JP4379882B2 - Rotating cylinder waste storage machine - Google Patents
Rotating cylinder waste storage machine Download PDFInfo
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- JP4379882B2 JP4379882B2 JP2004318535A JP2004318535A JP4379882B2 JP 4379882 B2 JP4379882 B2 JP 4379882B2 JP 2004318535 A JP2004318535 A JP 2004318535A JP 2004318535 A JP2004318535 A JP 2004318535A JP 4379882 B2 JP4379882 B2 JP 4379882B2
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Description
本発明は、逆流防止装置に関する回転筒ゴミ貯留機に関するものである。 The present invention relates to a rotary cylinder waste storage device related to a backflow prevention device.
図１は従来の回転筒ゴミ貯留機（５１）の右側面図を示す。
従来、ドラム型の回転筒ゴミ貯留機（５１）の逆流防止装置（５２）は公知である。
回転筒ゴミ貯留機の回転筒（５３）の内部に螺旋状羽根（５４）が設ける。ゴミ袋を内部へ投入すると、回転筒（５３）の回転によって螺旋状羽根（５４）がゴミ袋を移送し、回転筒（５３）の後部へゴミ袋を貯留し蓄積する。
ゴミ袋の量が増大すると、逆にゴミ袋は回転筒（５３）の前部へ押され逆流する。回転筒（５３）の前部からゴミ袋が溢れ出るので、逆流防止装置（５２）を設けている。FIG. 1 is a right side view of a conventional rotary cylinder waste storage device (51).
Conventionally, the backflow prevention device (52) of the drum-type rotating cylinder waste storage device (51) is known.
A spiral blade (54) is provided inside the rotary cylinder (53) of the rotary cylinder waste storage device. When the garbage bag is put inside, the spiral blade (54) moves the garbage bag by the rotation of the rotating cylinder (53), and the garbage bag is stored and accumulated in the rear part of the rotating cylinder (53).
When the amount of garbage bags increases, the garbage bags are pushed back to the front part of the rotating cylinder (53). Since a garbage bag overflows from the front part of the rotating cylinder (53), a backflow prevention device (52) is provided.
従来の逆流防止装置（５２）については、次のような問題点があった。
従来の回転筒ゴミ貯留機（５１）について、回転筒（５３）の前面に固定台（５５）を設け、固定台（５５）の後部に逆流防止装置（５２）を固定し、同時に回転筒（５３）の中に逆流防止装置（５２）を挿入する。
しかし、回転筒の中にゴミ袋を投入すると、ゴミ袋が破れ、騒音を生じ臭気が発生する。
ゴミ袋を破袋しなければ騒音も臭気も洩れないので、ゴミ袋を破らないことが問題点になっている。
本発明は、これらの問題点を解決するためになされたものである。The conventional backflow prevention device (52) has the following problems.
In the conventional rotary cylinder waste storage device (51), a fixed base (55) is provided on the front surface of the rotary cylinder (53), and a backflow prevention device (52) is fixed to the rear part of the fixed base (55). 53) The backflow prevention device (52) is inserted.
However, when a garbage bag is inserted into the rotating cylinder, the garbage bag is torn, generating noise and generating odor.
If you do not break the garbage bag, noise and odor will not leak out, so the problem is not breaking the garbage bag.
The present invention has been made to solve these problems.
逆流防止装置の回転構造の中に固定構造を設けているのが破袋の問題になっている。
回転筒の中にゴミ袋を投入すると、回転構造の螺旋状羽根が動いてゴミ袋を移動させ、固定した逆流防止装置と接触して干渉し、ゴミ袋を破砕する。
したがって、回転筒と逆流防止装置を合体させて、ひとつの回転体にする。
すなわち；
横置き円筒状の回転筒（１）の中心に截頭円錐筒（２）を設ける。
截頭円錐筒（２）の前部に円錐大径（３）、後部に円錐小径（４）を設ける
円錐大径（３）と回転筒（１）の間に前円板（５）を設ける
円錐大径（３）を開口にし、円錐小径（４）を防止壁（６）で閉鎖する
截頭円錐筒（２）の前後の長さと回転筒（１）の間に複数の螺旋状羽根（７）を設ける。
截頭円錐筒（２）の前部に複数の前部切欠穴（８）を設ける。Providing a fixed structure in the rotating structure of the backflow prevention device is a problem of bag breaking.
