从包装再设计里解读包装设计的时尚性

现代包装设计要求包装后的产品传递出具有时尚性的信息,把产品本身的特点与时代审美特征相结合,通过包装再设计这一手段适应市场的变化、提升商品的品位、顺应时代的潮流。一个成功包装在商品市场竞争的动力下,不仅要通过包装再设计来引起消费者对产品的再注意,还要使消费者能够通过包装色彩、包装图形和包装造型精确理解产品,利用视觉化和语言化的形象识别将再设计后的包装变为具有时代特征的包装,从而促进商品的销售,扩大市场份额。     

以现代设计表述民族传统文化——论传统民间艺术与现代包装设计创意

民间艺术是中国民间喜闻乐见的一种艺术形式。通过对其象征性、寓意性、装饰性特征的分析,以中国民间艺术的图形、色彩、形态以及材料在包装设计中的运用为出发点,阐述民间艺术对现代包装设计的创意价值,借助传统民间艺术的表现形式丰富包装设计的人文内涵,为创造具有传统文化特色和现代审美价值的包装设计提供新的创意元素和设计思路。     

浅析土特产的包装设计——以乐陵金丝小枣为例

经济繁荣的消费时代,土特产因其浓郁的地域特色赢得消费者的喜爱,进入了广阔的消费领域。包装设计在土特品商品化的过程中备受关注,成为其在市场竞争中获胜的重要途径之一。面对土特产包装市场良莠不齐的现象,文章结合乐陵金丝小枣这一土特产,阐述了方便化,自然化,特色化,环保化设计在土特产的包装设计发展中的重要意义,以发挥包装的魅力,提升土特产包装更高层次的商业价值。     

基于pro/e的参数化直齿圆锥齿轮的设计与实现

本文论述了在Pro/E Wildfire环境下,利用软件自身的开发工具:参数化设计、关系式、族表功能以及Pro/Programe来建立圆锥齿轮的参数化造型设计的方法,从而方便、快捷地获得了任一标准模数的圆锥齿轮,成功实现了Pro/E系统环境下的圆锥齿轮参数化设计方式的实现。     

两型社会视野下的模数化景观设计初探

基于"两型社会"建设的要求,首先,文章对"模数化"概念进行了解析,回顾了模数化设计思想的发展历程;继而,阐述了将"模数化"设计方法引入景观设计领域的应用优势;最后,提出模数化景观设计构建的原则及策略,并对其实践前景进行了展望。     

基于障碍设计的安全风险类产品包装设计——以儿童药品包装设计为例

包装设计在承担内装物的安全性、宣传性等基础上,同时也承担着一些社会责任,特别是在当今产品玲琅满目,包装五彩缤纷,因包装过于精美、内装品容易取出造成的安全事故频繁发生。文章基于此,以儿童药品包装设计为例,分析安全风险类产品包装设计中的障碍设计融入策略。     

论“双碳”目标下竹材包装的设计探索

在“双碳”目标的驱动下，包装行业必将迎来新挑战和新变革。竹材包装是包装行业践行“双碳”目标的积极探索。文章阐述了“双碳”目标的发展进程，从讨论竹材的低碳价值入手，梳理了发展竹材包装与实现“双碳”目标之间的必然联系，归纳了竹材的特征及其在包装设计中的运用规律，并针对新的时代要求提出了从摇篮到摇篮的循环设计、减量化、简约化、模块化、标准化的竹材包装设计路径，减少包装生产过程中的碳排放量，促进低碳化包装设计的发展进程，实现生态环境与包装设计发展的双赢。     

创新型思维在食品包装设计中的应用

近年来中国食品包装呈现生机勃勃的发展态势,尤其是改革开放以来食品包装产业取得的长足发展和进步.食品包装设计存在重平面轻结构,缺乏设计内涵设计、过于奢华以及设计侵权现象时有发生等问题的,提出应用创新型思维进行食品的包装设计.从包装结构的创新性设计到包装的宜人性和环保性.旨在寻求一种具有创新思维的食品包装设计理念来发展食品包装产业.     

现代包装设计的文化特征

现代包装设计作为现代设计中的一个重要组成部分,它的发展历程无不与现代设计的演变进程息息相关。时代的进步与物质条件的支撑使得包装设计变得更加时尚化、快餐化、流行化和视觉化。包装设计的发展是建立在文化基础之上的,它从多方面传递文化信息,文化也影响着包装设计的方向。[1]     

基于共享理念的水果包装设计研究

由于网络购物的便利实惠性，网购水果已成为大势所趋，文章针对水果快递包装的资源浪费与污染问题，从可持续和模块化设计的角度出发，探讨共享经济下水果快递包装的设计方法，设计符合时代发展、绿色可循环、方便运输拆卸的水果包装。以绿色设计、模块化的设计理论为基础，通过分析我国目前共享包装存在的问题，从包装材料、包装结构、智能包装等方面探讨水果包装的设计方法，建立水果包装的建构策略，以进一步解决包装的现存问题，为共享包装的可持续发展提出新思路。     

Investigating the Effect of Software Packaging on Modular Structure Stability

In object-oriented development, packages form the basic modular structural components of large-scale software systems. Packaging processes aim to group classes together to provide well-identified functions/services to the rest of the system. In this context, it is widely believed that packaging quality has an influence on the software stability so that it should be useful predictors for modular structural stability. In this paper, we investigate the effect of packaging configurations on the modular structure stability of object-oriented systems. Using genetic algorithms, we conducted a series of experiments to find the relation between the packaging quality and modular structure stability. We conducted experiments on open source systems using an automatic packaging approach recently proposed by the authors. Results show that the stability of releases automatically packaged using that approach was better or at least comparable to those of the corresponding original releases manually packaged by the software developers. Moreover, the different parameters settings of the genetic algorithms used in our experiments play an important role to improve the overall quality. The experimental results suggest that the considered packaging approach is useful for practitioners to develop architecturally stable software systems.     

