F - firebox 中文 - EN166

firebox 1.【機械工程】機車鍋爐爐膛，燃燒室。2.盛放火警報警器...

firebrand
This utility model publicizes one kind of energy - saving heating stove belonging to heating stove technology , especially involving in a type of hot water energy - efficient heating stove , which mainly composed by the furnace body , the firebox , and the trough for releasing ash . on the furnace body is equipped with the hot water exportation , the cooling water inlet , the chimney , and the mouth for releasing ash . in the furnace body is equipped with the heater pipe , the thermal baffle , the furnace grate and the air throttle . in front part of the furnace body is equipped with the firebox door and the air throttle for entering . in front part of the trough for releasing ash is equipped with door . this energy - saving heating stove overcomes the deficiencies of the existing technology to provide good burn , smoke - free and dustlessness , and not to stop up the chimney and not to produce gas , which extremely suits to the households heating in rural areas 本實用新型公開了一種節能采暖爐，屬于采暖爐技術領域，尤其涉及一種熱水型節能采暖爐，主要由爐體、燃燒室、泄灰槽構成，爐體上設有熱水出口、冷水進口、煙筒、泄灰口，爐體內設有加熱管、隔熱板、爐箅子、內風門，爐體前部設有燃燒室門和進風門，泄灰槽前部設有泄灰槽門，本節能采暖爐克服了現有技術的不足提供了一種燃燒好、無煙無塵，不堵煙筒又沒煤氣的環保型節能采暖爐，非常適合于農村家庭采暖使用。
Disigning coolant channel on the firebox of liquid rocket engine to loxodrome ( equal - angle helix ) groove can improve firebox coolant capability greatly . because the width dimension of loxodrome groove is narrow and the depth is deep , some machining methods are incapable , such as end - milling or electrochemistry . according to the peculiarities , a cnc disk - cutter - milling method which is composed of five motion axes with four simultaneously interpolated ones is researched . because most firebox generatrix is composed of complex curves , it is very difficult to get cnc cutting program with manual means . in order to deal with the problem , the loxodrome mathematics model is studied , and an auto - programming software system is developed . the software system can generate cnc cutting program of loxodrome on many kinds of turned surface . the constriction - distension segment of firebox is the most representative workpiece . the sharp changing of its generatrix slope makes loxodrome milling difficult . with the theory analyzing and practice cutting experiment , some applied techniques , which include milling mode and direction , choosing cutter diameter and cutting start point setting , are developed . adopting the technology above , tens regular workpiece have been manufacturing . the two - year manufacture practice has confirmed the validity and feasibility of developed loxodrome coolant channel milling method . the developed technology is also worth to be referenced to other similar workpiece 將液體火箭發動機燃燒室的冷卻通道設計為斜航線(等傾角螺旋線)槽形,可以大幅度改善燃燒室的冷卻性能.斜航線冷卻槽的槽寬尺寸較小而槽深尺寸較大,所以無法使用棒銑刀銑削、電化學等加工方式.針對這些特點,提出了五軸控制、四軸聯動的數控片銑刀銑削加工方法.由于燃燒室外表面的母線輪廓復雜,手工編制數控加工程序難度大.為了解決數控加工程序的編制問題,研究了斜航線的數學模型,開發了自動編程軟件系統.使用該系統,可以生成多種母線輪廓回轉體外表面上的斜航線數控加工程序.燃燒室收斂-擴張段的母線斜率變化大,加工難度大,是斜航線冷卻通道加工的最典型工件.經過理論分析和實際切削實驗,研究了針對該類型工件的片銑刀直徑選擇、銑削方式和方向、刀具調整和起刀點的設置等多項實際的加工方案.采用上述的一系列技術,已經成功地加工了數十個合格工件.經過兩年多的實際生產過程應用,驗證了所開發的斜航線冷卻通道加工方法的正確性和可行性.這些加工技術的研制成功,對其他相似類型零件的加工亦具有參考意義
The conclusion is that the abnormity of the anti - surging regulating process is mainly due to the unstable burning of the firebox because of the intense changing of the regulating process . and the problem is resolved by means of modifying the diameter of the main throttle and the vice throttle 研究表明：發動機防喘切油過程異常的主要原因是切油過程油壓變化過于劇烈導致發動機燃燒室燃燒不穩定，適當修正防喘調節器主、副油路節流嘴直徑可以使這一現象得到改善。
Abstract : considering the special burning situation inside industrial furnace firebox ， an infrared calculation model with elimination of the influence of flue gas was established 2 - dimensional temperature patterns of furnace tube temperature in operation was obtained with infrared thermovision ， which provides scientific basis for the optimization of process operation 文摘:針對工業爐內特殊的燃燒環境，從消除煙氣影響切入，建立了紅外計算模型，并利用紅外熱像儀獲得運行狀況中爐管表面二維溫度場及其變化特征，為優化工藝操作提供了科學依據。
First , we simulate the firebox through realization k - e turbulent model . if experimentation data match to simulated data , we consider the physics model and turbulent model we establish is valid 首先模擬燃燒器，所選用的湍流流動模型為可實現的-模型，通過用實驗測得的實驗數據與模擬值是否吻合來判斷我們所建立的物理模型及所選用的湍流流動模型的正確性。
Second , we development the influence of flamethrower shape , root air , the obliquity of spin vane and block heat board for the air current in the firebox by simulating them through two phases calculate 然后通過兩級計算的方法，分別對不同海拔高度、噴火筒形狀、根部風大小、旋流葉片的傾角以及有無回熱板時對燃燒室空氣氣流組織的影響進行模擬。
Put forward a new geometry model for calculating firebox figure in order to improve on simulating forecasting precision of combustion model in chapter 3 第三章為了改進燃燒模型的模擬預測精度和對復雜燃燒室的適用性和效率，提出了一種計算燃燒室形狀的新的幾何模型。
This kind of positive feedback may extend the debonded area and result in out of control of pressure on the firebox , or even the explosion of the motor 這種正反饋可能使脫粘面進一步擴展,導致出現燃燒室壓力失控甚至發動機爆炸的災難性后果。
Firebox using automatic intelligent control system of manual control system 燃燒室采用全自動智能化控制手動控制，控制溫度精確。
Ventless firebox enclosures for gas - fired decorative type unvented room heaters 燃氣裝飾型非通風室內加熱器用非通風火爐外殼
Ventless firebox enclosures for gas - fired unvented decorative room heaters 燃氣式無排氣孔的裝飾性房間加熱器用無孔火箱外殼
Third alarm to firebox r - 50 - 4 三級火災警報
( fireman over radio ) third alarm firebox r - 50 - 4 . please respond , 0 - 1 - charlie - 1 三級火災警報01查理請回答
Fireman over radio ) third alarm firebox r - 50 - 4 . please respond , 0 - 1 - charlie - 1 三級火災警報01查理請回答
Fireman over radio third alarm firebox r - 50 - 4 . please respond , 0 - 1 - charlie - 1 三級火災警報01查理請回答
Standard specification for firebox brick for residential fireplaces 住宅壁爐用火箱磚的標準規范
Mathematical model of micro - tpv systems porous firebox 微型熱光電系統多孔介質燃燒器的數學模擬