マルチ サイクロン集塵機 自作 これで「強」がつかえる 2 ナレーション編 （サイクロンユニット を2個使用した ペール缶 マルチ 集塵機 漏斗筒を取付けて気流を整え、遠心力を強化する）

First, let's use the funnel tube to make it "strong mode" 1.":    • 集塵機 サイクロン 自作 funnel tube これで「強」がつかえる！ 1（ サ...   Please see the description column. ★Consideration. I just thought that the airflow would pierce the bottom like a drill with "strong use". However, as shown in the video, even if only the "strong air current" was applied to the bottom, it did not seem to blow away the dust on the bottom like the previous video. From the inspection of the Pre filter, it doesn't look like a lot of dust went to that side. Probably, the airflow that spreads to the full size of the pail and has no coherence, but by narrowing the area with a cylinder and making it funnel-shaped, the exhaust airflow of the two units will be able to merge well with each other and increase the speed. I believe that it creates a vortex and gives centrifugal force to the dust, contributing to the reduction of floating dust. ★What I can infer from the sedimentary shape at the bottom is that the dust "falls down along the wall of the cylinder". From the video showing the airflow hitting the dust directly, it seems that the airflow does not dig into the dust at the bottom. Therefore, the dust only piled up in the center, and the surroundings fell down along the wall of the attached cylinder and piled up. ★Do you need a bottom plate? I don't think it's necessary. However, if you remove it, dust will stick to the outside of the cylinder due to static electricity. → This time, I couldn't remove it due to shooting conditions (because of my field of vision). ★Since the PVC board is used, static electricity is generated by the friction of dust. If you carelessly touch the unit, you may feel static electricity, so be careful. ★Cylinder processing is easy because the plate thickness is 0.5 mm. It is difficult to process materials with a thickness of 1 mm or more, and thickness is not necessary for functionality. ★Because the lower end of the cylinder is 150 mm or less from the bottom of the pail, the dust accumulation capacity is small. Since it was originally an embedded unit, the capacity was limited by that amount, but it is even smaller than that. This can be avoided by raising the height of the cylinder bottom, but if it is raised too much, the effect of centrifugal force will be lost, so I think it is about 5 to 60 mm. If you really need the capacity, it seems that you have no choice but to proceed to the two-story building. ★Related video URL. (Cylinder order) Let's use the funnel tube to make it "strong mode" 1.：    • 集塵機 サイクロン 自作 funnel tube これで「強」がつかえる！ 1（ サ...   How to make a 2-cylinder dust collector that is the easiest off-the-shelf product 1:    • 最も簡単に既製品で作られる２気筒（マルチ） 集塵機の作り方 1（サイクロンユニット ...   The easiest way to make an off-the-shelf "2-cylinder dust collector" 2. ：   • 集塵機 サイクロン 自作 集塵機 の作り方 2（サイクロンユニット を2個使用した ...   No.1 "Plan" Creating a 3-cylinder dust collector production drawing:    • No 1「計画編」3気筒集塵機製作図の作成（サイクロンユニット を3個使用した ペー...   No.2 "Manufacturing 1" Making the chamber box prototype - Cutting the upper chamber    • No 2「製作編1」チャンバボックスプロトタイプの作製～上段チャンバ切断加工（サイク...   No.3 "Production 2" Cutting of ready-made boxes:    • No 3「製作編2」既製品ボックスの切断加工（サイクロンユニット を3個使用した ペ...   No.4 “Production 3” Chamber box pre-painting processing:    • No 4「製作編3」チャンバボックスの塗装前加工（サイクロンユニット を3個使用した...   No.5 “Production 4” Curing and painting of the chamber box:    • No.5「製作編4」ﾁｬﾝﾊﾞﾎﾞｯｸｽの養生、塗装（サイクロンユニット を3個使用...   No.6 "Production 5" Processing of lid reinforcing plate-Removing paint protection, confirmation before assembly:    • No.6「製作編５」蓋補強板の加工～塗装養生はがし、組立前の確認（サイクロンユニット...   No.7 "Assembly 1" Chamber box assembly 1:    • No 7「組立編1」チャンバボックスの組立1（サイクロンユニット を3個使用した ペ...   No.8 “Assembly 2” Chamber box assembly 2:    • No 8「組立編2」チャンバボックスの組立2（サイクロンユニット を3個使用した ペ...   No.9 "Verification" Performance verification after about 2 months of use:    • No 9「検証編」３気筒集塵機使用開始約2ヶ月後の性能検証（サイクロンユニット を3...   3-cylinder dust collector digest version No.1 to No. 9:    • 「3気筒集塵機を作ってみた ＮＯ．１からＮＯ．９」ダイジェスト版（サイクロンユニット...   (This is a series from No.1 "Plan" to No.9 "Verification") I made a 4-cylinder dust collector with glue:    • 4気筒集塵機をノリで作ってみた（サイクロンユニット を4個使用した ペール缶 集塵機）   Verification and update of 4-cylinder dust collector:    • 4気筒集塵機の検証とアップデート（サイクロンユニット を4個使用した ペール缶 集塵機）   "Planning" I tried what would happen if I put a 4-cylinder dust collector in series with 2 cylinders:    • 「計画編」1つの缶で、4気筒 サイクロン  集塵機 を2気筒ずつ直列にしたらどうなる...   “Production 1”:    • 「製作編1」1つの缶で、4気筒 サイクロン  集塵機を2気筒直列にしたらどうなるかや...   “Production 2”:    • 「製作編2」1つの缶で、4気筒 サイクロン  集塵機を2気筒直列にしたらどうなるかや...   “Verification”:    • 「検証編」1つの缶で、4気筒 サイクロン  集塵機を2気筒直列にしたらどうなるかやっ...   “INDEX”of Multi-cyclone dust collector 1. :    • サイクロン集塵機を多気筒にする理由  1（サイクロンユニット を複数使用した ペール...   “INDEX”of Multi-cyclone dust collector 2. ：   • サイクロン集塵機を多気筒にする理由 2（サイクロンユニット を複数使用した ペール缶...   I tried adding a Pre-filter to a cyclone dust collector:    • サイクロン集塵機にPre-フィルターをつけてみた（集塵機に自作フィルター プラスでミ...   ★If you enjoy the video, I would appreciate it if you could give me your impressions and opinions. 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