房地产应重视产品的品牌包装

房地产产品与其他产品一样需要包装，而房地产产品所具有的特性决定了房地产产品包装还具有不同的内容，文中对房地产产品的特性进行分析之后，提出房地产产品更应注重房地产产品的品牌包装。     

产业动态

我国铝箔产品中,生产规模最大的是包装铝箔产品,近乎占到总产量的50%。当今,包装铝箔由于其诸多的优点特性,逐渐受到商家和消费者的重视,预计在未来,随着应用场景的扩大,包装铝箔仍有巨大的发展空间。包装铝箔指用于物品包装的铝箔产品,常见用于食品包装、药品包装和烟用包装。铝箔包装具有密封性好、防潮、无味、抽真空效果佳、透气率低、不易老化等特性,在包装领域得到越来越多的应用。     

共振点测试方法的研讨

包装件或产品的共振频率、振动传输比、阻尼等因素组成了包装系统的动态特性,它是由包装材料与整体包装系统共同决定的。包装系统的动态特性能够反映出在一定的运输环境（冲击、振动）下,包装对产品的保护能力。因此在进行包装设计时,经常需要测试包装件或产品的共振频率,根据共振点来设计包装系统,避免包装件在实际运输过程中发生共振现象。     

关于开展产品包装特性研究的探讨

包装是产品进入流通领域的必备条件。如何简化包装设计,使产品及时获得科学合理的包装。这是开展包装研究一项十分重要的课题。近几年来,笔者通过对美军一些重要基础标准如MIL-HDBK-772《包装工程设计手册》、MIL-STD-1319《影响运输性、包装和装卸设备设计的产品特性》、MIL-STD-647《包装标准的编制和使用》、MIL-STD-2037/2《包装技术条件代码》等的综合分析研究,认为美军从开展产品包装特性研究入手,进而实现计算机管理的做法是值得我们借鉴的。     

试论包装弹性特性对商品价格弹性的影响

包装工业与农业、商业、化工、食品轻工等各部门都有密切的关系。人们在社会生活中离不开商品,而商品又都需要包装,有了产品就产生了包装,产品经过包装,才能进入流通市场而到消费者手里,所以说“包装是实现商品价值和使用价值的一种手段”,也是增加商品附加值的手段。一、包装的弹性特性包装是生产者和消费者之间相互沟通的重要媒介,随着市场经济的发展,包装在商品生产中起了越来越重要的作用。在商品经济的环境中,几乎所有商品都受益于包装的两大特性,即刚性特性和弹性特性。     

国外的"幽默包装"

充满幽默感的包装,称之为"幽默包装"."幽默包装",即抓住产品的特性,发挥丰富的想像力,以漫画、摄影等形式通过夸张、比喻、拟人的象征、含蓄的表现技巧,经精心构思而设计成功的包装作品.此类包装,往往能够收到引人入胜的意境和轻松谐趣的艺术效果.产品的信息传递和产品的促销功能,往往就在这逗趣的包装上面,发挥着潜移默化的神奇效果.     

海洋安泊光盘片新包装闪耀登场

海洋安泊推出了全新安全包装的光碟产品，包装方面将大大降低盘片易损的特性，同时也使防伪变得非常容易。传统的光盘包装盒是2次成型，     

燃气灶无纸箱热收缩保护性包装结构设计与评价

目的 为打破家电泡沫加纸箱的传统包装形式,大胆创新设计无纸箱小家电燃气灶的热收缩包装,并使用CAE分析方法评价该包装的缓冲性能。方法 根据燃气灶产品特性设计缓冲衬垫结构,以热收缩膜直接紧紧包裹产品和缓冲衬垫的包装形式为评价对象,用Pro/E完成产品建模,导入Ansys Workbench完成跌落仿真分析,最后进行实验评价。结果 仿真结果表明,最大加速度出现在5.6 ms处,最大值为14.86g,小于产品脆值,仿真结果合格;跌落实验后,缓冲衬垫轻微变形,产品完好无破损,该包装方案可行。结论 验证了燃气灶无纸箱的热收缩包装的可靠性,为后续小家电的无纸箱包装提供了新思路。     

工程机械产品运输包装设计研究

对大型工程机械产品特性、流通环境及运输包装理论进行了分析,从节约包装材料、节省运输存储空间、加强产品保护及减少运输包装费用的角度,提出了大型工程机械产品包装容器化设计的方法。该方法充分利用产品本身强度、结构特点。将一些零部件通过一定优化设计和组装,使其兼具包装容器功能,用以包装其它散件。达到了加强产品保护、节约包装材料,减少运输包装费用、方便储运、装卸的目的。该方法已被一些企业用于出口产品设计。     

包装结构的合理性设计

一件优秀的产品包装不仅要具有实用性,而且要更具美观性,所以产品的包装设计特别是结构设计应充分贴合包装内装物的特性,兼顾视觉美感和实用功能。本文主琴阐述如何根据产品的特性去设计出合理的包装结构,使得包装的视觉美感和实用功能相得益彰。     

