JPS60102333A - Asbestos pressure feeder - Google Patents
Asbestos pressure feederInfo
- Publication number
- JPS60102333A JPS60102333A JP21031183A JP21031183A JPS60102333A JP S60102333 A JPS60102333 A JP S60102333A JP 21031183 A JP21031183 A JP 21031183A JP 21031183 A JP21031183 A JP 21031183A JP S60102333 A JPS60102333 A JP S60102333A
- Authority
- JP
- Japan
- Prior art keywords
- shaft
- pipe
- asbestos
- casing
- screw
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
- Pending
Links
Classifications
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B65—CONVEYING; PACKING; STORING; HANDLING THIN OR FILAMENTARY MATERIAL
- B65G—TRANSPORT OR STORAGE DEVICES, e.g. CONVEYORS FOR LOADING OR TIPPING, SHOP CONVEYOR SYSTEMS OR PNEUMATIC TUBE CONVEYORS
- B65G65/00—Loading or unloading
- B65G65/30—Methods or devices for filling or emptying bunkers, hoppers, tanks, or like containers, of interest apart from their use in particular chemical or physical processes or their application in particular machines, e.g. not covered by a single other subclass
- B65G65/34—Emptying devices
- B65G65/40—Devices for emptying otherwise than from the top
- B65G65/48—Devices for emptying otherwise than from the top using other rotating means, e.g. rotating pressure sluices in pneumatic systems
- B65G65/4881—Devices for emptying otherwise than from the top using other rotating means, e.g. rotating pressure sluices in pneumatic systems rotating about a substantially horizontal axis
Landscapes
- Engineering & Computer Science (AREA)
- Mechanical Engineering (AREA)
- Nozzles (AREA)
- Filling Or Emptying Of Bunkers, Hoppers, And Tanks (AREA)
Abstract
Description
【発明の詳細な説明】
従来の石綿吹付機は大型であるため、石綿吹付現場迄吹
付機を寄せることが出来ず、階上階下への移動もブレー
ンを使用しなければならない不便がありその上吹付機の
構造上摩耗した部品を取りかえるには、吹付機を解体し
て行わなければならないため、吹付機の修理、保存には
多額の費用を要する不便があるので、業界では吹付機の
小型化と、部品交換の容易さを望む声がＪ）す、発明者
はこの要望に応じた吹付機を提供せんとするものである
。[Detailed Description of the Invention] Since the conventional asbestos spraying machine is large, it is not possible to bring the spraying machine close to the asbestos spraying site, and it is inconvenient that a brane must be used to move from floor to floor. In order to replace worn out structural parts of a spray machine, it is necessary to dismantle the spray machine, which is inconvenient and requires a large amount of money to repair and preserve the spray machine. There is a desire for greater flexibility and ease of parts replacement.The inventors aim to provide a spraying machine that meets these demands.
次にその構造を図面に基き詳述する。Next, the structure will be explained in detail based on the drawings.
（Ａ） ホッパー（１）の内部に２本の攪拌軸（２）全
平行に設け、攪拌軸（２）に撹拌棒（３）を適当間隔に
交互に適当数立設し、撹拌棒（３）の回転によりホッパ
ー（１）に投入され７５石綿を撹拌棒（３）で適当にホ
グしホッパー（１）の底部に落下せしめる。(A) Two stirring shafts (2) are provided inside the hopper (1) completely parallel to each other, and a suitable number of stirring rods (3) are set up alternately at appropriate intervals on the stirring shaft (2). 75 asbestos is thrown into the hopper (1) by the rotation of the hopper (1), and the asbestos is properly hogged with the stirring rod (3) and falls to the bottom of the hopper (1).
（Ｂ） ホッパ−（１）の底部に、周囲にスクリューを
形成し１こスクリュー軸（４）を攪拌軸（２）に平行に
設け、その−先端のスクリュー軸（４）に数枚の羽根（
５）全立設し、羽根（５）の部分をロータリーバルブケ
ーシング（６）内に臨ませ、スクリュー軸（４）の回転
により石綿がスクリューに押され羽根（５）の上に集積
される。(B) A screw is formed around the bottom of the hopper (1), and a single screw shaft (4) is installed parallel to the stirring shaft (2), and several blades are attached to the screw shaft (4) at the tip of the screw shaft (4). (
5) Fully erect, with the vane (5) facing into the rotary valve casing (6), and asbestos is pushed by the screw and accumulated on the vane (5) by the rotation of the screw shaft (4).