When the garbage bag is put into the rotating cylinder, the spiral blades of the rotating structure move to move the garbage bag, and contact with and interfere with the fixed backflow prevention device to crush the garbage bag.
Therefore, the rotating cylinder and the backflow prevention device are combined into one rotating body.
Ie;
A frustoconical cylinder (2) is provided at the center of the horizontal cylindrical rotating cylinder (1).
A front disc (5) is provided between the large cone diameter (3), which provides the large cone diameter (3) at the front of the truncated conical cylinder (2), and the small cone diameter (4) at the rear, and the rotating cylinder (1). A plurality of spiral blades (between the front and rear lengths of the truncated conical cylinder (2) and the rotating cylinder (1) having the large cone diameter (3) as an opening and the small cone diameter (4) closed with a prevention wall (6) 7) is provided.
A plurality of front notch holes (8) are provided in the front part of the truncated conical cylinder (2).
従来の逆流防止装置（５２）に比較して、本発明の逆流防止装置（１２）の発明の効果を説明する。
（イ） ゴミ袋は破れない。
従来の逆流防止装置（５２）では、固定した逆流防止装置を回転筒の中に挿入し、回転筒内面の螺旋状羽根を回転すると、逆流防止装置と螺旋状羽根の隙間に、ゴミ袋を押入れ干渉するので、ゴミ袋を破砕することになる。したがって、回転筒の中にゴミ袋を投入すると、ゴミ袋が破れ、騒音が生じ、臭気が発生するので、環境衛生上が問題になっている。これに対して本発明の逆流防止装置（１２）は、回転筒と逆流防止装置を合体させて、ひとつの回転体にするので、軋轢や干渉の現象はなく、ゴミ袋が破れたり騒音になったりすることはない。
とくに、回転筒の中にゴミ袋が破れて排出されるときは、臭気が発酵し酷く発生する。
しかし、本発明によって、ゴミ袋を破砕することは無くなるので、臭気を少なくすることができる。
（ロ）逆流しても溢れない。
従来の逆流防止装置（５２）では、回転筒（５３）の後部へゴミ袋は貯留され蓄積されると、逆にゴミ袋は逆流防止装置（５２）の後部へ押し出され逆流される。
逆流防止装置（５２）下部の大きい隙間からゴミ袋が溢れ出るので、逆流防止装置（５２）の内部に堆積する。ゴミ袋が堆積し始めると、投入する効率が悪くなる。
これに対して本発明の逆流防止装置（１２）は、ゴミ袋の量が貯留され増大されると、後部にゴミ袋が満量になる。そうなると逆に前方へ押し出されてゴミ袋が逆流になり、防止壁（６）に到達する。
ゴミ袋が防止壁（６）によって塞き止められると、逆流防止装置（１２）の中へ侵入しようとするが、複数の螺旋状羽根（７）の後面によって後方へ押出されるので、逆流防止装置（１２）の下部からはゴミ袋は侵入できない。すなわち、逆流防止の効果は大きい。
（ハ）満量まで検知できる。
従来の逆流防止装置（５２）の内部にゴミ袋が堆積し始めると、投入する効率が悪くなるので、投入作業を停止する。しかし、回転筒（５３）の容量は未だ満量にまで到っていない。回転筒（５３）の満量まで検知できることが難しいのが実態である。
これに対して本発明の逆流防止装置（１２）は、回転筒（１）の前部へゴミ袋の量が満量になり、防止壁（６）の上部まで到達すると、截頭円錐筒（２）の後部から前部へゴミ袋が這い上がって、複数の前部切欠穴（８）から截頭円錐筒（２）の内部へ落下するので、回転筒（１）の満量が到ることを検知することができる。すなわち、満量検知の経済的な効果は大きい。The effect of the invention of the backflow prevention device (12) of the present invention will be described in comparison with the conventional backflow prevention device (52).
