巴蜀文化在旅游纪念品包装设计中的审美价值

目的 分析巴蜀文化在旅游纪念品包装设计中的审美价值。方法 根据巴蜀文化的风格和特点,从旅游纪念品包装设计的角度对巴蜀文化要素进行提取分析。结论 在旅游纪念品的包装设计中,必须突出纪念品的特色与个性,将巴蜀文化充分彰显出来。要兼顾本土特色,进一步明确未来发展趋势,加强对地方传统习俗、居住环境、民间装饰和民族图案的研究。在吸收外来文化的同时,结合巴蜀本土文化,基于文化元素内涵来实现产品在传统与现代、民族与国际的融合,在现代和传统、东西方之间,找到发展本土包装设计的途径,使具有巴蜀特色的旅游纪念品包装设计在世界设计舞台中大放异彩。唯有在发展中主动传承传统文化,才能设计出具有地方特色的现代旅游纪念品包装。     

广府民间艺术在包装设计中的应用

目的研究广府民间艺术在包装设计中的应用,为本土包装设计的创新提供新的思路。方法分析广府民间艺术的现状和文化特质,将广府民间艺术与包装设计融合,结合案例探究广府民间艺术在包装设计中的应用方法。结论在现代包装设计中融入广府传统民间艺术元素,可提升包装的文化内涵,创建具有本土民族文化特色的品牌,广府民间艺术通过包装设计这一载体也得到传承和推广。     

广府民间艺术在现代包装设计中的应用研究——以广东特色食品包装为例

中国传统民间艺术有其独特而深厚的文化内涵,现代食品包装设计是现代艺术与经济发展的产物,应将传统民间艺术与现代食品包装设计进行融合,产生既能满足消费者审美要求,又能传承民间传统文化特色的本土包装。本文首先分析广府民间艺术与包装设计融合创新的重要意义,再阐述广府民间艺术在广东特色包装设计中的具体应用,最后对广府民间艺术与广东特色包装设计的结合提出相关建议。     

基于地域文化的贵州旅游商品包装设计探析

分析了贵州特色旅游商品包装存在着缺乏地域特色、文化传承、品牌优势等系列问题。从包装形体造型结构、图形图案、色彩运用方面,论述了贵州旅游商品包装设计应赋予地方特色,传承乡土文化,彰显本土民族风情,在此基础上,探索了如何设计具有贵州民族特色的旅游商品包装,以此传播贵州民族文化,推动贵州旅游商品的发展,提升传统民族旅游产业。     

包装设计本土化的内涵与外延

通过对包装设计本土化问题的探究，剖析出本土文化元素在包装设计中的传承与发展脉络，概括了本土化包装的目的是在传统文化中吸取营养，将本土化和现代化相统一，并通过包装设计向世界传递本土文化和民族特色。     

浅析国潮插画在商业包装设计中的应用

国潮插画是立足于中国传统文化特色的潮流插画，展示了东方美学与文化底蕴，近年来成为商业包装设计的应用趋势。国潮插画在商业包装设计中起着重要的作用，有利于民族本土文化的传承，增强民族文化自信与认同，从而提升产品的竞争力。本文主要对商品包装国潮插画的设计案例进行分析，提出观点与见解，以期为商业包装设计的应用提供参考。     

非遗文化在波普风格潮牌包装设计中的应用

目前西方"潮"文化席卷中国,而本土潮流品牌发展薄弱,缺乏文化内涵且设计形式单一,在文化自信的视域下,立足于中国博大精深的中华文化背景,将非遗文化的艺术形式引入到本土潮牌设计当中,将波普的特色风格与中国的文化优势相结合,针对本土潮流品牌,探讨以包装设计为载体的非遗文化与波普艺术的结合与应用研究,发掘具有代表性的本土潮牌文化,为传统文化与西方艺术的交流融合提供新的思路,为实现非遗文化及本土潮流品牌包装设计的创新发展提供一定的理论依据。     

包装设计中的文化创意传承

通过在现代化包装设计中传承文化创意,可以进一步发掘我国文化的巨大潜力及价值,促使包装设计更具时代感。因此,文章以包装设计中的文化创意表现方法为入手点,并从民族文化、传统文化、本土文化等方面入手,对包装设计中的文化创意传承路径进行了进一步论述。     