（Ｃ） ロータリーバルブケーシング（６）内の羽根（
５）の下に、上下を開口し、且つ側面に調節板（７）の
軸を挿入する溝（８）全外方に突設したパイプ（９）ヲ
ロータリーバルフケーシング（６）の内壁に螺着し、パ
イプ（９）にフラジローラー（１０）を挿入すると共に
、調節板（ηの軸を溝（８）に挿入し、板部はブラシロ
ーラー（１０）の回転に対向する様に臨ませ、ロータリ
ーバルブケーシング頁６）の外側にブラシローラー（１
０）と調節板（７）との間隔を調整するハンドル（１１
） ’を設け、ブラシローラー（１０）は高速に回転す
る如くモーターに接続する。(C) Vane inside rotary valve casing (6) (
Below 5), there is a groove (8) which is open at the top and bottom and into which the shaft of the adjustment plate (7) is inserted, and a pipe (9) that protrudes completely outward and is screwed into the inner wall of the rotary valve casing (6). Insert the flage roller (10) into the pipe (9), and insert the axis of the adjustment plate (η into the groove (8) so that the plate part faces the rotation of the brush roller (10). , a brush roller (1) is installed on the outside of the rotary valve casing (page 6).
0) and the adjustment plate (7).
) ', and the brush roller (10) is connected to a motor so as to rotate at high speed.
かくすることにより、羽根（５）の上に集積した石綿は
羽根（５）の回転によりブラシローラー（１０）の上に
落下する。落下した石綿は高速に回転するブラシローラ
ー（ｌＯ）と調節板（７）とにより小さくホクされる。As a result, asbestos accumulated on the blade (5) falls onto the brush roller (10) due to the rotation of the blade (5). The fallen asbestos is broken into small pieces by a brush roller (lO) rotating at high speed and a regulating plate (7).
此の場合石綿のホクし加減全調整するにはハンドル（１
１）にょブラシローラー（１０）と調節板（７）との間
隔を変更することにより可能である。In this case, use the handle (1) to fully adjust the amount of asbestos.
1) This is possible by changing the distance between the brush roller (10) and the adjusting plate (7).
（Ｄ） 上部を開口とし下部に通風溝（Ｉ２）を設け１
こ断面○形部（１３）をロータリー１＜）レブケーシン
グ（６）内に入れ、上部の開口部を上方のブランローラ
ー（１０）を入れｊこノでイブ（９）の下方の開口部に
接せしめて筒（１８） ｅロータリーバルブケーシング
（６）の内壁に螺着し、筒（１３）の通風溝（１２）の
上部の円筒形の内壁両側に−１−下の開口部を閉塞しな
いよう取替えライナー（１４）’に対向して螺着し、通
風溝（１２）側の取替えライナー（１４）の先端の対向
間隔は風の出口は広く風上に向は順次狭く形成し石綿の
落下を平均ならしめる。軸の周囲にコ゛ム板二枚合せの
羽根を数個立設したノ〜ルブ回転１子（＋５）’ｆｉ：
取替えライナー（１４）内に挿入しスクリュー軸（４）
と連動して回転せしめる。(D) Open at the top and provide ventilation grooves (I2) at the bottom1
Put this ○-shaped section (13) into the rotary 1<) rev casing (6), insert the upper blank roller (10) into the upper opening, and insert it into the lower opening of the eve (9). The tube (18) e is screwed onto the inner wall of the rotary valve casing (6), and is attached to both sides of the cylindrical inner wall at the top of the ventilation groove (12) of the tube (13). The replacement liner (14) is screwed on oppositely to the replacement liner (14)', and the spacing between the ends of the replacement liner (14) on the ventilation groove (12) side is such that the air outlet is wide and the windward direction is gradually narrower to prevent asbestos from falling. be averaged. A knob rotor (+5) with several blades made of two comb plates set up around the shaft:
Insert the screw shaft (4) into the replacement liner (14)
It rotates in conjunction with.
