The utility model relates to an oil tank receiving trough, which comprises a trough body and a pumping pipe. The bottom of one end of the trough body is provided with an oil receiving box connected with the trough body, and both sides of the trough body are provided with an arc guide plate. The oil pumping end of the oil pumping pipe extends to the lower part of the oil receiving box. The filtering device also includes a filtering device arranged in the trough body, a filtering cylinder arranged outside the oil pumping pipe, and a filtering device installed in the oil receiving box and attached to the inner wall of the oil receiving box. The bottom of the filter cartridge extends into the filter cartridge, and the top of the filter cartridge extends out the groove body. The inner wall of the filter cartridge is provided with a convex edge, and the outer wall of the lower end of the filter cartridge is covered with an annular diaphragm. The annular diaphragm is located above the convex edge and cooperates with the convex edge to separate the cavity in the oil receiving cartridge into the upper and lower distribution of the filter chamber and the oil receiving chamber. The utility model makes the oil in the tank flow to the oil receiving box by setting the oil receiving box and the arc guide plate, so that the oil in the tank can be thoroughly pumped out, and through setting the mutually matched filter cartridge and filter frame, the filtering effect can be guaranteed and the impurities can be easily cleaned up.
【技术实现步骤摘要】
一种油池收油槽
本技术属于污油回收
,具体涉及一种油池收油槽。
技术介绍
传统的油池收油槽包括槽体和抽油管,通过抽油管将槽体内收集的油抽出,但由于槽体处于水平状态,无法将油彻底抽出,造成浪费。此外,槽体中未设置过滤装置,抽油过程中,杂质进入抽油管,造成抽油管堵塞。
技术实现思路
本技术的目的在于:针对上述现有油池收油槽抽油不彻底且抽油管易堵塞的问题,本技术提供一种油池收油槽。本技术采用的技术方案如下:一种油池收油槽,包括槽体和抽油管,所述槽体一端的底部设有与槽体连通的收油盒,槽体两侧均设有弧形导油板,所述抽油管的抽油端伸入至收油盒下部;还包括设置在槽体内的过滤装置,过滤装置包括套设在抽油管外的滤筒和安装在收油盒内并与收油盒内壁贴合的滤框,滤筒的底部伸入至滤框内,顶部伸出槽体,滤框的内壁上设有凸沿,滤筒下端的外壁上套有环形隔板,环形隔板位于凸沿上方并与凸沿相互配合以将收油盒内的空腔分隔为上下分布的过滤腔和收油腔。本技术工作时,油池中的油在刮板的作用下被刮入槽体内,并经弧形导油板流向收油盒,在流向收油盒的过程中,油中的杂质被滤筒拦截在过滤腔内,油则进入滤筒后流至收油盒内,通过抽油管将收油盒内的油抽出。当需要清理杂质时,向上提起滤筒,使环形隔板离开凸沿,则过滤腔内累积的杂质可进入收油盒内,然后取出滤框清理即可,同时也可对滤筒进行清理,避免滤筒堵塞,清理后,重新将滤框放入收油盒内,并将滤筒放下,使环形隔板与凸沿配合即可。进一步地,环形隔板下表面设有环形压块,凸沿上设有与环形压块配合的压槽。通过环形压块与压槽相互配合,使得清理杂质时,环形隔板与凸沿易分离,便于杂质从过 ...
【技术保护点】
1.一种油池收油槽,包括槽体(1)和抽油管(5),其特征在于,所述槽体(1)一端的底部设有与槽体(1)连通的收油盒(10),槽体(1)两侧均设有弧形导油板(2),所述抽油管(5)的抽油端伸入至收油盒(10)下部;还包括设置在槽体(1)内的过滤装置,过滤装置包括套设在抽油管(5)外的滤筒(4)和安装在收油盒(10)内并与收油盒(10)内壁贴合的滤框(12),滤筒(4)的底部伸入至滤框(12)内,顶部伸出槽体(1),滤框(12)的内壁上设有凸沿(11),滤筒(4)下端的外壁上套有环形隔板(7),环形隔板(7)位于凸沿(11)上方并与凸沿(11)相互配合以将收油盒(10)内的空腔分隔为上下分布的过滤腔(6)和收油腔(9)。
【技术特征摘要】
1.一种油池收油槽,包括槽体(1)和抽油管(5),其特征在于,所述槽体(1)一端的底部设有与槽体(1)连通的收油盒(10),槽体(1)两侧均设有弧形导油板(2),所述抽油管(5)的抽油端伸入至收油盒(10)下部;还包括设置在槽体(1)内的过滤装置,过滤装置包括套设在抽油管(5)外的滤筒(4)和安装在收油盒(10)内并与收油盒(10)内壁贴合的滤框(12),滤筒(4)的底部伸入至滤框(12)内,顶部伸出槽体(1),滤框(12)的内壁上设有凸沿(11),滤筒(4)下端的...
【专利技术属性】
技术研发人员:林雷,闫海涛,李星,
申请(专利权)人:郑州高路亚环保科技有限公司,
类型:新型
国别省市:河南,41
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