54results about How to "Injection implementation" patented technology

The invention relates to the field of oilfield development, and discloses an injection device for carbon dioxide flooding, which includes a storage tank, a shielded pump, a high-pressure pump and an injection head arranged in sequence, an injection pipeline is arranged between the high-pressure pump and the injection head, and the storage tank and the injection head There is a return line between the high-pressure pumps, and a shut-off valve between the return line and the high-pressure pump. It also includes a gas collection device. The gas collection device includes a gas collection chamber and a pressure regulating device for the outlet of the gas collection chamber. valve, the inlet of the gas collection chamber is connected to the exhaust valve, and the outlet of the pressure regulating device is connected to the storage tank. The present invention for reflux CO 2 The pressure regulation treatment is beneficial to the stability of the storage tank pressure.

The invention discloses a fixed-point ion implantation device and an implantation method of a substrate, The apparatus comprises a control unit, a vacuum chamber, a substrate position device and a machine vision system, The substrate position device includes a substrate hold, a mask plate, a first X-axis moving mechanism, second X-axis moving mechanism, a first Y-axis moving mechanism and a secondY-axis moving mechanism, A substrate seat is arranged on the first X-axis moving mechanism, The mask plate is arranged on the second X-axis moving mechanism, a beam perforation is arranged on the mask plate, a machine vision system is used for detect the injection point position and the beam perforation center position on the substrate, and the mask plate is movable so as to align the central position of the beam perforation with the injection point position on the substrate. A method comprise vacuuming a vacuum chamber; measuring the position of the injection point on the substrate by movingthe substrate holder; moving the mask plate to measure the central position of the beam perforation, and moving the mask plate to align the central position of the beam perforation with the positionof the injection point; synchronously moving the substrate holder and the mask plate below the ion beam injection port; starting ion beams.

The invention relates to full-surface super-hydrophobic anti-freezing wood and a manufacturing method thereof. The preparation method comprises the following steps: partially removing lignin and hemicellulose to form spongy wood, injecting hydrophobic nanoparticles and perfluorosilane into the outer surface and internal pores of the spongy wood through an absorption-extrusion process, and finally,carrying out hot-pressing densification treatment to obtain the super-hydrophobic anti-freezing high-strength wood. The super-hydrophobic anti-freezing high-strength wood disclosed by the invention is densified full-surface hydrophobic wood; the densification means that the wooden pipeline and the porous wooden cell wall partially collapse, so that the thickness of the wood is reduced to 30-40% of the initial thickness, and the density is increased by 2.5-3 times; wherein the full-surface hydrophobicity refers to the synergistic hydrophobicity of the outer surface of the wood and the inner surface of the pore passage of the wood. According to the anti-freezing high-strength wood, the bending strength is improved by 2-4 times compared with logs made of the same material; after 10 times offreezing and thawing cycles and 50 times of freezing and thawing cycles respectively, the bending strength is kept at 80% or above and 50% or above respectively; and the dimensional stability is stillmaintained even after 50 times of freezing and thawing cycles.

The invention discloses a blast furnace high-order pipeline wet-method ejection system and method, belonging to the technical field of blast furnace high-order pipeline ejection construction techniques and equipment. The blast furnace high-order pipeline wet-method ejection system comprises a set of high-order conveying equipment, a set of collecting equipment, a pumping device and a set of rotation ejection manipulator used in a pipeline, wherein the high-order conveying equipment comprises a material tank system with a feeding valve and a discharge spiral, a power conveying system, and a PLC electric control system for controlling the discharge speed of the spiral; a high-order collecting system comprises a cyclone collection cylinder and a belt type dust collection mechanism; a fire-resistant powder material collected through cyclone dust collection is directly fed into a continuous stirring machine; the rotation ejection manipulator used in the pipeline comprises a rotation ejection manipulator and a track system which ensures that the manipulator can move in the length direction of the pipeline inside the pipeline and can be detached and assembled. By adopting the blast furnace high-order pipeline wet-method ejection system and the blast furnace high-order pipeline wet-method ejection method, material conveying and wet method injection operation in ultra-high ultra-far distance (such as a blast furnace lifting tube or a descending tube) can be achieved, the manipulator can be externally and remotely controlled to eject, and thus the number of operators is reduced, and the working intensity of the operators is alleviated.