extraction hood designed to be connected to a central ventilation system and central ventilation system comprising such a extraction hood

• 1. 一种升降式抽油烟机、并列升降抽油烟机和中央抽油烟机 [P] . 中国专利： CN206875533U . 2018.01.12
• 2. 一种升降式抽油烟机、并列升降抽油烟机和中央抽油烟机 [P] . 中国专利： CN107062345A . 2017-08-18
• 3. EXTRACTOR HOOD FOR CONNECTION TO A CENTRAL VENTILATION SYSTEM AND CENTRAL VENTILATION SYSTEM CONTAINING SUCH EXTRACTION HOOD [P] . BE1021500B1 . 2015-12-03

  机译： 连接到中央通风系统的抽气机罩和包含这种抽气机罩的中央通风系统

• 4. EXTRACTOR HOOD FOR CONNECTION TO A CENTRAL VENTILATION SYSTEM AND CENTRAL VENTILATION SYSTEM CONTAINING SUCH EXTRACTION HOOD. [P] . NL1040502C2 . 2014-06-11

  机译： 用于连接到包含这种提取罩的中央通风系统和中央通风系统的提取器罩。

• 5. SELF-SUPPORTING LARGE-DIAMETER HOSE FOR CONNECTING INDIVIDUAL WORKSTAND-BOUND VENTILATION HOODS TO A CENTRAL EXTRACTION SYSTEM [P] . PL61547Y1 . 2005-08-31

  机译： 具有自支撑功能的大直径软管，用于将单个工作台有界通风罩连接到中央提取系统

• 1. Optimization of Extraction Process of Clerodendrum philippinum Schauer var. simplex Mlodenke Total Flavonoids（CPTF） by Central Composite Design-Response Surface Methodology [J] . Bo LI, Simao HUANG, Xiaohua PANG, 药用植物：英文版 . 2018,第003期
• 2. Extraction Process Optimization of Total Flavonoids from Mallotus apelta Stems by Central Composite Design/Response Surface Method [J] . Xiao HUANG, Dengfeng ZOU, Ruifen FAN, 药用植物：英文版 . 2017,第005期
• 3. Influence of Exhaust Hood Geometry on the Capture Efficiency of Lateral Exhaust and Push-Pull Ventilation Systems in Surface Treatment Tanks [J] . Enrique Gonzalez, Francisco Marzal, Agustin Minana, Environmental progress . 2008,第3期
• 4. Using probability to determine air flows for fume hood design, duct system sizing, chiller water network sizing, and HVAC central plant loads [J] . Swiki A. Anderson, Jeffrey D. Haney Chemical health & safety . 2000,第5期
• 5. Hood and Ventilation System for the PM 7 [J] . IPW INTERNATIONALE PAPIERWIRTSCHAFT GROUP Ipw Internationale Papierwirtschaft . 2009,第SepaSuppla期
• 6. The use of a central extraction ventilation system for pig facilities, energy savings and economic consequences [C] . A. V. van Wagenberg, I. Vermeij Annual International Meeting of the American Society of Agricultural Engineers . 2001
• 7. Experimental validation of the "target hood static pressure" balancing method for exhaust ventilation systems. [D] . Dodrill, Michael Winifred. 2004
• 8. Physiologic effects of hyperventilation and phlebotomy in baboons: systemic and cerebral oxygen extraction. [O] . C R Valeri, M Rorth, C G Zaroulis, 1975
• 9. The use of oxygen hoods in patients failing on conventional high-flow oxygen delivery systems, the effects on oxygenation, mechanical ventilation and mortality rates in hypoxic patients with COVID-19. A Prospective Controlled Cohort Study [O] . David Dayya, Owen J. ONeill, Tracy D. Feiertag, 2021
• 10. Evaluation of Smoke Extraction Systems Versus Ventilation in Shipbuilding and Repair. [R] . 1990

• 1. Experimental Investigation of Demand Controlled Ventilation Systems： A Suitable Alternative for Controlling Ventilation in Dwellings [J] . Victor Jose del Campo Diaz ,Jon Teres-Zubiaga ,Elena Ruiz Cerrillo . 能源与动力工程 . 2012,第010期
• 2. NUMERICAL SIMULATION AND EXPERIMENTAL STUDY OF A KIND OF LOCAL EXHAUST VENTILATION HOOD [J] . He Suyan ,Li Yunfei . 中国机械工程学报 . 2003,第004期
• 3. A CFD study on optimal venting volume and air flow distribution in a special designed hood system for controlling dust flow [J] . Song Gaoju ,Yang Lei ,Shen Henggen . 中国铸造 . 2011,第003期
• 4. 中央风井南翼通风系统优化研究 [C] . 刘峰 ,刘名李 ,梁蹦 . 安徽省煤炭学会通风安全专业委员会六届三次学术交流会 . 2012
• 5. 抽油烟机无刷直流电机无传感控制器设计与研究 [A] . 李冬冬 . 2017