Reliability Method on Product Innovation Design

Innovation in Product Design gives an overview of the research fields and achievements in the development of methods and tools for product design and innovation. It presents contributions from experts in many different fields covering a variety of research topics related to product development and innovation. Product lifecycle management, knowledge management, product customization, topological optimization, product virtualization, systematic innovation, virtual humans, design and engineering, and rapid prototyping are the key research areas described in the book. It also details successful case studies developed with industrial companies. Innovation in Product Design is written for academic researchers, graduate students and professionals in product development disciplines who are interested in understanding how novel methodologies and technologies can make the product development process more efficient.

Usaha Kecil Menengah (UKM) mempunyai peran penting dan strategis bagi pertumbuhan ekonomi negara, baik negara berkembang maupun negara maju. Pada saat krisis ekonomi berlangsung di Indonesia, Usaha Kecil Menengah merupakan sektor ekonomi yang memiliki ketahanan paling baik. Kemampuan UKM perlu diberdayakan dan dikembangkan secara terus menerus dengan berusaha mereduksi kendala yang dialami UKM, sehingga mampu memberikan kontribusi lebih maksimal terhadap peningkatan kesejahteraan masyarakat. Industri Tanggulangin adalah salah satu UKM yang berdiri sejak 1939 ketika beberapa perajin memulai pembuatan barang-barang tas dan koper. Dan pada tahun 1976 didirikanlah Koperasi Industri Tas dan Koper (Intako), yang awalnya hanya beranggotakan 27 orang. Modal usaha diperoleh dari simpanan pokok anggota. Dalam perjalanannya, koperasi itu terus berkembang dan jumlah anggotanya sudah mencapai 354 perajin UKM dengan aset sekitar Rp 10 miliar. Produk tanggulangin ini telah memiliki brand dan mutu yang cukup bagus yang sudah diakui oleh konsumen. Tetapi setelah terjadi luapan lumpur lapindo hampir 70 persen perajin di Tanggulangin sudah gulung tikar. Beberapa di antara mereka yang masih bertahan hanya untuk menggarap pesanan. Selain itu serbuan barang-barang produk Cina yang harganya sangat kompetitif, namun kualitasnya buruk yang juga ikut andil dalam keterpurukan tersebut. Praktis, sentra industri tas dan koper Tanggulangin sepi pengujung.Penelitian ini menunjukkan bahwa penyebab menurunya penjualan adalah membanjirnya produk cina, kenaikan harga bahan baku, dan kurangnya inovasi desain produk. Oleh karena itu perlu adanya pembinaan dari pemerintah dalam mengembangkan inovasi desain produk dan inovasi dalam pemasaran. Sehingga eksistensi sentra industri tas dan koper Tanggulangin dapat berkembang dan membuka lapangan pekerjaan bagi warga sekitar serta meningkatkan pendapatan asli daerah Kabupaten Sidoarjo.

One of the snack manufacturers in South Lampung, particularly in the Natar region, where the snack sector is highly competitive, is UD Sanjaya. The purpose of this study is to examine how the competitiveness of the UD Sanjaya food factory in South Lampung, Natar, is impacted by product innovation, product quality, and basreng design. The author bases the question, "Is there an effect of Competitiveness on Product Innovation in Basreng?" on this. This study aims to evaluate UD Sanjaya's competitiveness in the snack market and ascertain how basreng product innovation affects the company's competitiveness. Competitiveness (Y) is the dependent variable, whereas product innovation (X1), product quality (X2), and packaging design (X3) are the independent factors under investigation. This study's methodology is quantitative analysis, and consumer surveys were employed to gather data. The study's findings suggest that product innovation significantly and favorably affects competitiveness since it can boost customer loyalty and attention. Additionally, because consumers are choosing higher-quality products more and more, product quality has a big influence on the present. Due to its ability to affect how consumers view a product, attractive and useful packaging design is also crucial for boosting competitiveness. Overall, this study concludes that the three variables interact with each other and contribute to increasing the competitiveness of UD Sanjaya. Therefore, the company is advised to continue to innovate and improve the quality and design of product packaging to maintain and improve its market position.

