01926nam a2200313   4500000000100000000000100001008004100002260001300043653003300056653003400089653001500123653002200138653001900160653002100179653001500200653002100215653002200236653001000258653002000268653002400288653002000312100001100332700001100343245013400354856015200488490001400640520091600654020004201570       2020                            d  bSpringer10aIntangible cultural heritage10aIntangible cultural heritages10aEmployment10aComputer software10aCervical spine10aErgonomic design10aErgonomics10aImproved designs10aKnitting machines10aLooms10aShoulder injury10aSimulation software10aStatic strength1 aM. Liu1 aX. Min00aImproved design of she people’s “cai-dai” weaving loom based on the protection of the intangible cultural heritage in china  uhttps://www.scopus.com/inward/record.uri?eid=2-s2.0-85088750635&doi=10.1007%2f978-3-030-51038-1_6&partnerID=40&md5=c351a87118b303606d6730525d9b04ea0 v1203 AISC3 aChina is a treasure trove of intangible cultural heritages. The She people is one of the farming minorities in China. Based on the understanding of the She people’s handicrafts, It was found that there are some problem about the weaving loom: First, the craftsman needs to work at the desk for a long time and lower head, causing cervical spine disease. Secondly, repetitive actions caused shoulder injury. Third, Craftsmen only use upper limbs at work when weaving, and lower limbs are not sufficiently applied to the ribbon weaving process. Aiming at these problems, the scheme of improving the “Cai-Dai” loom is proposed. The digital model of the knitting machine was built by Rhino. The TAT tool in the human factor simulation software named JACK was used to analysis dynamic working strength and predict static strength. The results show that the ribbon loom with ergonomic design has better comfort.  a21945357 (ISSN); 9783030510374 (ISBN)