JPS589699U

JPS589699U - Hot air supply device for tea manufacturing dryer

Info

Publication number: JPS589699U
Application number: JP10329881U
Authority: JP
Inventors: 森川　護; 権田　明
Original assignee: カワサキ機工株式会社
Priority date: 1981-07-11
Filing date: 1981-07-11
Publication date: 1983-01-21
Also published as: JPS6113907Y2

Abstract

(57)【要約】本公報は電子出願前の出願データであるた
め要約のデータは記録されません。(57) [Summary] This bulletin contains application data before electronic filing, so abstract data is not recorded.

Description

[Brief explanation of the drawing]

図は本考案の実施例を示す、要部切欠正面図である。１・・・・・・乾燥室、２・・・・・・フード、３・・
・・・・排気ファン、４・・・・・・茶葉排出口、７・
・・・・・（コンベヤ相互の）間隔、１０・・・・・・
精揉葉投入機、１３・・・・・・他側壁、１４．　１５
．　１６．　１７・・・・・・熱風口、１８・・・・・
・熱風発生機、２０・・・・・・熱風胴、２１．　２２
゜２３．２４・・・・・・分校口、２５．　２６．　２
７．　２８・・・・・・連通風胴、２９．　３０．　３
１・・・・・・ノズル管、３２、　３３．　３４・・・
・・・外気吸入口、Ａ、　Ｂ、　Ｃ。 ■）・・・・・・循環コンベヤ。補正　昭５７．８．１０　− 実用新案登録請求の範囲を次のように補正する。０実用新案登録請求の範囲１方に排気フードを、−側下辺に茶菓排出口を形成した
乾燥室内には数段の循環コンヴヤを相互に間隔を設けて
重ね配置して上方のコンベヤ上に投入した茶菓を順次下
方のコンベヤ上に落下移送するように構成し乾燥室他側
壁には各コンベヤ間隔に指向する熱風口を開口した製茶
乾燥機において、熱風発生機に連接した熱風胴からは前
記各熱風口に対応する分枝口を形成して該熱風口と分枝
口とを連通風胴で接続すると共に、各分枝口には先端小
径なノズル管を連通風胴内にて装着し、該ノズル管の周
囲に対応する連通風胴には外気吸入開口を穿ち且つ該外
気吸入開口の広さを下方の連通風胴のものほど次第に狭
小とした製茶乾燥機における熱風供給装置。The figure is a cutaway front view of essential parts showing an embodiment of the present invention. 1...Drying room, 2...Hood, 3...
...Exhaust fan, 4...Tea leaf outlet, 7.
...... Distance (between conveyors), 10...
Crushed leaf feeder, 13...Other side wall, 14. 15
．． 16. 17...Hot air outlet, 18...
・Hot air generator, 20...Hot air cylinder, 21. 22
゜23.24... Branch entrance, 25. 26. 2
7. 28...Communicating wind cylinder, 29. 30. 3
1... Nozzle pipe, 32, 33. 34...
...Outside air intake ports, A, B, C. ■)... Circulating conveyor. Amendment August 10, 1982 - The scope of claims for utility model registration is amended as follows. 0 Scope of Claim for Utility Model RegistrationInside the drying chamber, which has an exhaust hood on one side and a tea and confectionery discharge outlet on the lower side, several stages of circulation conveyors are placed one on top of the other at intervals, and the product is fed onto the conveyor above. In this tea manufacturing/drying machine, the tea confections are sequentially dropped and transferred onto a conveyor below, and the other side wall of the drying chamber has hot air ports oriented at intervals between each conveyor. A branch port corresponding to the hot air port is formed, and the hot air port and the branch port are connected by a communicating air cylinder, and a nozzle pipe with a small diameter tip is attached to each branch port within the communicating air cylinder, A hot air supply device for a tea making dryer, in which an outside air suction opening is formed in a communicating air cylinder corresponding to the periphery of the nozzle pipe, and the width of the outside air suction opening is gradually narrowed as the lower communicating air cylinder is disposed.

Claims

[Scope of utility model registration request]

Inside the drying chamber, which has an exhaust hood at the top and a tea and confectionery outlet at the bottom of the - side, several stages of circulation conveyors are stacked at intervals, and the steamed leaves fed onto the upper conveyor are sequentially transferred to the lower conveyor. In a tea drying machine, the drying chamber is constructed so that the drying chamber is dropped and transferred, and the other side wall of the drying chamber has hot air ports oriented toward the intervals between the conveyors. A branch port is formed, and the hot air port and the branch port are connected by a communicating wind barrel, and each branch port is equipped with a nozzle pipe with a small diameter at the tip within the communicating wind barrel, and the nozzle pipe is installed around the nozzle pipe. A hot air supply device in which a corresponding communicating air cylinder is provided with an outside air suction opening, and the width of the outside air suction opening is gradually narrowed in the lower communicating air cylinder.