的设计方案,然而在该方案中,仅有一层气幕,雨水仍可能穿过气幕落到玻璃上,因此直接把该装置应用到舰船舷窗上仍无法保证舷窗不被雨水或浪花浸湿,无法避免舷窗玻璃不结冰,因而达不到预期的使用效果。
技术实现思路
为了克服现有的雨刮器不能解决舷窗玻璃被雨水或浪花浸湿的缺点,本技术提供一种用于舰船舷窗的喷气式雨刮器。该喷气式雨刮器可以阻挡雨水或海面上的浪花飞溅到舷窗玻璃上,同时还可以防止舷窗玻璃起雾或结冰。本技本文档来自技高网...
一种用于舰船舷窗的喷气式雨刮器

【技术保护点】
一种用于舰船舷窗的喷气式雨刮器,其特征在于,包括进气口、主进气管、内进气管、外进气管,所述主进气管一端为进气口,主进气管自由端分别与内进气管和外进气管的上端连接,所述内进气管下端安装内集气腔,内集气腔下端安装内喷气嘴,内集气腔靠近舷窗的一端为内集气腔的后侧壁,所述内集气腔的后侧壁与舷窗上方的壁面平行固定连接;所述外进气管下端安装外集气腔,外集气腔下端安装外喷气嘴;所述内集气腔与外集气腔上部安装集气腔上盖板,内集气腔与外集气腔之间安装内外集气腔分割板,外集气腔底部安装外集气腔底板,内喷气嘴与外喷气嘴之间安装内外喷气嘴分割板。

【技术特征摘要】
1.一种用于舰船舷窗的喷气式雨刮器,其特征在于,包括进气口、主进气管、内进气管、外进气管,所述主进气管一端为进气口,主进气管自由端分别与内进气管和外进气管的上端连接,所述内进气管下端安装内集气腔,内集气腔下端安装内喷气嘴,内集气腔靠近舷窗的一端为内集气腔的后侧壁,所述内集气腔的后侧壁与舷窗上方的壁面平行固定连接;所述外进气管下端安装外集气腔,外集气腔下端安装外喷气嘴;所述内集气腔与外集气腔上部安装集气腔上盖板,内集气腔与外集气腔之间安装内外集气腔分割板,外集气腔底部安装外集气腔底板,内喷气嘴与外喷气嘴之间安装内外喷气嘴分割板。2.根据权利要求1所述的一种喷气式雨刮器,其特征在于,所述内进气...

【专利技术属性】
技术研发人员:郭志群杨东梅孙寒冰
申请(专利权)人:青岛哈工程船舶科技有限公司哈尔滨工程大学船舶装备科技有限公司
类型:新型
国别省市:山东,37

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