process for the production of wärmeisolierenden, tools, hand on floor coverings.

• 1. 防滑地板覆盖物及其生产工艺 [P] . 中国专利： CN1107579C . 2003.05.07
• 2. 防滑地板覆盖物及其生产工艺 [P] . 中国专利： CN1191505A . 1998-08-26
• 3. process for the production of wärmeisolierenden, tools, hand on floor coverings. [P] . 瑞士专利： CH225919A . 1943-02-28

  机译： wärmeisolierenden的生产工艺，工具，手覆盖地板。

• 4. process for the production of warmhaltenden, neither metal nor linoleum attacking, hand on floor coverings. [P] . 瑞士专利： CH172277A . 1934-10-15

  机译： 既不破坏金属又不破坏油毡的温金属的生产工艺，应放在地板上。

• 5. process for the production of hand on insulating and unterlagsböden and done walk-in floor coverings. [P] . 瑞士专利： CH154691A . 1932-05-15

  机译： 绝缘和无衬里的手的生产过程以及完成的步入式地面覆盖物。

• 1. Raman spectroscopy as process analytical tool in downstream processing of biotechnology [J] . Yu Kiat Lin, Hui Yi Leong, Tau Chuan Ling, 中国化学工程学报（英文版） . 2021,第002期
• 2. Processing Chinese hand-radicals activates the medial frontal gyrus [J] . Qing-Lin Wu, Yu-Chen Chan, Joseph P. Lavallee, 中国神经再生研究（英文版） . 2013,第020期
• 3. Improving the efficiency of Taguchi with Six Sigma - A case study of hand tool drilling process production [C] . Lin En-Wei, Wong Meiling IEEE International Conference on Management of Innovation and Technology . 2014
• 4. A Typology, Analysis, and Interpretation of Ground Stone Tools from ?atalh?yük West Mound: Food Processing and Craft Production Tools in the Late Neolithic to Early Chalcolithic of Central Anatolia [D] . Brady, Jacob H. 2020
• 5. Metabolomics - a useful tool for prediction of protein production and processing? [O] . Jennifer Kronthaler, Timo Schmidberger, Christine Heel 2011
• 6. : "This paper deals with the functionality of the flaked stone assemblages from several Neolithic sites of the NE of the Iberian Peninsula. The chronological framework ranges from the mid-6th to the mid-4th millennium cal. BCE, which corresponds to the Early and Middle Neolithic. This long period ranges from the arrival of the first farming communities in the Iberian Peninsula, around 5600-5500 cal. BCE, to 3600-3500 cal. BCE, two millennia later, when Neolithic communities had stably occupied most of the available territory, from the mountainous areas of the Pyrenees to the coastal areas of the Mediterranean.In this context, the NE of the Iberian Peninsula is one of the areas where a major number of use-wear analyses have been carried out, especially for what concerns the Neolithic period. This is mainly due to the interest shown by the directors of the excavations and by the Spanish use-wear specialists as well; both participated and cooperated in order to enlarge the number of contexts studied, making the NE of the Iberian Peninsula one of the areas of Europe with the largest number of ‘functional studies’. As a result, today we have a reliable picture of the type of lithic tools used by the first farming groups, how they were used, and which needs they were satisfying.The methodology employed for this type of analysis is today broadly shared by most use-wear specialists. A stereoscopic microscope is used together with a reflected-light microscope for the analysis of the archaeological specimens. Afterwards, the observed use-wear traces are compared with the traces from experimental tools. This study primarily made use of the tools preserved at the ‘Traceoteque’ of the Institución Milà y Fontanals of the CSIC of Barcelona.This paper presents the results obtained for the different types of analysed sites and the relative lithic assemblages. In this way, tools from different contexts are compared: open-air sites, caves and rock-shelters, pit-sites, burials, and mining sites. Such a diversity of contexts allowed for the exploration of the existence of recurrences and differences in the functionality of the lithic tools from one site to another. The results obtained have also provided information on some aspects related to the economic processes carried out at the different sites, caves, rock-shelters and open-air contexts. It has been possible to gain fresh data on the types of tasks carried out and their relative importance for each site, their relation with the geographical and environmental context and the natural resources available there. In addition, analysing tools recovered from burials – mainly individual inhumations – provided information on the relationships between the buried individuals and the working tools, in particular exploring the relationships between sex and age patterns and the types of tools deposited as goods.In conclusion, use-wear analysis allowed for the exploration of a variety of issues; from technical aspects related to the production and management of the lithic resources to social aspects related to the subsistence activities and the individuals that carried them out." [O] . Gibaja Bao, Juan Francisco, Mazzucco, Niccolo 2015

• 1. Cooperative Optimization of Reconfigurable Machine Tool Configurations and Production Process Plan [J] . XIE Nan ,LI Aiping ,XUE Wei . 中国机械工程学报 . 2012,第005期
• 2. Propagation of Acoustic Waves Caused by the Accelerations of Vibrating Hand-Held Tools in Viscoelastic Soft Tissues of Human Hands and a Mechanobiological Picture for the Related Injuries [J] . Eugen Mamontov ,Viktor Berbyuk . 应用数学与应用物理（英文） . 2017,第10期
• 3. Hyper 360—Towards a Unified Tool Set Supporting Next Generation VR Film and TV Productions [J] . Barnabas Takacs ,Zsuzsanna Vincze ,Hannes Fassold . 软件工程与应用（英文） . 2019,第5期
• 4. 速生杨木无醛胶合板生产工艺及其增强复合地板的耐磨性能研究 [C] . 李文定 ,刘聪 ,张洋 . 第四届全国生物质材料科学与技术学术研讨会 . 2011
• 5. 面向手持式工具手柄抓握分析的抓握手有限元模型研究 [A] . 杨德伟 . 2012