(B) Garbage bags cannot be torn.
In the conventional backflow prevention device (52), when a fixed backflow prevention device is inserted into the rotating cylinder and the spiral blade on the inner surface of the rotating cylinder is rotated, a garbage bag is pushed into the gap between the backflow prevention device and the spiral blade. Because it interferes, the garbage bag will be crushed. Therefore, when a garbage bag is inserted into the rotating cylinder, the garbage bag is torn, noise is generated, and odor is generated, which is a problem for environmental hygiene. On the other hand, the backflow prevention device (12) of the present invention combines the rotating cylinder and the backflow prevention device into a single rotating body, so there is no phenomenon of wrinkles or interference, and the garbage bag is torn or noisy. There is nothing to do.
In particular, when the garbage bag is torn and discharged into the rotating cylinder, the odor is fermented and severely generated.
However, according to the present invention, since the garbage bag is not crushed, the odor can be reduced.
(B) It will not overflow even if it flows backward.
In the conventional backflow prevention device (52), when the garbage bag is stored and accumulated in the rear portion of the rotating cylinder (53), the dust bag is pushed out to the rear portion of the backflow prevention device (52) and backflowed.
Since garbage bags overflow from the large gap below the backflow prevention device (52), they accumulate in the backflow prevention device (52). When garbage bags start to accumulate, the efficiency of charging becomes worse.
In contrast, in the backflow prevention device (12) of the present invention, when the amount of garbage bags is stored and increased, the garbage bags become full at the rear. If it becomes so, it will be pushed forward and a garbage bag will flow backward and will reach a prevention wall (6).
When the garbage bag is blocked by the prevention wall (6), it tries to enter into the backflow prevention device (12). The garbage bag cannot enter from the lower part of the device (12). That is, the effect of preventing backflow is great.
(C) It can detect up to the full amount.
When garbage bags start to accumulate inside the conventional backflow prevention device (52), the charging efficiency deteriorates, so the charging operation is stopped. However, the capacity of the rotating cylinder (53) has not yet reached its full capacity. Actually, it is difficult to detect the full amount of the rotating cylinder (53).
On the other hand, when the backflow prevention device (12) of the present invention reaches the front part of the rotating cylinder (1) and the amount of garbage bags reaches the upper part of the prevention wall (6), the truncated conical cylinder ( 2) Since the garbage bag crawls up from the rear part to the front part and falls into the truncated conical cylinder (2) from the plurality of front notch holes (8), the full capacity of the rotating cylinder (1) is reached. Can be detected. That is, the economic effect of full detection is great.
以下、本発明の実施の形態について、実施例の回転筒ゴミ貯留機（１１）の構造を説明する。図２は本発明の回転筒ゴミ貯留機（１１）の右側面図を示す。
横置き円筒状の回転筒（１）の前内部に逆流防止装置（１２）を固定している。
逆流防止装置（１２）の後方へ、右回転の回転筒（１）の内面に左巻きの螺旋状羽根（５）を設ける。回転筒（１）の前部に接した前固定台（１３）に投入口（１４）及び投入口蓋（１５）を設ける。
回転筒（１）の後部に排出口（１６）を設け、排出口（１６）に接した排出口蓋（１７）を設け、後固定台（１８）に排出口蓋（１７）を回転自在に枢着させる。
回転筒（１）と前固定台（１３）及び後固定台（１８）の間に前密封装置（１９）を設ける。前固定台（１３）及び後固定台（１８）を基礎台（２０）の上に固定する。
回転軸方向に直角に２個ずつ並置した前軸受台（２１）及び後軸受台（２２）を基礎台（２０）の上に固定し、回転筒（１）の上に前リング（２３）および後リング（２４）を設け、各々前軸受台（２１）及び後軸受台（２２）を支持し回転する。
回転筒（１）の外周に大スプロケット（２５）を設け、駆動用モータ（２６）に取付けた小スプロケット（２７）とチェーン（２８）を連結する。さらに、後リング（２４）を基礎台（２０）の上に固定し、回転筒（１）が前後方向に一定になるように構成している。したがって、回転筒（１）と前固定台（１３）及び後固定台（１８）の間は一定の隙間を保持しているので、前密封装置（１９）の隙間を伸縮して脱着できるようにしている。Hereinafter, the structure of the rotary cylinder waste storage machine (11) of an Example is demonstrated about embodiment of this invention. FIG. 2 shows a right side view of the rotary cylinder waste storage device (11) of the present invention.
