JP3078284B1 - Continuous container cleaning equipment - Google Patents
Continuous container cleaning equipmentInfo
- Publication number
- JP3078284B1 JP3078284B1 JP11253043A JP25304399A JP3078284B1 JP 3078284 B1 JP3078284 B1 JP 3078284B1 JP 11253043 A JP11253043 A JP 11253043A JP 25304399 A JP25304399 A JP 25304399A JP 3078284 B1 JP3078284 B1 JP 3078284B1
- Authority
- JP
- Japan
- Prior art keywords
- container
- cleaning
- conveyor
- nozzle
- washing
- 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.)
- Expired - Fee Related
Links
Landscapes
- Cleaning In General (AREA)
- Cleaning By Liquid Or Steam (AREA)
Abstract
【要約】
【課題】 連続的に搬送されてくる個々の容器内部を衛
生的かつ有効に洗浄し、引き続き水切り乾燥まで連続的
に行なうことができる容器の連続洗浄装置の提供。
【解決手段】 容器を洗浄室内へ受け入れる受け入れコ
ンベアと、該受け入れコンベアにより洗浄室内で受け入
れられた容器を、その受け入れコンベアと共に洗浄位置
まで上昇させ、さらには洗浄後の容器を受け入れコンベ
アと共に初期位置へ降下させる昇降機構と、該昇降機構
の動作で上記コンベアと共に洗浄位置まで上昇された容
器を、その両側方から挟持しながら、天地逆に反転する
クランプ反転機構と、該クランプ反転機構により反転さ
れた容器の内外面を湯洗及びリンス洗浄する洗浄機構
と、該洗浄機構による洗浄が終了された容器の内面及び
外面の水切りを行なうエアブロー機構を有する。Abstract: PROBLEM TO BE SOLVED: To provide a continuous cleaning apparatus for containers which can hygienically and effectively wash the inside of each container which is continuously conveyed, and can continuously perform drying up to drying. SOLUTION: A receiving conveyor for receiving a container into a cleaning chamber, a container received by the receiving conveyor in the cleaning chamber is raised together with the receiving conveyor to a cleaning position, and further, the cleaned container is moved to an initial position together with the receiving conveyor. An elevating mechanism for lowering, a clamp inverting mechanism for inverting the container upside down while holding the container raised to the washing position together with the conveyor by the operation of the elevating mechanism, and an inverted mechanism by the clamp inverting mechanism. It has a washing mechanism for washing the inside and outside of the container with hot water and rinsing, and an air blow mechanism for draining the inside and outside of the container after the washing by the washing mechanism.
Description
【0001】[0001]
【発明の属する技術分野】本発明は、例えばガラス、磁
器、陶器、樹脂、金属等で形成された製薬化学食品用容
器の多数個を洗浄する容器洗浄装置であって、特に連続
的に搬送されてくる個々の容器内部を衛生的かつ有効に
洗浄し、引き続き水切り乾燥まで連続的に行なうことが
できる容器の連続洗浄装置に関するものである。BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a container cleaning apparatus for cleaning a large number of pharmaceutical and chemical food containers formed of, for example, glass, porcelain, ceramics, resin, metal, etc. The present invention relates to a continuous cleaning apparatus for containers which can clean the inside of each of the containers in a sanitary and effective manner and can continuously perform drying and drying.
【0002】[0002]
【従来の技術】製薬化学食品用容器等(以下これを単に
容器と称す)の洗浄装置として、従来では多種多様のも
のが知られている。その中で連続的に移送されてくる容
器を連続的に洗浄することができる一般的な連続洗浄装
置は、洗浄すべき容器を載置移送するネットコンベアー
等の移送手段と、この移送手段上に載置されている容器
に対して洗浄液を射出する洗浄手段とを有し、その容器
の洗浄に際しては、ネットコンベアー等の上に載置され
ているままの状態で、その容器の外側面及び内側面に洗
浄液を吹きつけて洗浄を行なっている。2. Description of the Related Art Pharmaceutical chemical food containers (hereinafter simply referred to as containers).
As the cleaning device referred to as containers), in the conventional known ones diverse. A general continuous cleaning apparatus capable of continuously cleaning containers that are continuously transferred therein is provided with a transfer means such as a net conveyor for placing and transferring the containers to be cleaned, and a transfer means such as a net conveyor. Cleaning means for injecting a cleaning liquid into the mounted container, and when cleaning the container, the outer surface and the inner surface of the container are kept in a state of being mounted on a net conveyor or the like. Cleaning is performed by spraying a cleaning solution on the side.