赣南客家剪纸艺术在江西土特产包装中的应用

目的立足于江西本土文化,对当前江西土特产包装现状进行分析,挖掘具有地域特色、文化内涵的艺术形式。一方面通过带有浓郁客家文化特色的剪纸艺术美化产品,提升土特产品品牌形象,增强知名度与美誉度,推动本土经济的发展;另一方面以土特产包装为载体,带动客家民俗文化的传承与传播。方法在对国内外土特产包装设计现状进行比较与分析后,从江西土特产包装设计观念、内容、方法上如何融入地方文化特色来进行研究。以极具地方特色的赣南客家剪纸艺术为切入点,对客家剪纸的发展历史、艺术特色、构图形式、表现技法、文化内涵、图案寓意、民俗民风等内容进行梳理与归纳,力图实现地方文化特色与现代设计理念完美契合的设想。结论为赣南客家剪纸艺术与江西土特产包装设计契合提供解决方案,为现代土特产包装设计理论与实践提供参考与借鉴。     

论中国传统符号在现代包装中的应用

中国传统符号在现代包装设计中的应用一般通过选用均衡对称、天圆地方等传统形式,运用动植物图腾、太极八卦图、祥云纹样等传统图形纹样,同时运用"中国红""帝王黄""青花瓷"等传统色彩,并采用恰当的汉字字体,使传统符号与内装商品和谐一致,进而提升商品价值。运用中国传统符号进行现代包装设计,可起到传达产品信息、显示情感价值、传达文化内涵的语意作用。现代包装设计师不仅要传承中国传统符号,更要通过多种手法巧妙使用传统符号,并融入现代思维,在传统与现代间寻找契合点,使现代包装设计更具生命力、更富时代感。     

Certification Institutions Expected to Update and Transfer Information on Present Standards

Standards are the basis for production enterprises to organize production, ex-factory inspection, trade (delivery) and technical exchanges, product certification, quality arbitration and supervision.……     

Effect of Permeable Crystalline Material on Steel Reinforcement Corrosion of Concrete

Permeable crystalline materialcan permeate into pores and cracks of concrete and catalyze the reaction between Ca(OH) 2and unhydrated cement to generate a great quantity needle non-soluble crystals, which can stop up the pores and cracks of concrete, and increase the impermeability of concrete. This paper reported the results of a study conducted to evaluate steel reinforcement corrosion of concrete specimens uncoated and coated with permeable crystalline material as well as mixed with the permeable crystalline material. The properties evaluated for corrosion test were water impermeability, water absorption, compressive strength and potential. The results of water impermeability, water absorption, compressive strength clearly showed that the permeable crystalline material could prohibit water, any soluble salts and moisture from penetrating the concrete to cause corrosion, leaking, and other problems, and it did increase the compressive strength, which was favorable for protection of corrosion of reinforcing steel. Moreover, it was concluded from the potential-time curve that the steel reinforcement of uncoated specimen was in the state of activation whereas that of other specimens coated and mixed with the permeable crystalline material was in the state of inactivation. Above all, it was indicated that the permeable crystalline materialis very effective to protect the steel reinforcement of concrete from corrosion.     

The Research and Application About "Dry Peeling Off" Technology for Airplane Surface Paint Layer

In this paper, the principle of spurting take off lacquer were introduced; and with orthogonal method the unsaturate polyester was prepared ;it was easy to peel airplane paint layer off with this material and equipment.     

Quality Study of Honeycomb Core Shaping Without Wax Stabilization

Sandwich panels utilizing honeycomb cores result in lightweight, high-strength units that are very rigid. Indeed, they give honeycomb panels the best strength-to-weight ratio of any construction type available. Conventionally, the wax is poured into the cell of the core to strengthen the structure and prevent the core from being crushed during milling. Much time and labor is required to wax, mill, and clean the cores. In this study, the process of pouring wax into the core was skipped. In other words, the cutter directly milled the core. Experiments showed that the compressive strength of the core produced without wax stabilization was only 3% lower than that of cores produced using the traditional method. In addition, the drum peel strengths of cores produced without wax stabilization were 38.4% higher than cores produced using the traditional method, in which residual wax seriously polluted the adhesive. It was also found that eliminating the wax process can reduce costs.     