This paper starts with a brief introduction of computer-aided product innovation design technology, and then expounds the application of computer-aided product design technology in computer-aided innovation in detail. Then it expounds the hardware design of computer-aided product innovation system; Then it analyzes the application of knowledge resources in the process of computer-aided product innovation design, including the comprehensive utilization of knowledge resources in computer-aided product innovation design and the obstacles to the application of knowledge resources in computer-aided product innovation design. This paper starts with a brief introduction of computer-aided product innovation design technology, and then expounds the application of computer-aided product design technology in computer-aided innovation in detail. Then it analyzes the application of knowledge resources in the process of computer-aided product innovation design, including the comprehensive utilization of knowledge resources in computer-aided product innovation design and the obstacles to the application of knowledge resources in computer-aided product innovation design. Finally, the paper analyzes the product innovation design based on computer-aided innovation technology, including the problems in the process of product innovation design, how to solve the problems encountered in the process of product design, the generation of solutions to the problems in the process of product design and the process of value analysis in product innovation design, in order to make product design stakeholders pay attention to the research and specific research and development process of computer-aided product innovation design system.

Product innovation design based on user experience is a new direction for the development of design theory. It’s also the expansion of user experience in the field of product design. By the theoretical analysis of user experience and product innovation design, the procedure of product innovation design is proposed considering the features of hand tools. It includes four stages: user research, task analysis, prototype design and testing & evaluation. In the innovation design procedure of hand tools, the core is product task analysis and user task modeling.

Theory of Inventive Problem Solving (TRIZ) -based [5] patent classification is essential for patent management and industrial analysis. However, the most research of patent classification are just on English texts and their methods just consider word order but do not use any parse structure, which rely on the word segmentation. In this paper, we propose a new structured representation [11] framework for TRIZ-based Chinese patent classification, which can discover structures automatically and measure structures Our framework uses structured representation model based on reinforcement learning to discover structures. Furthermore, the structured representation model we use lack attention in important structures which may have information memory loss when dealing with long sentences. Therefore, we use attention mechanisms to measure structures that contribute to the patent classification. On 4 TRIZ based classification tasks, our framework significantly outperformed all models in terms of area under curve (AUC) [23] and outperforms Hierarchically Structured LSTM (HS-LSTM) [11]. Moreover, we achieved absolute improvements of 10.08% in performance on Innovation in product design classification task in AUC score compared with the state-of-the-art model, bidirectional encoder representation from transformers (BERT) [8].

PurposeTaiwanese computer and electronic products possess advantages in design, innovation, rapid response, and global market flexibility. This study aims to examine Taiwanese computer and electronics firms to explore the product marketing strategies they adopted to deal with global competition. Furthermore, it is intended to analyze firms in different marketing strategic groups in terms of their product design strategies and how they incorporated design and marketing strategies into design innovation. This analysis is applied as an integrated innovation model for allocating design and marketing strategies.Design/methodology/approachBased on a questionnaire survey and case studies, the marketing strategies adopted by the Taiwanese computer and electronics industry can be classified into the categories of “market leader”, “market focus”, “market challenge” and “market niche”.FindingsFirms employing different marketing strategies employed different design innovation strategies in product design. The design strategies adopted by enterprises in the market leader group incorporated aggressive innovation; those in the market focus group were characterized by focus innovation in product design; those in the market challenge group exhibited strong innovation integration in product design; and those in the market niche group exhibited flexible innovation in product design.Originality/valueThe innovation models adopted by the Taiwanese computer and electronics industry were related to enterprise scale, business type, and product development category. Results of this study provide a valuable reference for enterprises with regard to R&D and marketing in relation to product innovation.