A backflow prevention device (12) is fixed to the front inside of the horizontal cylindrical rotating cylinder (1).
A left-handed spiral blade (5) is provided on the inner surface of the right-handed rotating cylinder (1) behind the backflow prevention device (12). An insertion port (14) and an insertion port lid (15) are provided on the front fixing base (13) in contact with the front portion of the rotating cylinder (1).
A discharge port (16) is provided at the rear part of the rotating cylinder (1), a discharge port cover (17) in contact with the discharge port (16) is provided, and the discharge port cover (17) is pivotally attached to the rear fixed base (18). Let
A front sealing device (19) is provided between the rotary cylinder (1), the front fixing base (13) and the rear fixing base (18). The front fixing table (13) and the rear fixing table (18) are fixed on the base table (20).
A front bearing base (21) and a rear bearing base (22) juxtaposed two at right angles to the direction of the rotation axis are fixed on the base base (20), and the front ring (23) and A rear ring (24) is provided, and supports and rotates the front bearing base (21) and the rear bearing base (22), respectively.
A large sprocket (25) is provided on the outer periphery of the rotating cylinder (1), and the small sprocket (27) attached to the drive motor (26) is connected to the chain (28). Further, the rear ring (24) is fixed on the base table (20), and the rotating cylinder (1) is configured to be constant in the front-rear direction. Therefore, since a fixed gap is maintained between the rotary cylinder (1) and the front fixing base (13) and the rear fixing base (18), the clearance of the front sealing device (19) can be expanded and removed. ing.
回転筒ゴミ貯留機（１１）について使用方法を説明する。
まず駆動用モータ（２６）によって、小スプロケット（２７）、大スプロケット（２５）及びチェーン（２８）を介して、回転筒（１）を右回転に駆動する。前固定台（１３）に固定された前密封装置（１９）は、回転する回転筒（１）に接触しながら摺動する。
投入口蓋（１５）を開き、投入口（１４）から前固定台（１３）の中へゴミを投入し、前密封装置（１９）を通過して回転筒（１）へゴミを入れる。
回転筒（１）の前内部の逆流防止装置（１２）にゴミを潜って還流し、後方へ押出され、ついで左巻きの螺旋状羽根（５）を右回転にして、ゴミを後方へ移送する。回転筒（１）後部の排出口（１６）に排出口蓋（１７）を回転しながら閉鎖するので、回転筒（１）後部にゴミを溜め貯留する。排出口蓋（１７）は後固定台（１８）に取付けられ、回転する回転筒（１）に接触しながら摺動する。
ゴミを排出する場合は、同じように駆動用モータ（２６）によって始動し、回転筒（１）を同じ回転へ駆動する。閉鎖された排出口蓋（１７）と回転筒（１）の間にゴミを溜めて満量になっているので、排出口蓋（１７）を開くと、ゴミを排出口（１６）より排出する。A usage method is demonstrated about a rotation cylinder garbage storage machine (11).
