The utility model relates to a drip-proof oxygen humidification bottle, which comprises a bottle body and a bucket-shaped water receiving tank. The lower side wall of the bottle body is provided with at least two vertical protrusions. The vertical protrusions are provided with external threads, and a flow trough is formed between two adjacent vertical protrusions. The water receiving irrigation comprises a drainage part, a connection part and a water holding part connected sequentially from top to bottom, and the inner part of the connection part. The wall is provided with an internal thread which is rotated with the external thread, and a drainage gap is arranged between the inner wall of the drainage part and the outer wall of the bottle body, and the drainage gap is connected with the water holding part through the drainage tank. The utility model introduces the condensed water droplets outside the wetting bottle body into the water holding part of the water receiving tank through the drainage clearance and the flow tank to prevent the droplets from falling; at the same time, the flow space is formed between the flow tank and the water receiving tank, which reduces the contact between the water receiving tank and the bottle body at the same time of drainage, and the water holding part of the water receiving tank does not contact directly with the bottle body, so as to prevent the surface condensation of the water receiving tank.
【技术实现步骤摘要】
防滴水氧气湿化瓶
本技术涉及一种氧气湿化瓶,特别是公开一种防滴水氧气湿化瓶。
技术介绍
氧气湿化瓶是医院抢救和治疗危重患者的必备设备,许多重症患者需要长期鼻导管吸氧或面罩吸氧,因吸氧时间长,空气温度高于湿化瓶温度,常导致湿化瓶外凝结水珠,滴于病人面部或打湿床单枕套。通常解决方法是不停擦拭湿化瓶,帮助病人更换床单位等,但这样不仅造成患者不适,且增加护士工作量会给医护人员带来额外的工作量。
技术实现思路
本技术的目的在于克服现有技术中存在的困难,提供一种防止湿化瓶外的水滴下滴的防滴水氧气湿化瓶。本技术是这样实现的:一种防滴水氧气湿化瓶,包括瓶身,其特征在于:还包括呈桶状的接水罐,所述瓶身的下部侧壁上设有至少两个竖向凸起,所述竖向凸起上设有外螺纹,相邻的两个竖向凸起之间形成流水槽;所述接水灌包括由上至下依次相连的引流部、连接部、盛水部,所述连接部的内壁上设有与所述外螺纹相旋合的内螺纹,所述引流部的内壁与所述瓶身的外壁之间设有引流间隙,所述引流间隙通过所述流水槽与所述盛水部联通。所述内螺纹的下方设有用于限制所述瓶身向下移动的若干个限位凸起。所述限位凸起为均匀分布在所述连接部下端的侧壁或盛水部上端的侧壁上的凸块,所述凸块的数量为1~8个。所述盛水部的内壁上部设有一环形凸台,所述环形凸台的内径小于所述连接部的内径,所述限位凸起固定在所述环形凸台的顶面靠近盛水部中心的一侧。所述限位凸起的纵向截面呈“L”型,所述限位凸起的一端固定在所述连接部下端或盛水部上端的侧壁上,所述限位凸起的另一端与所述瓶身的底面接触。所述引流间隙的高度为1.65mm~3mm。所述竖向凸起的宽度为3mm ...
【技术保护点】
1.一种防滴水氧气湿化瓶,包括瓶身,其特征在于:还包括呈桶状的接水罐,所述瓶身的下部侧壁上设有至少两个竖向凸起,所述竖向凸起上设有外螺纹,相邻的两个竖向凸起之间形成流水槽;所述接水灌包括由上至下依次相连的引流部、连接部、盛水部,所述连接部的内壁上设有与所述外螺纹相旋合的内螺纹,所述引流部的内壁与所述瓶身的外壁之间设有引流间隙,所述引流间隙通过所述流水槽与所述盛水部联通。
【技术特征摘要】
1.一种防滴水氧气湿化瓶,包括瓶身,其特征在于:还包括呈桶状的接水罐,所述瓶身的下部侧壁上设有至少两个竖向凸起,所述竖向凸起上设有外螺纹,相邻的两个竖向凸起之间形成流水槽;所述接水灌包括由上至下依次相连的引流部、连接部、盛水部,所述连接部的内壁上设有与所述外螺纹相旋合的内螺纹,所述引流部的内壁与所述瓶身的外壁之间设有引流间隙,所述引流间隙通过所述流水槽与所述盛水部联通。2.根据权利要求1所述的防滴水氧气湿化瓶,其特征在于:所述内螺纹的下方设有用于限制所述瓶身向下移动的若干个限位凸起。3.根据权利要求2所述的防滴水氧气湿化瓶,其特征在于:所述限位凸起为均匀分布在所述连接部下端的侧壁或盛水部上端的侧壁上的凸块,所述凸块...
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