Integration of International Vision: Research on New Intelligent Multi-Projection Method Conversion and Its Combination with Teaching

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Abstract

Dear Editor,

I am writing to submit the manuscript entitled “Integration of International Vision: Research on New Intelligent Multi-Projection Conversion and Teaching Practice” for consideration for publication in your journal.

This manuscript focuses on the research and application of projection standards in engineering drawing teaching. It constructs a complete teaching support system by optimizing the teaching scheme of third-angle projection, and solves the problems of abstract and difficult understanding of projection knowledge. The research content is original, has not been published previously, and is not currently under consideration for publication in any other journal. All authors have read and approved the final version of the manuscript, and there are no conflicts of interest to declare.

In accordance with the submission guidelines, the manuscript has been formatted as follows: single line spacing, 12-point font, italics (instead of underlines) for emphasis, and all figures, tables and illustrations are embedded in the corresponding positions of the main text (not grouped at the end). All references in the manuscript are provided with DOI links for easy verification.

We sincerely hope that this manuscript meets the publication requirements of your journal. We will actively cooperate with the review work and promptly revise the manuscript according to the review opinions. Thank you for your time and consideration.

Sincerely,

ZHANG Yiwen

Northwest Minzu University

Email: Kaylee.zh@outlook.com

April 30, 2026

References

Wang X. A brief discussion on the social function of drawing teaching[J]. Occupation, 2010(29): 163.

https://kns.cnki.net/kcms2/article/abstract?v=tdDAU2ZCd1q3cTUQ6HV6iG0CXk0HYOSlgBgbthOF05k-PKmVravg9Sd3JvHbuPYi4MSjFSpSBAY1AjBhR_5L_vUGFtNqwEOU3qDV-_I2eMANDmP37ShwcHt4iAGhGRB4_NT2FLbHytjGnEbEHnx-KhtugucyN_wK&uniplatform=NZKPT

Guo H. A brief comparison between first-angle drawing and third-angle drawing[J]. Occupation, 2011(08): 157-158.

https://kns.cnki.net/kcms2/article/abstract?v=tdDAU2ZCd1rqZs4OmPY_G4JCGYSpgJ-3cqZoZMo0O4j6rkkSdDRB31ZCCrp-qYpVCzsre5CVcLppZcacECxDTNhrP9xAO_hZ9CJNhvo-5H4rnq7D77IgpK1Iq_72aKfS1ti2TGScK5U8nXcXXNkTy-P4g4feMhtD&uniplatform=NZKPT

Zhang Y, Zhang K, Liu J Y, et al. Research on the teaching reform of architectural engineering drawing and sketching curriculum empowered by digital technology[J]. Brick & Tile, 2026(01).

https://kns.cnki.net/kcms2/article/abstract?v=tdDAU2ZCd1pKHqfwWd3FwOc96NnXhzhNy3RzUnWyrJNGTWlgccTAhI_dQoHQPk-9r20UUm8iFvOl1cPEM4DCqYzs_agAtTQIAZX7V2c0-gtGV3LfVVycQXIE2pEKRAsgwWkf8o2v8cOL6j7YedCMFX6gj9w9PURLDJlyu5Wqr8w=&uniplatform=NZKPT

Yuan L M. Discussion on the relationship between first-angle projection method and third-angle projection method[J]. Management and Technology of Small and Medium-Sized Enterprises, 2012(05): 205-206.

https://kns.cnki.net/kcms2/article/abstract?v=tdDAU2ZCd1rYXh8SMo5rZsXo9fpIrwZt5wl7deUHjIDCJ_3Jh6k2nL3lLOenANe9ntunse72m8riivkQfjqDR_iQztIUkWB4nMtkzndlAxYD5HqnXs8Ok-wXUzv4p_Wpa3XRe-DhdBNLDK4PrdUjAs5maS2E6-Lu&uniplatform=NZKPT

Xiao R. Personal opinions on the teaching methods of third-angle drawing[J]. Times Agricultural Machinery, 2018, 45(04): 124.

https://kns.cnki.net/kcms2/article/abstract?v=tdDAU2ZCd1pgZATetxn6YqOIb-Trc7_r_XbaOm6Dg7IU00Vw1ISEHPrfXAIfNwxX73Dpd6Jx5gfaXiCqC1mMIaYp23Q_YqjMFqlYNMm5lDAaWdj5YwDQ6Tl6WbsKbLI4rXj9iE7zdUDI9s5jBCeYzErJjPvXTI5y8iyzpft6AVE=&uniplatform=NZKPT

