We have developed an eyewash cart which is fully functional and meets the needs of eye cleaning for patients on different treatment chairs by adjusting the position of the eyewash cart in the same treatment room. At the same time, this eyewash cart can avoid frequent turning and walk of medical staffs during operation, so as to save their time and energy.
图1 洗眼车的结构示意图 Figure 1 Structure diagram of the eyewash cart 1：支撑架，10：顶钩，11：侧钩，12：锁紧头，13：横杆，2：桌面，20：护栏，21：钢丝圈，22：胶布切割 器，3：底板，30：滑轮，31：刹车踏板，4：污物桶，40：桶盖，5：污物筐，50：筐盖。 1: support frame, 10: hooks on the top, 11: hooks on the sidebar,12: lock head, 13: cross: bar, 2: desktop, 20: guardrail, 21: bead ring, 22: tape cutter, 3: baseplate, 30: pully, 31: brake pedal, 4: dirt bucket, 40: barrelhead, 5: dirt basket, 50: basket cover.
图2 洗眼车的底板与污物桶、污物筐的安装位置示意图 Figure 2 Installation diagram of dirt bucket and dirt basket in the bottom of the eyewash cart 3：底板，4：污物桶，5：污物筐。 3: baseplate, 4: dirt bucket, 5: dirt basket.
图3 洗眼车的污物桶的结构示意图 Figure 3 Structure diagram of the dirt bucket of the eyewash cart 4：污物桶，40：桶盖。 4: dirt bucket, 40: barrelhead.
图4 洗眼车的污物筐的结构示意图
Figure 4 Structure diagram of the dirt bucket of the eyewash cart
1、余敏斌, 林明楷, 杨扬帆. 青光眼的日间手术模式[ J]. 眼科, 2016,
25(3): 212-214.
YU Minbin, LIN Mingkai, YANG Yangfan. Glaucoma management
of ambulatory Surgery [ J]. Ophthalmology in China, 2016, 25(3):
212-214.余敏斌, 林明楷, 杨扬帆. 青光眼的日间手术模式[ J]. 眼科, 2016,
25(3): 212-214.
YU Minbin, LIN Mingkai, YANG Yangfan. Glaucoma management
of ambulatory Surgery [ J]. Ophthalmology in China, 2016, 25(3):
212-214.
2、刘小南, 俞德梁, 赵青川, 等. 关于日间手术模式的研究及应用进
展[ J]. 医学与哲学, 2014, 35(4): 56-59.
LIU Xiaonan, YU Deliang , ZHAO Qingchuan, et al. Study
progress of ambulatory surgery[ J]. Medicine & Philosophy, 2014,
35(4): 56-59.刘小南, 俞德梁, 赵青川, 等. 关于日间手术模式的研究及应用进
展[ J]. 医学与哲学, 2014, 35(4): 56-59.
LIU Xiaonan, YU Deliang , ZHAO Qingchuan, et al. Study
progress of ambulatory surgery[ J]. Medicine & Philosophy, 2014,
35(4): 56-59.
1、广东省医学科学技术基金项目(A2021088()
2、A2019253)。This work was supported by the Medical Science and Technology Foundation of Guangdong Province, China (A2021088()
3、 A2019253).()
4、广东省医学科学技术基金项目 (A2021088；A2019253)。This work was supported by the Medical Science and Technology Foundation of Guangdong Province, China (A2021088; A2019253)()