从艺术学学科角度研究航空物流包装设计的意义——以湖南省为例

航空物流包装设计虽有"设计"之名号却长期以来都独立于艺术学科之外,设计艺术人士少有涉猎,这与其行业的特殊性息息相关。本文主要探讨航空物流包装设计的现状及艺术学科为其带来的影响,力求能为航空经济、为艺术学科有所贡献。     

民国时期的包装设计的开元与传承

文章以民国年间的包装设计为论题,从文化、经济、政治、教育、科技、设计理论、设计史论等角度全面分析、梳理其脉络,阐述了民国时期产品包装设计的起源、发展、壮大、成熟等历史特征和艺术特质,在此基础上提出了开元与传承铸造了民国时期的包装设计风格。作为中国特有的包装设计文化现蒙,笔者虔心整理论述。希望能够抛砖引玉,引起当代艺术家们以新的眼光审视过去。并为今天的包装设计带来一些启发与思考从而推动包装设计理论、史论发展。     

Development of a multichip module DSP

The signal processor packaging design (SPPD) general-purpose digital signal processor (DSP) architecture is discussed. SPPD is a highly modular processor architecture that is based on off-the-shelf components and that supports a multichip module (MCM) design implementation that delivers 400 million floating-point operations per second in a 75-g package. The interconnect-substrate design, MCM package assembly, MCM testing, and tradeoffs in size, weight, and cost of the SPPD packaging are described     

基于某型控制盒单板测试仪通用测试系统的研究

为了满足控制盒单板测试通用化、模块化的要求,在自动测试系统的设计中采用了虚拟仪器测控技术,提出新的设计方案;讨论了自动测试系统的功能、硬件配置、软件模块化设计、软件流程和工作原理,设计开发了基于虚拟仪器技术的通用测试系统。该系统容错能力强,通用性好,操作方便,具有良好的扩展性,对提高武器系统的可维护性和可靠性有重要的意义。     

一种网络仿真工具的系统设计

网络仿真技术是开展网络研究的重要方法,但是现有的大多数网络仿真工具对普通用户来说不易掌握。该文设计和实现了一个直观易用、开放式、模块化和可视化交互的网络仿真工具NDS-1,介绍了NDS-1的总体设计,接口设计和各模块设计。     

MEMS封装技术

介绍了微机电(MEMS)封装技术,包括晶片级封装、单芯片封装和多芯片封装、模块式封装与倒装焊3种很有前景的封装技术。指出了MEMS封装的几个可靠性问题,最后,对MEMS封装的发展趋势作了分析。     

Design change propagation routing in the modular product

In product engineering, design changes are unavoidable because of the evolution of customer requirements and key technologies. Modularization has been extensively applied as an effective strategy for the development of complex products. In a modular product, although modules are supposed to be functionally independent, the design change in a module can still propagate to other modules because of the interfaces between modules. This propagation leads to numerous potential propagation paths and uncontrollable change in costs. Thus, it is valuable to consider the impact of the modular structure during the optimization of design change propagation. This research offers a glimpse into design change propagation routing in modular products to accelerate design change propagation within the modules. First, the relationships between components were determined to construct the product network model. Subsequently, an optimization model of the design change propagation path was established to minimize the change propagation intensity, which includes the importance of the components, change in cost, and path length. To decrease the number of modules that the design change propagates into, the correlation between the modules was explored as penalties, considering the dependencies of a module on the interface(s) that are defined from aspects of the topological characteristics, change in the propagation characteristics, and cost of design changes. A multiple-population genetic algorithm was developed to solve this model. Finally, a case study of the design change propagation routing of a potato lifter was implemented to expound on the utility and effectiveness of the proposed approach.     

Designing packaging to support the safe use of medicines at home

In the light of a number of serious incidents in the UK resulting from accidental overdoses of methotrexate, this study investigated how the design of methotrexate packaging can influence patient safety, and aimed to collect evidence to provide a basis for the development of new concepts for revised designs by the pharmaceutical industry. The research found that patients using methotrexate experience a number of difficulties in using their medicines packaging, and as a result, resourcefully adopt a variety of “coping strategies” which may increase the risk of dosing errors. By investigating both the practice of methotrexate users, and the design of the system that supports methotrexate use, additional problems were observed across the healthcare system, meaning that the function of medicines packaging in ensuring safety may be even more critical than first suspected. As a result of this research the National Patient Safety Agency responded with a UK-wide programme of work to improve safety for patients, and continues to work with the pharmaceutical industry to develop more user-friendly packaging and labelling.