The utility model discloses a soil sample processing device for intelligent environmental protection detection of soil pH. The left support plate is welded on the left side of the carrier plate, the right support plate is welded on the right side of the carrier plate, the upper support plate is welded on the left support plate and the right support plate, the soil sample processing cylinder is welded on the upper support plate, and the piston is installed in the soil sample processing cylinder. The cylinder column is fixed at the bottom of the piston, the cylinder piston is fixed at the bottom of the cylinder column, the cylinder piston is installed in the lifting cylinder, the soil grinding chamber is fixed at the top of the piston, the left support is welded on the left side of the upper support plate, the right support is welded on the right side of the upper support plate, the upper support is welded on the left support and the right support, and the soil grinding motor is fixed and installed. The grinding driving shaft is mounted on the upper bracket and is installed in the soil grinding motor. The utility model has the advantages of scientific and reasonable design, simple structure and convenient use.
【技术实现步骤摘要】
一种用于土壤pH智能环保检测的土壤试样处理装置
:本技术涉及一种用于土壤pH智能环保检测的土壤试样处理装置,属于智能环保
技术介绍
:土壤酸碱度以土壤pH表示,是指土壤酸碱性的强弱,传统的土壤pH检测探头主要通过插入到土壤中以实现对土壤pH值的检测,但是由于土壤属于固体物质,而pH值检测主要检测的是水溶性酸碱离子的浓度,并且有些土壤内的酸碱性物质还处于固定未溶状态,因此直接采用pH检测探头检测土壤的pH值会存在很大的误差,准确性比较低。因此,在进行土壤pH检测前,需要对土壤试样进行前处理,通过将土壤配置成悬浊液,取土壤试样的悬浊液进行pH检测,以提高检测精度。
技术实现思路
:针对上述问题,本技术要解决的技术问题是提供一种用于土壤pH智能环保检测的土壤试样处理装置,采用土壤取样处理筒焊接在上支撑板上,活塞安装在土壤取样处理筒内,气缸柱固定安装在活塞的底部,气缸活塞固定在气缸柱的底端,气缸活塞安装在升降气缸内,土壤研磨腔固定安装在活塞的顶部,土壤研磨马达固定安装在上支架上,研磨驱动轴安装在土壤研磨马达内,研磨球焊接在研磨驱动轴的底端,研磨球与嵌入到土壤研磨腔内是设 ...
【技术保护点】
1.一种用于土壤pH智能环保检测的土壤试样处理装置,其特征在:结构包括:载板、左支撑板、右支撑板、上支撑板、土壤取样处理筒、活塞、土壤研磨腔、升降气缸、气缸活塞、气缸柱、左支架、右支架、上支架、土壤研磨马达、研磨驱动轴、研磨球、搅拌叶片、添水管、储水筒、排水管、排水阀门、添水阀门、取样管、气筒、气筒活塞、气筒杆、连接气管、气管阀门,所述的左支撑板焊接在载板上的左侧,右支撑板焊接在载板上的右侧,上支撑板焊接在左支撑板和右支撑板上,所述的土壤取样处理筒焊接在上支撑板上,所述的活塞安装在土壤取样处理筒内,气缸柱固定安装在活塞的底部,所述的气缸活塞固定在气缸柱的底端,气缸活塞安装在 ...
【技术特征摘要】
1.一种用于土壤pH智能环保检测的土壤试样处理装置,其特征在:结构包括:载板、左支撑板、右支撑板、上支撑板、土壤取样处理筒、活塞、土壤研磨腔、升降气缸、气缸活塞、气缸柱、左支架、右支架、上支架、土壤研磨马达、研磨驱动轴、研磨球、搅拌叶片、添水管、储水筒、排水管、排水阀门、添水阀门、取样管、气筒、气筒活塞、气筒杆、连接气管、气管阀门,所述的左支撑板焊接在载板上的左侧,右支撑板焊接在载板上的右侧,上支撑板焊接在左支撑板和右支撑板上,所述的土壤取样处理筒焊接在上支撑板上,所述的活塞安装在土壤取样处理筒内,气缸柱固定安装在活塞的底部,所述的气缸活塞固定在气缸柱的底端,气缸活塞安装在升降气缸内,土壤研磨腔固定安装在活塞的顶部,所述的左支架焊接在上支撑板上的左侧,右支架焊接在上支撑板上的右侧,上支架焊接在左支架和右支架上,土壤研磨马达固定安装在上支架上,所述的研磨驱动轴安装在土壤研磨马达内。2.根据权利要求1所述的一种用于土壤pH智能环...
【专利技术属性】
技术研发人员:崔峰,王北朝,姚志,
申请(专利权)人:合肥灵宁科技有限公司,
类型:新型
国别省市:安徽,34
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