Product design reuse with parts libraries and an engineering semantic web for small- and medium-sized manufacturing enterprises

Jin, Bo; Teng, Hong‐Fei; Wang, Yishou; Qu, Fuzheng

doi:10.1007/s00170-007-1157-y

Cited by 20 publications

(9 citation statements)

References 11 publications

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“…A més, des de TraceParts es poden generar nombrosos arxius, tant genèrics com específics de CAD. El catàleg en línia elimina completament les pèrdues de temps en els processos de recerca i modelatge (Jin et al, 2008), segons les normes internacionals o les dels fabricants principals. Aquest estalvi de temps permet al dissenyador dedicar més temps a altres facetes més critiques del procés de disseny.…”

Section: Recursos Per a La Catalogació Virtual D'objectesunclassified

Wikiobject: cap a l’eina integral de catalogació i reproducció d’objectes

Mondéjar¹

2017

ForumRecerca

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Section: Recursos Per a La Catalogació Virtual D'objectesunclassified

Wikiobject: cap a l’eina integral de catalogació i reproducció d’objectes

Mondéjar¹

2017

ForumRecerca

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“…With the increase of networked product design information, more and more manufacture enterprises have begun to build up their own web-based component repositories to store those detailed design information [9]. Generally speaking, the web-based component repository is a kind of service platform to share design knowledge and to supply services for reusing and sharing parts resource, where each part takes a unified description form so as to share and exchange parts and products information (3D CAD models of components, e.g.)…”

Section: Complex Product Rapid Design Mode Based On Reusable Parts Rementioning

confidence: 99%

Research on Rapid Design Method for Complex Product Based on General Structure Model and Reusable Parts Resource

Li¹,

Sun²

2014

TOMEJ

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Because of a few characteristics of complex product, such as the variety of its components, and the structural complexity and so on, the realization of the rapid design of complex product requires combination of a variety of theories and methods that support product’s rapid design. Therefore, this study assesses complex products and puts forward a new rapid design method based on general structure model and reusable parts resource. First of all, the characteristics and implementation process of this method is summarized. Then, the general structure model of the complex product family is established on the basis of modular thoughts, and the definitions of the four vari-size grained abstract concepts are discussed in this model as well as its semantic relationships. The configuration design of the complex products is based on this general structural model, and with the increase of networked product design information, and more and more manufacturing enterprises have built up their own web-based component repositories to store those detailed design information. On account of those, the rapid design process of the complex product is introduced, with configuration design and reusable parts resource as the core. Lastly, an application example (i.e. the conventional beam pumping unit) is presented to verify the feasibility of which has been discussed above.

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“…Each event also contains a series of entities information. Considering the characteristics of this field, a simplified three-layered [11] crop diseases ontology architecture is presented in Fig. 2.…”

Section: Ontology Constructionmentioning

confidence: 99%

Ontology-Based Information Extraction of Crop Diseases on Chinese Web Pages

Jiang

Zhu²,

Wang³

2013

JCP

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This paper proposes a method for extracting information of crop diseases on Chinese web pages. First, we define some special labels of the DOM tree [1] to partition the web page into some content blocks. Then the noise content in the web pages is eliminated according to the location and the word number of a content block. We employ an ontology-based way to implement information extraction from the content blocks. A top-down method is adopted to construct the ontology of crop diseases. In the extraction process, the concepts, relations and instances of ontology is used to extract the entities. The event is extracted by an optimal classification of paragraph groups in a content block. Experiments demonstrate the performance of the proposed method is satisfactory.

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Product design reuse with parts libraries and an engineering semantic web for small- and medium-sized manufacturing enterprises

Cited by 20 publications

References 11 publications

Wikiobject: cap a l’eina integral de catalogació i reproducció d’objectes

Wikiobject: cap a l’eina integral de catalogació i reproducció d’objectes

Research on Rapid Design Method for Complex Product Based on General Structure Model and Reusable Parts Resource

Ontology-Based Information Extraction of Crop Diseases on Chinese Web Pages

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