Autocoro最新技术: e-save

能源成本上涨速度高于纱线价格上涨速度,Autocoro纺纱厂每年的能耗成本约占每年营业额的5％,主要能耗是电能.     

Biocompatibility of surface treated pure titanium and titanium alloy by<Emphasis Type="Italic">in vivo</Emphasis> and<Emphasis Type="Italic">in vitro</Emphasis> test

In the present study, commercial pure Ti and Ti-6Al-4V alloy specimens with and without alkali and heat treatments were implanted in the abdominal connective tissue of mice. Conventional stainless steel 316L was also implanted for comparison. After three months, their biocompatibility was evaluated byin vitro andin vivo experiments. Surface structural changes of specimens due to the alkali treatment and soaking in Hank’s solution were analyzed by XRD, SEM, XPS and AES. An apatite layer, which accelerates the connection with bone, was formed more easily on the alkali treated specimens than the non-treated specimens. The number of macrophages, which is known to increase as the inflammatory reaction proceeds, was much lower for the alkali and heat treated specimens than for the others. The average thickness of the fibrous capsule formed around the implant was much thinner for the alkali and heat treated specimens than for the others.     

Wear resistance of amorphous-crystalline detonation coatings with solid lubricant additive in vacuum

Detonation amorphous-crystalline coatings Zr–Si–B that additionally contain solid lubricant additive as an anti-friction component in the form of the dispersed molybdenum disulfide have been developed. The high wear resistance of coatings that contain molybdenum disulfide has been noted. In a study of the surface layer, photomicrographs of friction surfaces on which activation processes take place have been used in electron diffraction analysis. The wear resistance of the coatings has been established, which enabled the creation of separating juvenile thin film surface of an object that represented the product of oxygen-free structures based on chemical elements of intermetallic phases included in the coating composition.     

Intermetallic phase formation in directionally solidified Al−Si−Fe alloy

The present study has been undertaken to better understand the solidification behavior of Al−Si−Fe alloys containing 7wt.% Si and 0.9wt.% Fe, with particular regard to the formation of phase during controlled solidification and influence of growth rates on intermetallic phase selection. The alloys studied were Al-7Si-0.9Fe alloys, which were produced by a modified Bridgman solidification arrangement. These alloys were solidified unidirectionally with different growth rates (1–30mm/min). The solidified microstructure of these alloys consists of the growth of primary aluminum and multiple second phase reactions.     

The use of fuzzy logic and neural networks models for sensory properties prediction from process and structure parameters of knitted fabrics

In a competitive business environment, the textile industrialists intend to propose diversified products according to consumers preference. For this purpose, the integration of sensory attributes in the process parameters choice seems to be a useful alternative. This paper provides fuzzy and neural models for the prediction of sensory properties from production parameters of knitted fabrics. The prediction accuracy of these models was evaluated using both the root mean square error (RMSE) and mean relative percent error (MRPE). The results revealed the models ability to predict tactile sensory attributes based on the production parameters. The comparison of the prediction performances showed that the neural models are slightly powerful than the fuzzy models.     

Robot motion control in zero-gravity conditions

We have considered the motion control of a space robot composed of a body and a telescopic manipulator arm. The robot is in the state of free passive flight. The vector of the number of movements and the kinetic moment of the robot relative to the center of mass are zero. The manipulator arm motion causes a corresponding motion of the robot body (change in the position of the center of mass of the body and its rotation). Unlike earlier results, we have revealed that the robot grip can be shifted from an arbitrary initial position to an arbitrary final position inside the operating area and, in addition, the required (most convenient for operations) angle between the manipulator arm and the robot body in the final position can be obtained.     

An architecture for software that adapts to changes in requirements

The goal of the research presented in this paper was to study a new software paradigm – adaptive software – in which the structure of an adaptive program is patterned upon the structure of an adaptive controller. Towards this aim, we implemented a domain-specific (object/target recognition) program (A Reconfigurable Architecture for Adapting to Changes in the Requirements (RAACR)) that can adapt to changes in software requirements through the incorporation of feedback. RAACR is a hierarchy of domains (blackboards). Each domain includes multiple knowledge sources (KSs) and a domain scheduler (DS). In response to feedback, KSs change their processing parameters, while DSs change the scheduling policy of the KSs. A generic communication mechanism is implemented on the CORBA compliant SPRING operating system. The adaptability of the program is evaluated quantitatively using a requirements volatility measure and the probability of correct recognition.     

工字型建筑构件隔声的计算

根据工字型建筑构件的构造特点,应用统计能量分析理论,建立工字型构件的隔声计算模型。通过求解能量传递与平衡方程,计算各子系统的损耗系数和子系统之间的耦合损耗系数,得出构件两边的声压级差。与隔声实验和质量定律计算的结果相比,应用统计能量分析方法计算的结果与实验符合得很好,具有较高的精确性。此方法可以进一步解决构造复杂墙体的隔声问题,通过改进墙体构造,提高隔声性能。     

手写汉字的集群识别

为了降低单个汉字的分辨率,论文分析了通用的汉字识别模型,并在此基础上建立了适于多字识别的集群识别模型。为了充分论证集群识别模型的观点,本文从理论证明和实验两方面获得支持根据。实验结果表明基于多字识别模型的集群识别能可靠提高对连续文字的识别效果,是手写汉字识别中很有希望的发展方向。     

胰腺癌经动脉灌注化疗指南（草案）

【摘要】 胰腺癌是恶性度最高的实体肿瘤之一。对不能手术切除的胰腺癌，经动脉灌注化疗由于肿瘤局部药物浓度较静脉用药高，可以达到更好的治疗效果，在改善疾病相关症状、延长生存期、减少肝转移及发生肝转移后的治疗上均取得了令人瞩目的成绩。本文在相关概念、禁忌证、适应证、术前准备、操作方法、术后处理及并发症的预防和处理等方面给出了较详尽的规范化建议，旨在帮助国内同行作出合理决策，但不是强制性标准，也不可能包括和解决胰腺癌经动脉灌注化疗中的所有问题。因此，在面对某一患者时，应在充分了解本病的最佳医学证据，结合患者具体病情及其意愿的基础上，为患者制定合理的诊疗计划。