The miniaturization na lantarkikuma na'urorin likitanci sun ƙara buƙatar abin dogaroMatsakaicin girman M1. Maganganun al'ada suna buƙatar ɓangarorin ɓangarorin ƙwaya da wanki, mai dagula taro a cikin sarari ƙasa da 5mm³. Wani bincike na ASME na 2025 ya lura cewa kashi 34% na gazawar filin a cikin wearables sun samo asali ne daga sassaukarwa mai sauri. Wannan takarda tana gabatar da tsarin haɗaɗɗiyar ƙwanƙwasa wanda ke magance waɗannan batutuwa ta hanyar ƙira ta monolithic da ingantaccen haɗin zare.
Hanya
1.Tsarin Tsara
●Haɗin Geometry na Nut-Bolt:Kayan aikin CNC guda ɗaya daga bakin karfe 316L tare da zaren birgima (ISO 4753-1)
●Kayan aikin Kulle:Siffar zaren asymmetric (0.25mm gubar akan ƙarshen goro, 0.20mm akan ƙarshen kulle) yana haifar da juzu'in kulle kai
2.Tsarin Gwaji
●Resistance Vibration:Gwajin shaker Electrodynamic ta DIN 65151
●Ayyukan Torque:Kwatanta tare da ka'idodin ISO 7380-1 ta amfani da ma'aunin ƙarfi (Mark-10 M3-200)
●Ingancin Taro:Matsakaicin lokaci na ƙwararrun ƙwararru (n=15) a cikin nau'ikan na'urori 3
3.Benchmarking
Daura da:
● Matsakaicin nau'i-nau'i na M1 nut/bolt (DIN 934/DIN 931)
● Kwayoyi masu ƙarfi (ISO 7040)
Sakamako da Nazari
1.Vibration Performance
● Haɗaɗɗen ƙira ya kiyaye 98% preload vs. 67% don daidaitattun nau'i-nau'i
● Sake sifili da aka gani a mitoci> 200Hz
2.Assembly Metrics
● Matsakaicin lokacin shigarwa: 8.3 seconds (vs. 21.8 seconds na al'ada fasteners)
● Ƙimar nasara 100% a cikin yanayin taron makafi (n= gwaji 50)
3.Mechanical Properties
●Ƙarfin ƙarfi:1.8kN (vs. 1.5kN don nau'i-nau'i na al'ada)
●Maimaituwa:15 taro hawan keke ba tare da lalata aiki
Tattaunawa
1.Fa'idojin Zane
● Yana kawar da sako-sako da goro a wuraren taro
● Zaren asymmetric yana hana jujjuyawa
● Mai dacewa da daidaitattun direbobin M1 da masu ciyarwa masu sarrafa kansu
2. Iyakance
● Farashin naúrar mafi girma (+25% vs. na al'ada nau'i-nau'i)
● Yana buƙatar kayan aikin shigarwa na al'ada don aikace-aikacen girma mai girma
3.Industrial Applications
●Kayan ji da na'urorin likitanci da za'a dasa su
● Micro-drone majalisai da tsarin daidaitawa na gani
Kammalawa
Haɗaɗɗen M1 da aka haɗa sau biyu na M1 na rage yawan taro da inganta aminci a cikin tsarin injin-microcy. Ci gaban gaba zai mayar da hankali kan:
● Rage farashi ta hanyar dabarun ƙirƙira sanyi
● Fadada zuwa bambance-bambancen girman M0.8 da M1.2
Lokacin aikawa: Oktoba-10-2025
