At present, global scientific andγβ ≠ technological innovation ∞≥is active, although Chin ∏φa's robot industr±™¥$y started late, but has introduced a nβ≥umber of policy measures, ↔©governance and supervision​© are perfect. China has vigorously pro"™σ moted the application€•♦φ of "Robot+" and >™♥'deepened international cooperation,∏δ and should promote deep integrati<•★on and build a good ecosys& ≈♦tem in the future.

As of July 2024, China holε☆<•ds more than 190,000♦ε  robot-related patents in force, acco€®unting for about two-thirds of​​ the world's total.¶©≈ China has been the wo€δ‌rld's major industrial≠Ω®↓ robot market for 11 cons">∏ecutive years, accounε♣ting for more than half of&∏ the world's new ins✔♠talled capacity in the pε¶↔‍ast three years.

China's scientific and ‍'↓πtechnological innovation continues "↕to make breakthroughs, cutting-edge ' technologies have made progress i‍₹n multiple information♥↑ fusion perception, human-computer ¶÷<natural interaction, etc€≈., key components such as reduce ↓rs, controllers, and servo systems§™§∑ have been increasingl✘₩♣πy improved, the performance and saδ≠εfety level of industrial robotσγs and service robots ★ λ≈have continued to im• ®σprove, and the core technology ‍§ ♦of independent innovation has beαΩ™ en transformed into new quality ↕​productivity, and the enhancement of®♥±☆ industrial innovation capabilit ♠ies has been promoted.

At the 2024 World Rob αot Conference, humanoid ♦§↑≠robots attracted attention≥≈♥, such as "Tian→αgong" and "WalkerSLiσδ✔te". According to data f™₩rom relevant research institution ★s, the humanoid robot indu≥γ≠stry will enter an expl¥↓¶"osive period in 2023, and it is exp ∑÷ected that by 2026, the indu₩±≥₩strial scale will exceed 20 billion y£€uan.