First, the rotary cylinder (1) is driven clockwise by the drive motor (26) through the small sprocket (27), the large sprocket (25), and the chain (28). The front sealing device (19) fixed to the front fixing base (13) slides while contacting the rotating cylinder (1).
Open the inlet lid (15), put dust into the front fixing base (13) from the inlet (14), pass the front sealing device (19), and put the dust into the rotating cylinder (1).
The dust flows into the backflow prevention device (12) inside the front of the rotating cylinder (1) and is refluxed. The dust is pushed backward, and then the left-handed spiral blade (5) is rotated clockwise to move the dust backward. Since the discharge port lid (17) is closed while rotating to the discharge port (16) at the rear of the rotating cylinder (1), dust is collected and stored at the rear of the rotating cylinder (1). The discharge port lid (17) is attached to the rear fixed base (18) and slides while contacting the rotating cylinder (1).
In the case of discharging the dust, the driving motor (26) is similarly started to drive the rotating cylinder (1) to the same rotation. Since the dust is accumulated between the closed discharge port lid (17) and the rotating cylinder (1), it is full, so when the discharge port lid (17) is opened, the dust is discharged from the discharge port (16).
逆流防止装置（１２）の構造について説明する。
図５は本発明の逆流防止装置（１２）の右側面断面図（図３の断面矢視Ｃ−Ｃ）を示す。本発明の逆流防止装置（１２）の実施例では、３個の螺旋状羽根（７）および３個の前部切欠穴（８）を設けた例を示す。
横置き円筒状の回転筒（１）を右回転にし、回転筒（１）の中心に截頭円錐筒（２）を設ける。截頭円錐筒（２）の前部に円錐大径（３）、後部に円錐小径（４）を設け、円錐大径（３）と回転筒（１）の間に前円板（５）を設ける。
円錐大径（３）を開口にし、円錐小径（４）を防止壁（６）で閉鎖する。截頭円錐筒（２）の前後の長さと回転筒（１）の間に左巻きの３個の螺旋状羽根（７−１）、（７−２）、（７−３）を設ける。截頭円錐筒（２）の前部に３個の前部切欠穴（８−１）（８−２）（８−３）を設ける。
図３は本発明の逆流防止装置（１２）の前面図（図２の断面矢視Ａ−Ａ）を示す。図４は本発明の逆流防止装置（１２）の背面図（図２の断面矢視Ｂ−Ｂ）を示す。
截頭円錐筒（２）と回転筒（１）の間に、始点の狭い巾から終点の広い巾へ、左巻きの螺旋状羽根（７）を設ける。
図３の前円板（５）の始点ａ（角度０°）から、図４の防止壁（６）の終点ａ′（２２０°）までの間に螺旋状羽根（７−１）を設ける。同様に始点ｂ（２４０°）から終点ｂ′（１００°）までの間に螺旋状羽根（７−２）を，始点ｃ（１２０°）から終点ｃ′（３４０°）までの間に螺旋状羽根（７−３）を設ける。
截頭円錐筒（２）の円錐大径に沿って、始点ａ（０°）から始点ｂ（２４０°）の間に前部切欠穴（８−１）を設け，始点ｂ（２４０°）から始点ｃ（１２０°）の間に前部切欠穴（８−２）を設け，始点ｃ（１２０°）から始点ａ（０°）の間に前部切欠穴（８−３）を設ける。The structure of the backflow prevention device (12) will be described.
FIG. 5 shows a right side cross-sectional view (cross-sectional view CC in FIG. 3) of the backflow prevention device (12) of the present invention. In the embodiment of the backflow prevention device (12) of the present invention, an example in which three spiral blades (7) and three front cutout holes (8) are provided is shown.
A horizontal cylindrical rotating cylinder (1) is rotated clockwise and a truncated conical cylinder (2) is provided at the center of the rotating cylinder (1). A large conical diameter (3) is provided at the front of the truncated conical cylinder (2), and a small conical diameter (4) is provided at the rear, and the front disc (5) is placed between the large conical diameter (3) and the rotating cylinder (1). Provide.
