《考工记》车辆制造中工匠制度与技术标准的协同管理研究

Research on the Collaborative Management of Craftsman System and Technical Standards in Vehicle Manufacturing Recorded in “Kaogongji”

摘要: 《考工记》作为先秦手工业技术的核心文献，其攻木之工中关于车辆制造的记载占据了全书近四分之一的篇幅，是研究中国古代技术实践与制度互动的典型样本。本文突破以往泛论百工体系的研究路径，以轮人、舆人、辀人、车人四个具体工种为分析单元，从工程史与组织管理学交叉视角，系统考察先秦车辆制造中的分工制度、技术标准与协同管理机制。研究发现，《考工记》通过“以轮崇为基数”的模数设计体系，实现了车辆部件间的标准化协同；通过“规、萭、水、县、量、权”六重检验程序，建立了覆盖表观与定量的质量管控标准；通过“物勒工名”与“工师效工”制度，将工匠个体责任嵌入组织管理链条。这种“制度–技术”高度耦合的协同管理模式，不仅为先秦战车、乘车的高质量生产提供了组织保障，也为理解中国古代技术实践的制度基础提供了微观视角，但需注意，其组织基础是王权与官府手工业下的身份等级和层级指令，不宜直接类比当代供应链协同与质量管理体系，相关一般性管理原则的转化应用亦需限定条件。

Abstract: As a core document of pre-Qin handicraft technology, “Kaogongji” dedicates nearly one quarter of its content to vehicle manufacturing in the section of woodworking craftsmen, making it a typical source for studying the interaction between ancient Chinese technical practices and institutions. Departing from previous general discussions on the hundred craftsmen system, this paper takes four specific occupations—wheel-makers, carriage-body makers, shaft-makers, and general cart-makers—as analytical units. From an interdisciplinary perspective combining engineering history and organizational management, it systematically examines the division of labor, technical standards and collaborative management mechanisms in pre-Qin vehicle production. The study finds that “Kaogongji” realized standardized coordination among vehicle components via a modular design system with wheel height as the base dimension. A six-fold inspection procedure, namely compasses, square gauge, water level, plumb line, volumetric measure and weight scale, established quality control standards covering visual inspection and quantitative measurement. The systems of marking craftsmen’s names on artifacts and master craftsmen inspecting finished works embedded individual craftsmen accountability into the organizational management chain. This highly coupled collaborative management model of “institution-technology” provided organizational guarantees for high-quality production of pre-Qin war chariots and passenger carriages, and also offers a micro perspective for understanding the institutional foundation of ancient Chinese technical practices. Nevertheless, its organizational basis rested on status hierarchy and hierarchical commands under royal power and state-run handicrafts. It should not be directly analogized to modern supply chain collaboration and quality management systems, and the transformation and application of relevant general management principles require restrictive conditions.