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AssigneeGuangdong Sleek Intelligent Technology Co., Ltd
InventorsZhoucheng Li, Fa'en Shi, Xiaorong Tian, Qiuxia Mo, Weideng Mo, Baohua Ai, Yuanlin Yang, Yunzhen Mo
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The present disclosure discloses an energy-efficient upside-entrainment burning system, which includes: a gas distributor component, an ejection pipe component, an outer-ring burner cap, an inner-ring burner cap, a plurality of gas nozzles. The ejection pipe component is arranged below gas distributor component, is provided with two ejection channels in a centrosymmetric structure corresponding to the outer-ring gas mixing chamber, also provided with two ejection channels in a centrosymmetric structure corresponding to inner-ring gas mixing chamber. Each ejection channel is arranged in a Venturi pipe structure. In a gas flowing direction, an ejection pipe inlet, a contraction section, a throat section, an expansion section, an ejection pipe outlet are arranged in sequence. An ejection capability is taken as a target parameter, each ejection capability parameter is of adjustment simulation to obtain optimum design of each structural detail of burner to form the energy-efficient upside-entrainment burning system with an optimum ejection capability.
An energy-efficient upside-entrainment burning system, comprising a gas distributor component, an ejection pipe component, an outer-ring burner cap, an inner-ring burner cap, and a plurality of gas nozzles,
Dependencies are inferred from the claim text.