フラジローラー（１０）により適当にホグされｊコ石綿
が筒（１３）のバルブ回転子（１５）の羽根の上に落下
し、羽根の回転により石綿は取替えライナー（１４）の
間を通って通風溝（１２）に落下する。The asbestos is appropriately hogged by the flage roller (10) and falls onto the blades of the valve rotor (15) in the tube (13), and as the blades rotate, the asbestos passes between the replacement liners (14) and is ventilated. It falls into the groove (12).
（Ｅ） ロータリーバルブケーシング（６）の反対側の
箱体内の底部に送風モーター（＋６）を設置し、風出口
の逆流防止フィルターからパイプにより通風溝（１２）
に連結し、通風溝（１２）の出口に於て噴射ホース（１
７）を連結する。(E) A blower motor (+6) is installed at the bottom of the box on the opposite side of the rotary valve casing (6), and a pipe runs from the backflow prevention filter at the air outlet to the ventilation groove (12).
The injection hose (1) is connected to the outlet of the ventilation groove (12).
7) Connect.
風出口より出たー圧の空気は通風溝（１２）に落下する
石綿を噴射ホース（１７）に運び外部に射出する。The -pressure air coming out of the air outlet carries asbestos falling into the ventilation groove (12) to the injection hose (17) and injects it to the outside.
この場合バルブ回転子（１５）の羽根は回転しつつ何れ
かの羽根が取換えライナー（Ｉ４）の内壁に密接して居
り、その上両側にロータリーバルブケーシング（６）の
外壁に側板を螺着して居るので通風溝（１２）を通る高
圧の空気が筒（１３）に吹き上げ又外部に漏れることは
無い。In this case, while the blades of the valve rotor (15) are rotating, one of the blades is in close contact with the inner wall of the replacement liner (I4), and side plates are screwed onto the outer wall of the rotary valve casing (6) on both sides. This prevents the high pressure air passing through the ventilation groove (12) from blowing up into the cylinder (13) or leaking to the outside.
ＣＦ） 両軸動力モーター（１８）の−軸をＶプーリー
、■ベルトを介してフラジローラー（１０）に連結し、
他軸は可変速機、減速機を介してバルブー回転子（１５
）に連結すると共に、チェンキャーを介してスクリュー
Ｆ１１ｆＩ（４）、攪拌＠ （２）に連結し、ブラシロ
ーラー（１０）は高速で回転せしめ、バルブ回転子（１
５）スクリュー軸（４）攬押軸（２）は低速で同一回転
せしめる。CF) Connect the -shaft of the double-shaft power motor (18) to the flange roller (10) via the V pulley and the belt.
The other shaft is connected to the valve rotor (15
), and is also connected to the screw F11fI (4) and stirring @ (2) via a chain carrier, the brush roller (10) is rotated at high speed, and the valve rotor (1
5) The screw shaft (4) and push shaft (2) are rotated at the same speed at low speed.
以−にの構造である。次に一実施例を詳述する。The structure is as follows. Next, one embodiment will be described in detail.
ホッパー（１）に石綿を投入し動力モーター（１８）ｊ
こＥ４ＪＡはスクリュー軸（４）に押されてロータリー
バルブケーシング（６）方間に移動し、ロータリーバル
ブケーシング（６）内のスクリュー軸（４）の羽根（５
）上に移乗し、羽根（５）の回転によりブラシローラー
（１０）上に落下する。ブラシローラー（１０）と調節
板（７）との間を通過する際石綿は細かくホブされ筒（
１３）内のバルブ回転子（１５）の上に落下し、バルブ
回転子（１５）の回転により石綿は通風溝（１２）内に
落下する。送風モーター（１６）に通電すれば高圧の空
気は逆流防止フィルターからホースを通り通風溝（１２
）に入り石綿を噴射ホース（１７）に急速に運び吹付作
業が行える。Pour asbestos into the hopper (1) and turn on the power motor (18)
This E4JA is pushed by the screw shaft (4) and moves toward the rotary valve casing (6), and the blade (5) of the screw shaft (4) inside the rotary valve casing (6)
) and falls onto the brush roller (10) by the rotation of the blade (5). When passing between the brush roller (10) and the adjustment plate (7), the asbestos is finely hobbed into a tube (
Asbestos falls onto the valve rotor (15) in the valve rotor (13), and as the valve rotor (15) rotates, the asbestos falls into the ventilation groove (12). When the blower motor (16) is energized, high-pressure air passes from the backflow prevention filter through the hose and into the ventilation groove (12).
