Mingxu Machinery scriptor patent technology in-profundum analysis: rigida, flexibilia coupling anti-gyrationis consilium parallelae positioning fixture of aeris components (patent no.: ZL MMXXIV II 1169226.x)

Technical background et industria dolor punctorum

In praecisione machinens in tubulosae aeris components (ut Hydraulica valvae corpora et calor exchanger caerimonias), traditional geminus-postesque clamping fixtures praesentes duo Core exitibus:

• Damnum de circumferential libertate control, cum clamped sola per murum, friction coefficientem inter aeris component et fixture contactu superficiem satis ( μ≤ 0.15), ducens ad circumferential deviationem 0,5 Die -2 Die Sub Cives motus (Data Source: Int. J. Mach. Tools Manuf. MMXXII, CLXXXI, (CIII) CMXLV);

• Inutilis clamping processus: manual temperatio de clamping vi accipit> XXX seconds per Piece et repetere positioning accurate est> ± 0,1mm (probata secundum ISO 230-2 Latin).

Core Technology innovation Analysis

I. Tres dimensiva coactus positus ratio

1,1 Axial-radiale combined clamping structuram

Solum Support Module:

• In mobilibus frame (I) instructa symmetrica disposita arcuata Support laminis (III) intra eius striatus, cum curvatur Radius r matching ad exterius diametrum tubulosae aeris component (II) (tolerantia ± 0.05mm), providing normalis supporting vis per superficiem contactus.

• Finitum elementum Analysis ostendit quod hoc consilium reduces ad apicem contactus accentus ad 58mpa (comparari 112mpa ad V-obstructionum structuram), avoiding deformatio tenui-muratas aeris components.

Core Technology innovation Analysis

I. Tres dimensiva coactus positus ratio

1,1 Axial-radiale combined clamping structuram

Solum Support Module:

• In mobilibus frame (I) instructa symmetrica disposita arcuata Support laminis (III) intra eius striatus, cum curvatur Radius r matching ad exterius diametrum tubulosae aeris component (II) (tolerantia ± 0.05mm), providing normalis supporting vis per superficiem contactus.

• Finitum elementum Analysis ostendit quod hoc consilium reduces ad apicem contactus accentus ad 58mpa (comparari 112mpa ad V-obstructionum structuram), avoiding deformatio tenui-muratas aeris components.

Mechanica verificationem:

• Cum secare Torque T = 15n · m, maximum angularis obsessio θ θ θ de aeris component est 0.03 Die (Traditional fixtures habent θ = 1.2 Die ).

• Cum fulmine preload Force F Tago 800n, quod ratio scriptor Torsional rigor pervenit 1.2 × 10 ⁴ N · M / Rad (an VIII-complicare incremento).

II. Humanum-Machina interaction Optimization Design

2.1 Velox clamping mechanism

• Dual imperium tractat (XIV) XLV pluma Die Anti-praetermaggered textibus cum operating torque limen set 2-3n · m (obsequens cum en 1005-3 ergonomics).

• Metiri uno clamping tempore ≤ VIII seconds (Traditional structurae> XXX seconds), idoneam pro productio linea exolvuntur tempus requisita.

2.2 Adaptive temperatio moduli

• In mobilibus frame (I) et certa laminam (XV) consequi ± 10mm linearibus ultricies per illapsum dux components (XVI), accommodando fistula diameter range de φ 20- φ 50mm.

• Et restraining projections (XVIII) sunt instructa cum polyurethane quiddam iacuit, capax absorbentis 5-8J de industria sub impulsum onerat (probata secundum ASTM D256 Latin).

Comparatio mensa technica parametri

Typical machining sem verificationis

I casu: milling de hydraulicis valvae corporum

• Sub cutting vi f = 2000n, in situ accuracy errorem de machined foramina est ≤ 0.02mm (Traditional fixtures habere errorem of 0.12mm).

• Post continua processui Diece Diece, ad gere, de positioning pressura laminam (V) sit μ M (Lod (L) CCCXX vexillum gerunt test).

Case II: finis formatam calor exchanger fistulae

• In Ovality imperium aeris tubulis est ≤ 0.05mm (Industry postulationem est ≤ 0.1mm).

• In clamping repeat positioning accurate CPK est ≥ 2.0 (Sex Sigma processus facultatem Analysis).

Hoc Patentes Redefines consilio paradigma pro tubulare component positioning fixtures per tres technica semitas, rigida-flexibilia copulata cohibere, bi-directional vis clausit-loop imperium, et humana-apparatus interaction optimization et humana-apparatus interaction optimization. Secundum Derwent Innovation Patentes Mapping Analysis, hoc structuram improves ad torque moderari efficientiam (Tre) indicator per LXXXII% comparari similis solutions, positis in a ducens positio in subfield in technology in technology in subiectione in subfield in technology in in Site in subfield in technology in in subiectionibus in subfield de technology in positione in subfield de technology in subiectione in subiectionibus in in technology in subfield in technology est in subiectione in subfield in technology in positionem in subfield in technology in subiectione in subfield in technology in subiectione in subiectione in Ducens in Technology in subfield in technology in subiectione in subfield.

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