保健食品保质的包装研究

包装在食品保藏的基本作用是对食品起保护作用，保健食品的保质尤其重要。为提高保健食品保质效果，延长产品的货架期，进行了小红果，糙米米粉的保质包装材料的选择试验、充气包装试验、脱氧剂包装试验，结果表明小红果采用0.02mmLDPE包装材料最好，糙米米粉采用PET/Pe复合包装材料为最佳，充入CO2包装效果更理想。     

Internet与包装设计

将包装设计的宣传功能与互我的快捷、广泛及经济等特点相结构，探讨用虚拟现实技术将产品的馐设计起初地表现在互平网络上。     

仿生学与包装设计

通过许多实例,从生物自我包装的原理和功能、包装造型设计这两个方面,论述了仿生学原理在商品包装设计中的应用现状及前景。     

计算机软件产品包装设计研究

根据计算机产品的具体特点,研究和探讨了计算机软件产品包装设计中的若干重要问题。     

计算机仿真技术在包装机械设计制造中的应用

介绍了计算机仿真技术及其在包装机械设计制造中的应用。总结了利用此项技术开发产品的特点。得出了其将被广泛应用的结论。     

Analysis of the packing structure of wet spheres by Voronoi–Delaunay tessellation

The structure of a packing of narrowly sized wet spheres with packing density 0.435 is analysed against the well-established random close packing with packing density 0.64 by means of the Voronoi and Delaunay tessellation. The topological and metric properties of Voronoi polyhedra, such as the number of faces, perimeter, area and volume of a polyhedron, the number of edges, perimeter and area of a polyhedron face, have been quantified. Compared to the well established random close packing, the distributions become wider and more asymmetric with a long tail at the higher values. The volume and sphericity of each Delaunay cell have also been quantified. Their distributions are shown to be wider and more asymmetric than those for the random close packing, but the peaks are almost the same. For the wet particle packing, the correlations between Voronoi polyhedron size and shape and between Delaunay cell size and shape are more scattered. The topological and metric results are also shown to be consistent with those obtained for the packing of fine particles, although the dominant forces in forming a packing differ. The results should be useful to the quantitative understanding of the structure of loosely packed particles.     

Packing density of cementitious materials: part 1—measurement using a wet packing method

The packing characteristics of the cementitious materials have great influence on the performance of a concrete mix, but there is so far no generally accepted method of measurement. Herein, a new method, called the wet packing method, is developed. It mixes the cementitious materials with water and then measures the apparent density and voids content of the resulting mixture at varying water/cementitious materials ratio to characterise the packing behaviour of the cementitious materials. Trial mixing and testing revealed that the mixing procedure is crucial to the success of the test method. To ensure thorough mixing within a reasonable time, a special mixing procedure is adopted. Using this method, the packing characteristics of pure cement and blended cementitious materials under different conditions have been measured. Based on the results so obtained, it is advocated that the packing density and water demand should be measured directly using a wet packing method rather than indirectly by any consistence test because the water content at any preset consistence is not necessarily the same as the minimum water content needed to fill up the voids. Some useful applications of the new method are illustrated in Part 2 of this paper.     

食品包装的图案与文字设计

图案和文字设计是包装设计中的重要组成部分。文中从图案和文字二方面对食品包装设计的创意定位进行了阐述，在食品包装中设计图案，可以使用抽象、写实、夸张、概括和添加等表现手法将食品特征说明，图形文字的设计利用文字表达的内容去造型、利用现代平面构成的技法造型、还可利用文字本身的形式特点造型。使食品更具有吸引力。     

出奇才能制胜--谈包装设计的个性展示

现代市场经济高度繁荣,商品经济的竞争也非常激烈,良好的产品包装在此起着前所未有的重要作用。要使包装得到消费者的认可,包装设计的个性化体现则是其中的关键。     

Packing density of cementitious materials: part 2—packing and flow of OPC + PFA + CSF

The wet packing method developed in Part 1 [Wong HHC, Kwan AKH (2007) Packing density of cementitious materials: part 1 measurement using a wet packing method. Mater Struct (Paper No. MAAS3281)] has been successfully applied to measure the packing densities of cementitious materials containing ordinary Portland cement (OPC), pulverised fuel ash (PFA) and condensed silica fume (CSF). The test results for non-blended materials revealed that whilst the addition of a superplasticiser would always increase the packing densities of OPC and PFA, the addition of a polycarboxylate-based superplasticiser could decrease the packing density of CSF. On the other hand, the results for blended materials showed that the packing density could be improved by double blending OPC with either PFA or CSF, and further improved by triple blending OPC, PFA and CSF together in appropriate proportions. A maximum packing density of 0.752 has been achieved and a ternary packing density diagram for determining the mix proportions for maximum packing density has been produced. Furthermore, the positive influence of a higher packing density on cement paste rheology has been demonstrated using the mini-slump cone test. Based on these results, the concept of excess water ratio, which is the major factor governing the rheology of a paste, is introduced.