), the asbestos is rapidly transported to the injection hose (17) and spraying work can be performed.
発明者は石綿の吹付状挽を調査した処、石綿か団子にな
って吹き付けられて居らず平均して居ることを確認した
。通風溝（１２）に高圧の空気が通るので空気が筒（１
３）の上部に吹きあげ、石綿が逆流して居ないかと筒（
１３）及びブラシローラー（１０）の内部を検査したが
石綿が上に吹きあげられｆコ形跡無く、バルブ回転子（
１５）に乗った石綿も各羽根毎に大体平均して石綿が乗
って居り下から吹きあげて撹乱され１こ痕跡は認められ
なかった。調節板（７）を操作して石綿のホブされ具合
を調査したが調節板（７）がブラシローラー（１ｏ）に
触れず近接した位置にある場合が石綿のホブれ可減が適
当であることを確認した。The inventor investigated the sprayed shape of asbestos and confirmed that the asbestos was not sprayed in the form of balls or balls, but was on average. High pressure air passes through the ventilation groove (12), so the air flows through the tube (1).
3) Blow up the air to the top of the tube (
13) and the brush roller (10), but there was no evidence of asbestos being blown upwards, and the valve rotor (10) was inspected.
15) There was an average amount of asbestos on each blade, and it was blown up from below and disturbed, so no trace of asbestos was found. The degree of hobbing of asbestos was investigated by operating the adjustment plate (7), and if the adjustment plate (7) was close to the brush roller (1o) without touching it, the degree of hobbing of asbestos was determined to be appropriate. It was confirmed.
以−ヒの如く本発明は石綿のホブし作業をロータリーハ
ルフケ−シンク（６） 内で行い、送風モーター（１６
）動力モーター（１８）も箱体内゛に収納し小型化した
ので作業現場をこ搬入か可能となり、階−上階下への移
動もブレーンを使用することなく人力で押して移動せし
めることが出来ろので作業場への移動が容易となり、又
摩耗する部品ハロータリーバルブケーシング（６）内に
納めら第１て居るので、部品交換゛は側板をはずして容
易に行える」二、従来の大型機に比し安価に提供し得る
利点を有する。As described below, in the present invention, the asbestos hobbing work is carried out in the rotary half-kernel sink (6), and the blower motor (16) is used to hob asbestos.
) The power motor (18) is also housed inside the box and has been made smaller, so it can be carried around the work site, and it can be moved from floor to floor by pushing it manually without using a brain. It is easy to move to the work place, and since parts that wear out are housed inside the rotary valve casing (6), parts replacement can be easily done by removing the side plate.2.Compared to conventional large machines. It has the advantage of being inexpensive.
