As  the  aviation  equipment  industry  enters  a  "boom  period,"  accelerating  research  and  development,  as  well  as  validation,  has  become  the  main  theme,  and  the  assembly  stage  of  aviation  equipment  is  also  experiencing  further  "leaps."

How  to  continuously  enhance  the  precision  and  efficiency  of  assembly  remains  the  primary  challenge  facing  the  rapid  development  of  the  aviation  industry  today.

The  current  assembly  process  still  faces  numerous  challenges:

◆ Digital  content  cannot  be  accurately  transmitted,  leading  to  low  assembly  efficiency;

◆ Collaboration  in  assembly  processes  is  difficult,  with  accumulated  errors  resulting  in  rework;

◆ Assembly  processes  have  not  yet  been  digitized,  still  relying  on  paper  or  electronic  design  drawings;

These  issues  all  have  a  profound  impact  on  the  efficiency  and  overall  performance  of  equipment  assembly.

However,  AI/AR  technology  combines  digital  information  with  the  real  working  environment,  accurately  transmitting  assembly  processes.  This  not  only  simplifies  the  assembly  process  but  also  ensures  the  effective  utilization  of  different  resources  with  real-time  step  guidance  and  feedback.

◆  AiR  Assembly  Guidance:  #Paperless,  #Real-time  Tracking,  #Collaboration  Among  Multiple  Users

To  enhance  assembly  efficiency,  the  ALVA  AiR  Assembly  Guidance  Application  integrates  design  drawings,  technical  documents,  and  assembly  procedures,  and  achieves  digital  upgrading  and  agile  transfer.

By  adopting  a  method  of  integrating  virtual  and  real  elements,  the  ALVA  AiR  Assembly  Guidance  Application  overlays  digital  assembly  procedures  onto  the  work  site.  Compared  to  laser  projection  positioning,  relying  on  the  real-time  tracking  and  positioning  capabilities  of  AI/AR,  it  can  adapt  to  limited  spaces  and  meet  the  needs  of  a  wider  range  of  assembly  scenarios.

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Additionally,  it  supports  collaborative  work  among  multiple  users,  effectively  avoiding  errors  in  information  transmission  and  ensuring  the  accuracy  and  efficiency  of  assembly  operations.

◆ Assembly  Quality  Inspection  for  AiR:  #Dynamic  Comparison,  #Accurate  Prediction,  #Standardized  Operations

To  enhance  the  accuracy  of  quality  inspection,  the  ALVA  AiR  assembly  inspection  application  constructs  virtual  assembly  entities  and  process  requirements,  enabling  dynamic  comparison  and  detection.

Relying  on  advanced  AI/AR  technology,  it  accurately  compares  the  operation  results  with  the  design  data  to  determine  whether  the  assembly  positioning  is  correct.  In  addition,  it  can  predict  and  prompt  possible  incorrect  operations,  helping  to  standardize  the  behavior  of  operators,  optimizing  the  quality  inspection  process,  improving  inspection  quality,  and  significantly  shortening  the  inspection  cycle.