Sun B R. On the comparative advantages of third-angle projection[J]. China Electric Power Education, 2010(S2): 170-172.

https://kns.cnki.net/kcms2/article/abstract?v=tdDAU2ZCd1rin3gAaIwz9IhiqBmhAvfeGODpE2LBGlXdYLzcly0D9pfrNI5X06k-6tZ1CZRst1JoE7tNsh2tX7VRSaVB7n721W_2-Gtg33Jmz6iyQODdj-CBYcvOR44FR6yJR2qBMXf3d6C-25IVRSii0exRaBUp&uniplatform=NZKPT

Du Q. Research on engineering graphics mobile learning based on virtual reality technology[D]. Hebei University of Technology, 2017.

https://kns.cnki.net/kcms2/article/abstract?v=tdDAU2ZCd1qtIcMRw1F-4tjjtQbjN11w1w4QoDqnYHc8rZdJCGJSnidyJgNlb4tNCg1JseTMHZyWMBnAOzPi9QJDI9084vMKToTufAl78ycq3-CBXXC39H_nkxRj2inW6O752_s1NWVR1atB5gAohDOf_uzloRnUWBnSDI1Ht3E=&uniplatform=NZKPT

Li Y P. Research on the application of augmented reality technology in engineering drawing and CAD teaching[J]. Information and Computer, 2020, 32(16): 231-233.

https://kns.cnki.net/kcms2/article/abstract?v=tdDAU2ZCd1pgzeDTtRM-8dTYaqNFEnIqqMAAlqeGBRLoApYZ8DCnvFFcd95Iav-wn0xj_vpDBjVZTzf17s1K0iHXNV_xyRoSc304aECps4r1on4iWS0Srgi6pxWtQhvhJ3gWa9X3cWxXWocgM9DVedb91tUApapRQDnOkyl5J-w=&uniplatform=NZKPT

Zhong H M, Li H, Sun Z G, et al. Discussion on constructing a new teaching mode of engineering graphics under the background of education digitalization[J]. Intelligent Manufacturing, 2025(02): 123-127.

https://kns.cnki.net/kcms2/article/abstract?v=tdDAU2ZCd1oaxmakSxRdsUdS56n9rfsc0KeWv1h-FnBqhmBxUmEAbhgUcHb9OFhD0KkNUrIdczKeTXc9_5coBnwVDEdgfGf-7VrG4j6FOjoEwzwZ5gD-55zqjnt-bmUDUn1REP9aFyj3nN8kqCeE-lkpqQ73XPUNmRdjbCU7Lmw=&uniplatform=NZKPT

Zhang Y Y. Development of mobile teaching system for engineering graphics based on VR/AR[D]. Harbin University of Commerce, 2024. DOI:10.27787/d.cnki.ghrbs.2024.000387.

https://kns.cnki.net/kcms2/article/abstract?v=tdDAU2ZCd1rgJ-7tAo9irUygzNdiF3qtLGP-SVOOtP_SFMx3DEGu7KcFAlSoVQqyPtJypxxO8NagK8EAL0Dmey_SwU_TMPzDd61gAdUrXR7ugX6e541NgvMZJlJi7gnrkR5xpD6auSOa998YZAy1CwpVwTzYK0FM0eMpeFfhO4Y=&uniplatform=NZKPT

Wang Y, Li P C, Qu Y Y, et al. Research on the construction and teaching application of AI combined with knowledge graph in engineering drawing course[J]. Education and Teaching Forum, 2025(49): 5-8. DOI:10.20263/j.cnki.jyjxlt.2025.49.019.

https://kns.cnki.net/kcms2/article/abstract?v=tdDAU2ZCd1ooQ-ei2zd5fiQCuoO2t3y30-2N4A2d7fJwafx6L55gL0Wfl6dcdpA-bWPUjCW2FHvotzmtNCNluWK8xPIF16Vkq0MlvT5DaXfUXnAPmzvRMHyc22zLRLOFJBcrepXrm4K9vHhRnqjC5-KtWrF0gePxq8UGC-NvLzM=&uniplatform=NZKPT

ISO 128-30:2001, Technical drawings — General principles of presentation — Part 30: Basic conventions for views[S].

GB/T 50001-2017, Unified standard for building construction drawings[S].

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