第一図 側板を取り除いた正面図 第二図 側板を敗り除いた左側面図 第三図 側板を取り除いｔコ右側面図 第四図 構造図 第五図 Ａ−Ａ線断面左側面図 第六図 Ｂ−Ｂ線断面平面図 第七図 バルブ回転子の拡大正面図 １１１ｉ１．図 第２図 Figure 1 Front view with side plates removed Figure 2 Left side view with side plate removed Figure 3 Right side view with side plate removed Figure 4 Structure diagram Figure 5 A-A cross-sectional left side view Figure 6 Cross-sectional plan view along line B-B Figure 7 Enlarged front view of valve rotor 111i1. figure Figure 2
Claims (1)
拌軸（２）に平行に設け、スクリュー軸（４）の一端に
数枚の羽根（５）全立設し、羽根（５） ’ｅ Ｏ−タ
リーケーシング（６）内に臨ませ、羽根（５）の下に上
下を開口し且つ側面に調節板（７）の４Ｉｌｌｌを挿入
する溝（８）を突設したパイプ（９）をロータリーケー
シング（６）の内壁に螺着し、パイプ（９）にブラシロ
ーラーＤｏ）ｅ挿入すると共に、調節板（７）の軸を溝
（８）に挿入し板部はブラシローラー（１０）の回転に
対向する様に臨ませ、ロータリーケーシング（６）の外
側に調節板（７）の（ｉｌｌｌｋ延長し、これにハンド
ル（１１） ’！ｒ設け、上部を開口し下部に通風溝（
１２） ’ｅ設けた断面Ｑ形の筒（１３）ｉロータリー
ケーシング（６）内に入れ、上部の開口部をパイプ（９
）の下方の開口部に接せしめ筒（１８）’ｔクローリー
ケーシング（６）の内壁に螺着し、筒（１３）の上部の
円形部の内壁両側に上下の開口部を閉塞しないよう両側
に対向して取替えライナー（１４）を螺着し通風溝（１
２）側の取替えライナー（１４）の先端の対向間隔は、
風の出口を広く風上に向は順次狭く形成し、ゴム板二枚
合せの羽根を数個立設し１こバルブ回転子（１５）を取
替えライナー（１４）内に挿入し、両＋ｌｑＩ＋動カモ
ーター（１８）の−軸を■ブーＪ−１Ｖベルトを介して
ブラシローラー（１０）に連絡すると共に、他軸は可変
速機、減速機を介してバルブ回転子（１５）に連結し、
史らにチェンギャーを介してスクリュー軸（４）、攪拌
軸（２）を連結する。通風溝（１２）の送風モーター
（１６）側に送風モーター（１６）よりパイプで連結し
、他方に噴射ホース（１７）を連結してなる石綿圧送機
。A screw $111 (4) is installed at the bottom of the hopper (1) parallel to the stirring shaft (2), and several blades (5) are fully erected at one end of the screw shaft (4). A pipe (9) facing into the O-tally casing (6), open at the top and bottom under the vane (5), and having a protruding groove (8) on the side for inserting 4Ill of the adjustment plate (7) is attached to the rotary. Screw it onto the inner wall of the casing (6), insert the brush roller Do)e into the pipe (9), and insert the shaft of the adjustment plate (7) into the groove (8) so that the plate part can rotate the brush roller (10). The adjustment plate (7) is extended to the outside of the rotary casing (6), a handle (11) is provided on it, the upper part is open, and the lower part is provided with a ventilation groove (
12) Put the pipe (13) with a Q-shaped cross section into the rotary casing (6), and insert the upper opening into the pipe (9).
) is screwed onto the inner wall of the Crowley casing (6), and on both sides of the inner wall of the upper circular part of the tube (13) so as not to block the upper and lower openings. Screw on the replacement liner (14) facing the ventilation groove (1
The spacing between the tips of the replacement liner (14) on the 2) side is as follows:
The wind outlet is made wider upwind and narrower in the upwind direction, several vanes made of two rubber plates are set upright, and the single valve rotor (15) is replaced and inserted into the liner (14). The negative shaft of the motor (18) is connected to the brush roller (10) via the Boo J-1V belt, and the other shaft is connected to the valve rotor (15) via a variable speed gear and a speed reducer.
The screw shaft (4) and the stirring shaft (2) are connected through a changer. Ventilation groove (12) ventilation motor
(16) An asbestos pumping machine connected to the blower motor (16) with a pipe and the other side connected to the injection hose (17).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| JP21031183A JPS60102333A (en) | 1983-11-08 | 1983-11-08 | Asbestos pressure feeder |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| JP21031183A JPS60102333A (en) | 1983-11-08 | 1983-11-08 | Asbestos pressure feeder |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| JPS60102333A true JPS60102333A (en) | 1985-06-06 |
Family
ID=16587305
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| JP21031183A Pending JPS60102333A (en) | 1983-11-08 | 1983-11-08 | Asbestos pressure feeder |
Country Status (1)
| Country | Link |
|---|---|
| JP (1) | JPS60102333A (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JP2020063606A (en) * | 2018-10-17 | 2020-04-23 | 太平洋マテリアル株式会社 | apparatus |
-
1983
- 1983-11-08 JP JP21031183A patent/JPS60102333A/en active Pending
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JP2020063606A (en) * | 2018-10-17 | 2020-04-23 | 太平洋マテリアル株式会社 | apparatus |
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