The utility model belongs to the field of ultra-high pressure technology, and specifically relates to a horizontal ultra-high pressure equipment and an end cover mechanism, which solves the problem that the existing ultra-high pressure treatment equipment can not ensure that the horizontal ultra-high pressure vessel is fully filled with water and that the back end cover is difficult to close. The technical scheme adopted is that the horizontal ultra-high pressure vessel includes an ultra-high pressure vessel, a pressure bearing rack, a boosting system, a control system and an end cover. The front cover is located at the left end of the ultra-high pressure vessel, and the back cover is located at the right end of the ultra-high pressure vessel. The end cover movable mechanism drives the movement of the front cover and the back cover. The length of the back cover is longer than the length of the front cover. After the ultra-high pressure vessel is filled with water, the front cover closes the filling pipe and overflow pipe, the front cover continues to enter the ultra-high pressure vessel, and the back cover withdraws from the first part of the ultra-high pressure vessel. Section distance, the front cover and the back cover seal the ultra-high pressure vessel to form a closed chamber. The left end of the ultra-high pressure vessel is equipped with a water jacket, and the water jacket is equipped with an intake pipe and an overflow pipe.
【技术实现步骤摘要】
一种卧式超高压设备及端盖结构
本技术属于超高压
,具体涉及一种卧式超高压设备及端盖结构。
技术介绍
超高压处理技术是依据帕斯卡原理开发的一种超高压技术,广泛用于化工、粉末冶金、金属成型、食品杀菌保鲜等领域。超高压处理技术主要通过卧式超高压处理设备来实现,卧式超高压处理设备主要由超高压容器、端盖、承压机架、增压系统和控制系统组成。目前,卧式超高压设备的闭合过程如下,在向超高压容器内充水时,不充满超高压容器,预留前端盖的移动空间,这种闭合方式不能保证超高压容器内完全充满水,导致增压时间延长,同时容器内因空气产生气蚀损坏超高压容器。如果将超高压容器内充满水后,由于水的压缩性较小,如果通过泄压阀管路排水,前端盖在水的阻力下难以闭合,设备工作时间长,生产效率低下。
技术实现思路
为解决现有超高压处理设备无法确保卧式超高压容器内完全充满水且充满水后端盖难以闭合的问题,本技术提供了一种卧式超高压设备及端盖结构,这种结构简单,使用方便,能够保证超高压容器内快速充满水,用户生产效率最大化,提高了容器使用寿命。为实现上述目的,本技术所采用的技术方案为:一种卧式超高压设备的端盖结构,包括前端盖和后端盖,所述后端盖的长度大于前端盖的长度,超高压容器充满水,前端盖将充水管和溢流管封闭后,前端盖和后端盖同向运动。另一个保护的技术方案为卧式超高压设备,包括超高压容器,承压机架、增压系统、控制系统和端盖移动机构,所述前端盖位于超高压容器的左端,后端盖位于超高压容器的右端,端盖移动机构带动前端盖、后端盖运动,超高压容器的左端安装有水套,水套上设置有进水管和溢流管。本技术与现有技术相比,具有以 ...
【技术保护点】
1.一种卧式超高压设备的端盖结构,包括前端盖(1)和后端盖(4),其特征在于:所述后端盖(4)的长度大于前端盖(1)的长度,超高压容器充满水,前端盖(1)将充水管(7)和溢流管(6)封闭后,前端盖(1)和后端盖(4)同向运动。
【技术特征摘要】
2017.12.14 CN 20172173801721.一种卧式超高压设备的端盖结构,包括前端盖(1)和后端盖(4),其特征在于:所述后端盖(4)的长度大于前端盖(1)的长度,超高压容器充满水,前端盖(1)将充水管(7)和溢流管(6)封闭后,前端盖(1)和后端盖(4)同向运动。2....
【专利技术属性】
技术研发人员:杜景东,
申请(专利权)人:山西三水河科技股份有限公司,
类型:新型
国别省市:山西,14
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