行业资讯
冷再生机未来发展需要面临的技术问题
来源：https://www.sddhfjx.com/ 日期：2023-07-05
冷再生机在施工过程中是直接利用旧路面的材料进行改造施工，无需运输新材料，避免了对环境造成的污染，节省成本，但是我国的再生机设备在一些关键性的技术方面并没有形成成熟的技术方案，在技术应用上还存在着相当大的挑战，下面冷再生机租赁厂家小编就来讲解下一年其在未来的发展过程中需要面临的技术难关。
During the construction process, cold recycling machines directly use materials from old road surfaces for renovation construction, without the need to transport new materials, avoiding environmental pollution and saving costs. However, China's recycling machine equipment has not formed mature technical plans in some key technical aspects, and there are still considerable challenges in technical application, Below, the editor of the cold regeneration machine rental manufacturer will explain the technical difficulties they will face in their future development process in the next year.
（1）再生机行驶速率、再造深度与再生鼓工作转速比的全自动配对技术。根据科研构建就地冷再生过程中在相同再造深度工况、不同工作速率下的配对铣刨切削量，达标就地冷再生技术下的再生混和料能够达标的适宜粒径与搅拌匀称性，为再造全过程配合比调节保证较为精确的参照统计数据。
(1) A fully automatic matching technology for the driving speed of the regeneration machine, the depth of regeneration, and the working speed ratio of the regeneration drum. According to scientific research, the matching milling cutting amount under the same depth of reconstruction and different working rates during the on-site cold regeneration process is constructed, and the suitable particle size and mixing uniformity that can meet the standards of the recycled mixture under the on-site cold regeneration technology are ensured to ensure accurate reference statistical data for the adjustment of the mix ratio throughout the reconstruction process.
（2）再造乳化沥青喷撒量智能化控制技术。在原来乳化沥青喷撒控制系统的基本上，考虑到国内乳化沥青材质特点，根据对喷撒溫度、喷撒比率、喷撒扇型角等各核心控制点的剖析科研，相结合再造设施行驶速度、再造深度等工作技术参数，探讨开发设计具备创新能力的智能化喷撒控制系统。
(2) Intelligent control technology for spraying amount of reconstituted emulsified asphalt. On the basis of the original emulsified asphalt spraying control system, taking into account the characteristics of domestic emulsified asphalt materials, based on the analysis and research of core control points such as spraying temperature, spraying ratio, spraying fan angle, and combining with technical parameters such as the driving speed and depth of the reconstruction facility, this paper explores the development and design of an intelligent spraying control system with innovative capabilities.
（3）再生颗粒搅拌匀称性技术应用。剖析就地冷再生施工工地所收集的再生颗粒特点，相结合就地冷再生机再造总程构造特性和常用添加剂特点，探讨再生颗粒拌和机理，开发设计可明显提升再生颗粒搅拌匀称性的机械系统，提升再造混和料的匀称性。
(3) Application of Regenerated Particle Stirring Homogeneity Technology. Analyze the characteristics of recycled particles collected at the on-site cold recycling construction site, combined with the overall structural characteristics of the on-site cold recycling machine and the characteristics of commonly used additives, explore the mixing mechanism of recycled particles, develop and design a mechanical system that can significantly improve the mixing uniformity of recycled particles, and enhance the uniformity of the recycled mixture.
以上就是关于冷再生机在未来的发展方向和过程中需要面临的技术问题，希望再生机的研发人员能通过不断的攻破难关，实现再生机的飞速发展，提高冷再生技术。您可能还想要了解设备的更多事项，就来我们网站https://www.sddhfjx.com咨询看看吧！
The above is about the technical issues that cold regeneration machines need to face in the future development direction and process. We hope that the R&D personnel of regeneration machines can continuously overcome difficulties, achieve rapid development of regeneration machines, and improve cold regeneration technology. You may also want to learn more about the device by visiting our website https://www.sddhfjx.com Consult and take a look!
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公司名称：山东途畅路桥工程有限公司 
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