
Phối Cảnh 3D Tách Rời Tim Sinh Học Nhân Tạo Trong Suốt
Tạo bản kết xuất 3D kỹ thuật y sinh của tim nhân tạo trong suốt dạng phân rã chi tiết với chú thích kỹ thuật. Tùy chỉnh phần trong ngoặc vuông để thích ứng.
Prompt
A futuristic medical engineering visualization of an exploded transparent artificial human heart, presented as a luxury bioengineering product render with technical callouts. Subject: A transparent biomechanical anatomical heart representing a [next-generation bioengineered artificial heart]. The central heart body is constructed from clear glass-like biocompatible polymer, revealing internal tubes, valves, microfluidic channels, circuit traces, miniature mechanical pumps, glowing red and blue vascular pathways, and amber-illuminated electronic modules. Rendered with realistic light refraction, caustics, chrome screws, polished metal rings, and black carbon-fiber structural components. Exploded Layout: Exactly 13 suspended, separated component groups aligned in horizontal layers around the central core: 1. Central transparent heart chamber 2. Left outer clear curved shell 3. Left black carbon-fiber rib panel 4. Left inner transparent curved support layer 5. Upper-left aorta connector ring assembly 6. Upper central transparent aorta and vessel towers 7. Upper-right pulmonary artery connector ring assembly 8. Right-side cylindrical port and interface rings 9. Right black carbon-fiber rib panel 10. Right transparent circuit-interface module with amber glow 11. Right outer clear curved shell 12. Far-right small transparent cap/lens 13. Floating precision screws and bolts aligned along exploded axes Setting & Lighting: Dark high-tech laboratory background, glossy black reflective floor beneath with soft floor reflections. Cinematic rim lighting, shallow depth of field, cool blue edge highlights, and a warm amber internal glow. Technical Callouts: Thin light gray leader lines with sharp uppercase sci-fi typography pointing to components without obscuring details: - "AORTA" with subtext "HIGH-FLOW / BIOCOMPATIBLE / POLYMER" - "RIGHT ATRIUM" with subtext "MICRO-FLUIDIC / CHANNELS" - "CARBON-FIBER RIB STRUCTURE" with subtext "ULTRA-LIGHT / HIGH-STRENGTH" - "VENTRICLE" with subtext "BIO-MIMETIC / PUMP CHAMBER" - "PULMONARY ARTERY" with subtext "PRESSURE REGULATING / VALVE" - "BIO-CIRCUIT INTERFACE" with subtext "NEURAL SYNC / WIRELESS POWER / REAL-TIME MONITORING" - "MICRO-FLUID CHANNELS" with subtext "NANO-SCALE / SELF-CLEANING / FLOW OPTIMIZATION" Footer Text: In the bottom left, spaced clean typography reading "[HUMANITY\nA STRONGER TOMORROW]". In the bottom right, a subtle technical line icon with text reading "[BIOENGINEERING\nFOR A HEALTHIER WORLD]". Constraints: No human figures, hands, or organic blood. Maintain recognizable anatomical human heart geometry with clean, high-precision industrial design aesthetic.
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[next-generation bioengineered artificial heart]chỗ giữ chỗ[HUMANITY\nA STRONGER TOMORROW]chỗ giữ chỗ[BIOENGINEERING\nFOR A HEALTHIER WORLD]chỗ giữ chỗ“AORTA”văn bản trong ngoặc kép“HIGH-FLOW / BIOCOMPATIBLE / POLYMER”văn bản trong ngoặc kép“RIGHT ATRIUM”văn bản trong ngoặc kép“MICRO-FLUIDIC / CHANNELS”văn bản trong ngoặc kép“CARBON-FIBER RIB STRUCTURE”văn bản trong ngoặc kép
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