The large cone diameter (3) is opened, and the small cone diameter (4) is closed with a prevention wall (6). Three left-handed spiral blades (7-1), (7-2), and (7-3) are provided between the front and rear lengths of the truncated conical cylinder (2) and the rotating cylinder (1). Three front notch holes (8-1), (8-2) and (8-3) are provided in the front portion of the truncated conical cylinder (2).
FIG. 3: shows the front view (cross-sectional arrow AA of FIG. 2) of the backflow prevention apparatus (12) of this invention. FIG. 4 shows a rear view of the backflow prevention device (12) of the present invention (cross-sectional arrow BB in FIG. 2).
Between the truncated conical cylinder (2) and the rotating cylinder (1), a left-handed spiral blade (7) is provided from a narrow width at the start point to a wide width at the end point.
A spiral blade (7-1) is provided between the start point a (angle 0 °) of the front disk (5) in FIG. 3 and the end point a ′ (220 °) of the prevention wall (6) in FIG. Similarly, the spiral blade (7-2) is formed between the start point b (240 °) and the end point b ′ (100 °), and the spiral blade is formed between the start point c (120 °) and the end point c ′ (340 °). A blade (7-3) is provided.
A front notch hole (8-1) is provided between the starting point a (0 °) and the starting point b (240 °) along the large cone diameter of the truncated conical cylinder (2), and from the starting point b (240 °). A front notch hole (8-2) is provided between the start point c (120 °) and a front notch hole (8-3) is provided between the start point c (120 °) and the start point a (0 °).
逆流防止装置（１２）の使用方法について説明する。
図６は本発明の逆流防止装置（１２）の右側面矢視（図３の矢視Ｄ−Ｄ）で、回転筒（１）を剥離した状態図を示す。
図３〜６に対して、白矢印はゴミ袋の▲１▼〜▲２▼〜▲３▼〜▲４▼の軌跡を示す。黒矢印は回転筒（１）の右回転を示す。
ゴミ袋を、前部切欠穴ｂ（８−２）から、螺旋状羽根ｃ（７−３）から螺旋状羽根ｂ（７−２）の間に回転筒（１）の底面へ落とす（白矢印▲１▼）。
回転筒（１）を右回転にすると、ゴミ袋は回転筒（１）の底面の左から中央へ転がって、しだいに螺旋状羽根ｃ（７−３）の後面に沿って（白矢印▲２▼〜▲３▼）、回転筒（１）の底面にて後方へ移動して、螺旋状羽根ｃ（７−３）の終点ｃ′（３４０°）に到って、防止壁（６）の末端から後方へ離れる（白矢印▲４▼）。
ゴミ袋は逆流防止装置（１２）から離れると、回転筒（１）の後部へ、ゴミ袋の量が貯留されて増大する。
後部にゴミ袋が満量になると、逆に前方へ押し出されて逆流になり、防止壁（６）に到達する。ゴミ袋が防止壁（６）によって塞き止められると、逆流防止装置（１２）の中へ侵入しようとするが、複数の螺旋状羽根（７）の後面によって後方へ押出されので、逆流防止装置（１２）の下部からはゴミ袋は侵入できない。
回転筒（１）の前部へゴミ袋の量が満量になり、防止壁（６）の上部まで到達すると、截頭円錐筒（２）の後部から前部へゴミ袋が這い上がって、複数の前部切欠穴（８）から截頭円錐筒（２）の内部へ落下するので、満量を検知することができる。A method of using the backflow prevention device (12) will be described.
FIG. 6 shows a state diagram in which the rotating cylinder (1) is peeled off as viewed from the right side of the backflow prevention device (12) according to the present invention (arrow view DD in FIG. 3).
3 to 6, white arrows indicate the trajectories (1) to (2) to (3) to (4) of the garbage bag. The black arrow indicates the right rotation of the rotating cylinder (1).
