A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
The desalination treatment device for using the sea sand as the building sand comprises a treatment box, a separation net plate, a main control unit, a chloride ion concentration sensor and a desalination mechanism, the separation net plate forms a treatment cavity in the treatment box, and the desalination mechanism comprises a hydraulic rod, a moving plate, a position adjusting mechanism, a first electrode plate, a second electrode plate, a third electrode plate and a rotating cylinder. In the initial condition, the first electrode plate can form an electric field in the treatment cavity, chloride ions move to the two sides of the separation net plate, the concentration of the chloride ions can be detected through the chloride ion concentration sensor, and the sea sand in the treatment cavity is divided into different chlorine content intervals according to the detected chloride ion concentration; after the position adjusting mechanism moves the second electrode plate and the third electrode plate with large electric quantity to one side of the rotating cylinder, the rotating cylinder grabs the second electrode plate and the third electrode plate and replaces the first electrode plate for position exchange, and finally electric fields with different intensities can be formed in the processing cavity so as to facilitate rapid removal of chloride ions.
本发明的一种海砂用作建筑砂的淡化处理装置，包括处理箱、分隔网板、主控单元、氯离子浓度传感器、淡化机构，分隔网板在处理箱中形成处理腔，淡化机构包括液压杆、移动板、位置调节机构、第一电极板、第二电极板、第三电极板以及转动筒，初始情况下，第一电极板可以在处理腔中形成电场，使氯离子移动到分隔网板两侧，通过氯离子浓度传感器可以检测氯离子的浓度，根据检测的氯离子浓度将处理腔内的海砂分成不同含氯量的区间，位置调节机构将带电量较大的第二电极板和第三电极板移动到转动筒的一侧后，由转动筒对第二电极板和第三电极板进行抓取，并替换与第一电极板进行位置调换，最终可以使处理腔内形成不同强度的电场，以便于氯离子的快速去除。
The desalination treatment device for using the sea sand as the building sand comprises a treatment box, a separation net plate, a main control unit, a chloride ion concentration sensor and a desalination mechanism, the separation net plate forms a treatment cavity in the treatment box, and the desalination mechanism comprises a hydraulic rod, a moving plate, a position adjusting mechanism, a first electrode plate, a second electrode plate, a third electrode plate and a rotating cylinder. In the initial condition, the first electrode plate can form an electric field in the treatment cavity, chloride ions move to the two sides of the separation net plate, the concentration of the chloride ions can be detected through the chloride ion concentration sensor, and the sea sand in the treatment cavity is divided into different chlorine content intervals according to the detected chloride ion concentration; after the position adjusting mechanism moves the second electrode plate and the third electrode plate with large electric quantity to one side of the rotating cylinder, the rotating cylinder grabs the second electrode plate and the third electrode plate and replaces the first electrode plate for position exchange, and finally electric fields with different intensities can be formed in the processing cavity so as to facilitate rapid removal of chloride ions.
本发明的一种海砂用作建筑砂的淡化处理装置，包括处理箱、分隔网板、主控单元、氯离子浓度传感器、淡化机构，分隔网板在处理箱中形成处理腔，淡化机构包括液压杆、移动板、位置调节机构、第一电极板、第二电极板、第三电极板以及转动筒，初始情况下，第一电极板可以在处理腔中形成电场，使氯离子移动到分隔网板两侧，通过氯离子浓度传感器可以检测氯离子的浓度，根据检测的氯离子浓度将处理腔内的海砂分成不同含氯量的区间，位置调节机构将带电量较大的第二电极板和第三电极板移动到转动筒的一侧后，由转动筒对第二电极板和第三电极板进行抓取，并替换与第一电极板进行位置调换，最终可以使处理腔内形成不同强度的电场，以便于氯离子的快速去除。
Sea sand desalination equipment and sea sand desalination method
| European Patent Office | 2020