This study aims to explore how Beijing Haileyland Maternity and Baby Products Co., Ltd. promotes the comprehensive development of children through its product design innovation. The article first outlines the importance of product design in the children’s toy industry and emphasizes the key role of innovation in meeting the growth needs of children. By integrating child development theories, product design principles, and innovation theories, this study constructs a multidimensional analytical framework. Using qualitative and quantitative research methods, including market research, user interviews, and product analysis, this paper delves into how Beijing Haileyland’s product design affects children’s cognitive, emotional, and social development. The results show that Beijing Haileyland’s innovative product design not only meets children’s basic entertainment needs but also actively promotes their progress in multiple developmental areas. The paper concludes by discussing the interaction between product design and child development, summarizing Beijing Haileyland’s practices and achievements in product design innovation, and providing valuable insights and suggestions for the future development of the children’s toy industry.

The effects of adopting the innovative dynamic product design method on the performance of students of different learning styles

According to the World Economic Forum, countries and regions should steer their energy systems toward cheaper, safer, and more sustainable energy sources, and move away from their reliance on traditional energy sources. With this trend, it is significant that new-energy battery enterprises should not only maintain their current installed product, but also attract more consumers. Due to the differences in customers, there are different requirements for the products. Thus, this paper chooses new-energy storage product innovation design as the object, and proposes a novel multiagent group decision-making method based on QFD and PZB models in a fuzzy environment. Firstly, extensively collected multiagent (consumer and designer) requirements are transformed into specific functions through an extended multiagent QFD with HFLTS, and the relationship coefficients are derived. Afterward, different design schemes for functional components are evaluated according to the concept of the PZB model. Then, the satisfaction degree interval is calculated for each partial design. On the basis of these indicators, a multiagent multi-objective optimization model is established. Afterward, solving he model through NSGA-II quickly generates the most suitable product innovation design scheme. Lastly, the feasibility and superiority of proposed method are illustrated through innovation design for a new-energy storage battery.

Innovative products are the holy grail for consumer product manufacturers. The essence of what makes a product innovative and in-demand by consumers is a nebulous subject. The research presented in this paper charts the initial steps toward computer-directed innovation in product design. A method for identifying the innovative subsystems in a product and archiving that information is formulated. The innovation information, if archived in a design repository, can support automatic concept generation that is biased toward innovative concepts. Products featured in published lists of innovative products were reverse engineered to expose the component and functional relationships and to analyze where the innovation of the product was most prevalent. A function subtraction method based on difference rewards is used to isolate innovation functions and components in order to populate a Repository of Innovative Products (RIP). The goal behind this research is to develop a method to analyze innovative products such that they may aid in the innovation of future ideas outputted by the Design Repository. This methodology will be used in undergraduate design classes to teach how to factor in creativity and innovation in the early stages of engineering concept design.

Reverse innovative design — an integrated product design methodology

This paper introduces the development situation of the industrial design through the application of virtual reality technology to realize the innovation of industrial product design. We learn the virtual reality technology in design of industrial products with cerebrovascular therapeutic and realize the important role of industrial product design.

This study introduces a method to explore and broaden potential design avenues for a product by identifying opportunities for innovative design through requirement conflicts. The process involves clarifying user-expected demands using the Ideal Final Result approach and identifying potential conflicts by assessing product performance constraints and user expectations. Utilizing standardized representations of requirement conflicts, a knowledge retrieval technique based on expanding co-referential relationships is applied to analyze these conflicts. A judgment matrix is created to pinpoint clues for recognizing innovative design opportunities initially. Furthermore, the nine-windows method is utilized to expand and identify innovation opportunities along the time and system axis, leading to the identification of two types of innovation opportunities and their expanded outcomes. Ultimately, the method’s feasibility and practicality are validated by identifying innovative design opportunities within the context of the alpine tunnel construction system.

The innovative design strategy of intelligent infusion set was studied from the perspective of user needs. Firstly, the user experience map is used to analyze the user’s behavior process, emotional process and thinking process during infusion, so as to find opportunities and sort out needs. Then KANO model is used to analyze user needs and classify the quantitative attributes of each need. Then, the Better-Worse index is calculated according to the frequency statistics, and the design key points are summarized according to the results, and the design strategy is output. This method can help to sort out and determine the opportunity points of product innovation design, and provide a widely used framework reference to the product innovation design.