In-process thermal treatment of polylactic acid in fused deposition modelling

Polylactic acid (PLA) is one of the most widely used open source fused filament fabrication materials due to its ease of extrusion, biodegradability, and mechanical strength. The mechanical strength of PLA largely depends on the proper growth of its semi-crystalline structure, which can be severely impaired by a low rate of crystallization, particularly in open source printers. This can be further aggravated by the non-uniform thermal distribution of heat that causes improper curing among the extruded beads of the printing material. As a result, PLA printed on open source printers does not achieve the best mechanical properties. This research, for the first time, proposes an additive-free solution implemented through a detailed set of experimentation to improve the curing rate through in-process temperature variations to cure the joints among the beads. Scanning electron microscopy (SEM), differential scanning calorimetry (DSC) and Fourier transform infrared (FTIR) spectroscopy is used to confirm the improvements in the bead joints. This work is conducted in two phases of experiments. In the first phase, a full factorial ANOVA is used to investigate various process parameters and the important variables are used in the second phase to print test specimens in four different sets.     

Optimum-Simulation von Ernteprozessen

Zusammenfassung Bei der Gestaltung von Ernteprozessen — beispielsweise des Prozesses Mähdrusch, Körnertransport und -abnahme — als transportverbundene Fließarbeitsverfahren mit mindestens zwei verschiedenen Arbeitsmitteln gibt es einen großen Optimierungsspielraum. Solche Prozesse sind mehrstufige Bedienungsprozesse mit gemischter Anordnung der Bedienungseinrichtungen. Außerdem besitzen sie stark ausgeprägte räumliche Aspekte. Es wird vor allem gezeigt, welche Merkmale solcher Prozesse in Simulationsmodellen abgebildet sein müssen, welche Zielgrößen in Abhängigkeit von welchen Einflußgrößen unter Berücksichtigung welcher Prozeßbedingungen ermittelt werden sollten und wie der Bewertungsprozeß zur Ermittlung der gewünschten Informationen gestaltet werden muß.     

Investigation of the Corrosion Behaviors of HVOF-Sprayed Carbide Cernet Coatings in Molten Al-Zn-Si Alloy Bath

In continuous hot-dip galvanization process the corrosion and chemical stability of the sink roll in the galvanizing bath are important problem which effects on the quality and productivity. In order to protect the sink roll the carbide cermet and/or ceramic coatings were deposited on the surface of the sink roll. The WC-, Cr3 C2-cermet coatings were deposited by high velocity oxygen fuel (HVOF) spray, respectively. The coating samples were immersed in molten Zn-alloy containing 50 wt % aluminum at 833 K for 24 hr and 144 hr, respectively. The inter-diffusion and inter-reaction of Zn, Al and elements in coating and corrosion behaviors of these coatings were investigated by XRD, SEM and EPMA etc. The corrosion mechanisms of the carbide cermet coatings and ceramic coatings in molten High Al-Zn-alloy were approached.     

Fundamental study of adhesion of ice to cooling solid surface (Discussion on influence of copper oxide layer on ice adhesion force)

In many situations, ice often adheres to a cooling solid surface, frequently causing serious accidents. It is critical to clarify the mechanism of ice adhesion to the cooling surface in order to prevent ice adhesion. In a past study, the shearing stresses of two kinds of test plates with a copper surface having the higher thermal conductivity were measured. The shearing stress corresponds to ice adhesion force. Both shearing stresses were significantly different; however, the cause remains unclear.Therefore, the present study focuses on an oxide layer as the main factor causing the difference of both shearing stresses; the influence of the oxide layer formed on shearing stress was discussed. And in the removal and reformation processes of the oxide layer, the time variation of the shearing stress was clarified. Moreover, the relationship between the state of the copper surface and the shearing stress was also clarified by surface analysis.     

＂Three Transformations＂ and Standardization

During his inspection in Henan Province in May, Chinese President Xi Jinping stressed to ＂push forward the transformation from China Speed to China Quality, from Made in China to Created in China, and from Chinese Products to Chinese Brand＂. The ＂Three Transformations＂ are the specific requirements and goal of China＇s national development in the context that market should play a decisive role in the allocation of resources.     

重塑标准推行格局 推动LED照明的普及（英文）

正When you are enjoying the green,energy-saving and healthy lighting of IKEA LED luminaire,you may not realize that most of IKEA’s LED bulbs are produced by the LED luminaire smart manufacturing system of Hangzhou Zhongwei Photoelectricity CO.,LTD(ZVISION).No longer enclosed in the laboratory,the product standards are brought into the factory workshop and even to the entire production process.Thus,the standards are promoted and applied in a favorable way by enterprises,benefitting consumers with high quality products.