The garbage bag is dropped from the front notch hole b (8-2) to the bottom surface of the rotating cylinder (1) between the spiral blade c (7-3) and the spiral blade b (7-2) (white arrow). (1)).
When the rotating cylinder (1) is rotated to the right, the garbage bag rolls from the left to the center of the bottom surface of the rotating cylinder (1) and gradually along the rear surface of the spiral blade c (7-3) (white arrow ▲ 2 (3) to (3)), moving rearward at the bottom surface of the rotating cylinder (1), reaching the end point c '(340 °) of the spiral blade c (7-3), and the prevention wall (6) Move backward from the end (white arrow (4)).
When the garbage bag is separated from the backflow prevention device (12), the amount of the garbage bag is stored and increased in the rear portion of the rotating cylinder (1).
When the garbage bag is full at the rear, it is pushed forward to make a reverse flow and reaches the prevention wall (6). When the garbage bag is blocked by the prevention wall (6), it tries to enter the backflow prevention device (12), but is pushed backward by the rear surfaces of the plurality of spiral blades (7). The garbage bag cannot enter from the lower part of (12).
When the amount of garbage bags reaches the front of the rotating cylinder (1) and reaches the upper part of the prevention wall (6), the garbage bags crawl up from the rear part of the frustoconical cylinder (2) to the front part, Since it falls from the front notch holes (8) into the truncated conical cylinder (2), the full amount can be detected.
１ 回転筒
２ 截頭円錐筒
３ 円錐大径
４ 円錐小径
５ 前円板
６ 防止壁
７ 螺旋状羽根
８ 前部切欠穴DESCRIPTION OF SYMBOLS 1 Rotating cylinder 2 A truncated cone cylinder 3
Claims (4)
前記回転筒の前端側及び後端側にそれぞれ配設されているゴミ投入口及びゴミ排出口、
前記回転筒の内周面に前記回転筒と一体回転するように形成され前記回転筒の回転に伴い前記回転筒内のゴミを前記ゴミ排出口の方へ連行する複数の螺旋状羽根、
前記回転筒の半径方向へ前記螺旋状羽根の内側にかつ前記回転筒の前端部に配設され前端において前記ゴミ投入口へ開放され後端に逆流阻止壁を有しかつ前記回転筒と一体回転する仕切り部材、及び
前記仕切り部材の周壁に形成された複数の切欠孔、
を備えることを特徴とするゴミ貯留機。 A rotating cylinder that is rotatably supported around a horizontal axis and is rotationally driven by a driving device and stores dust inside;
A dust input port and a dust discharge port respectively disposed on the front end side and the rear end side of the rotating cylinder;
A plurality of spiral blades that are formed on the inner peripheral surface of the rotating cylinder so as to rotate integrally with the rotating cylinder and entrain dust in the rotating cylinder toward the dust discharge port as the rotating cylinder rotates;
The rotary cylinder is arranged in the radial direction inside the spiral blade and at the front end of the rotary cylinder, is opened to the dust inlet at the front end, has a backflow prevention wall at the rear end, and rotates integrally with the rotary cylinder. A partition member, and a plurality of cutout holes formed in the peripheral wall of the partition member,
A garbage storage machine comprising:
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
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| JP2004318535A JP4379882B2 (en) | 2004-10-05 | 2004-10-05 | Rotating cylinder waste storage machine |
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| Application Number | Priority Date | Filing Date | Title |
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| JP2004318535A JP4379882B2 (en) | 2004-10-05 | 2004-10-05 | Rotating cylinder waste storage machine |
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| JP2006103964A JP2006103964A (en) | 2006-04-20 |
| JP2006103964A5 JP2006103964A5 (en) | 2007-11-01 |
| JP4379882B2 true JP4379882B2 (en) | 2009-12-09 |
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| JP5291480B2 (en) * | 2009-01-30 | 2013-09-18 | 三菱重工環境・化学エンジニアリング株式会社 | Waste compaction storage discharge device |
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