【0003】[0003]
【発明が解決しようとする課題】このようにコンベア等
の移送手段上に載置されている容器に対し、その容器の
外側に配設されているノズルから洗浄液を吹き付けた場
合、コンベアによる洗浄死角が生じ、またその容器の外
部より容器の開口部を経て容器内部へ洗浄液が吹き付け
られる場合にも、上記容器の開口縁による洗浄死角が生
じて洗浄すべき容器の外側面及び内側面のいずれもが効
率よく洗浄され難いという不具合があった。When a cleaning liquid is sprayed from a nozzle disposed outside the container onto a container placed on a transfer means such as a conveyor, the cleaning blind spot by the conveyor is used. When the cleaning liquid is sprayed from the outside of the container to the inside of the container through the opening of the container, a washing blind spot occurs due to the opening edge of the container, and both the outer surface and the inner surface of the container to be cleaned are formed. However, there was a problem that it was difficult to efficiently clean.
【0004】また洗浄すべき容器の開口面をコンベア上
に伏せた状態で、その容器に対し洗浄液を吹き付けた場
合、その洗浄液の吹き付けによる振動が容器に作用し、
この容器の振動が原因でコンベアに直接接触される容器
の開口縁に傷が発生しやすいという不具合もあった。Further, when a cleaning liquid is sprayed on a container with the opening surface of the container to be cleaned lying on a conveyor, vibrations caused by the spray of the cleaning liquid act on the container,
Due to the vibration of the container, there is also a problem that the opening edge of the container directly contacting the conveyor is easily damaged.
【0005】さらに従来の洗浄装置のように、容器をコ
ンベア等の移送手段上に載置したままの状態で洗浄、水
切りする手段では、例えばその容器の上面に向って窪み
があるような場合に該容器の水切りが悪く、このために
洗浄処理後の容器の乾燥効率も悪くなるといった不具合
もあった。[0005] Further, in a conventional washing apparatus, a means for washing and draining a container with the container placed on a transfer means such as a conveyor is used, for example, when there is a dent toward the upper surface of the container. There was also a problem that the drainage of the container was poor and the drying efficiency of the container after the washing treatment was also poor.
【0006】本発明はかかる従来の連続洗浄装置におけ
るそれぞれの不具合を解消するためになされたもので、
移送手段によって搬送されてきた容器の外面及び内面の
双方を洗浄死角を生じさせることなく、有効に洗浄する
ことができると共に、その洗浄後の容器のリンス洗浄を
も可能ならしめ、さらにはコンパクトな装置にして容器
の連続洗浄を行なうことが可能である連続洗浄装置の提
供を第1の目的とする。[0006] The present invention has been made to solve each of the disadvantages of the conventional continuous cleaning apparatus.
Both the outer surface and the inner surface of the container conveyed by the transfer means can be effectively cleaned without causing a blind spot, and the container can be rinsed and cleaned after the cleaning. It is a first object of the present invention to provide a continuous cleaning apparatus capable of performing continuous cleaning of a container as an apparatus.
【0007】また本発明では、洗浄処理された容器の水
切り乾燥を連続的して行なうことができる連続洗浄装置
の提供を第2の目的とする。It is a second object of the present invention to provide a continuous cleaning device capable of continuously draining and drying the washed container.
【0008】[0008]
【課題を解決するための手段】上記目的を達成するため
に、本発明の請求項1では、搬送されてきた洗浄すべき
容器を洗浄室内へ受け入れる受け入れコンベアと、該受
け入れコンベアにより洗浄室内で受け入れられた容器
を、その受け入れコンベアと共に洗浄位置まで上昇さ
せ、さらには洗浄後の容器を受け入れコンベアと共に初
期位置へ降下させる昇降機構と、該昇降機構の動作で上
記コンベアと共に洗浄位置まで上昇された容器を、その
両側方から挟持しながら、天地逆に反転するクランプ反
転機構と、該クランプ反転機構により反転された容器の
内部に挿入されて容器内面に洗浄水を吹きつける内面洗
浄ノズル、その容器の外周面に洗浄水を吹きつける外面
洗浄ノズル及び上記内面洗浄ノズル、外面洗浄ノズルに
より洗浄された後の容器の内部に挿入されて該容器の内
面をリンス洗浄する内面リンスノズル、該容器の外面を
リンス洗浄する外面リンスノズルとからなる洗浄機構
と、該洗浄機構による洗浄が終了された容器の内面及び
外面の水切りを行なうエアブロー機構を有せしめた容器
の連続洗浄装置であることを特徴としている。To achieve the above object, according to the first aspect of the present invention, a receiving conveyor for receiving a conveyed container to be cleaned into a cleaning chamber, and receiving the container in the cleaning chamber by the receiving conveyor. Raising and lowering the container with the receiving conveyor to the cleaning position, and further lowering the container after cleaning to the initial position with the receiving conveyor, and the container raised to the cleaning position together with the conveyor by the operation of the lifting and lowering mechanism A clamp inversion mechanism that inverts the container upside down while holding the container from both sides, an inner cleaning nozzle that is inserted into the container inverted by the clamp inversion mechanism and sprays cleaning water on the inner surface of the container, The outer cleaning nozzle that sprays cleaning water on the outer peripheral surface, and the volume after cleaning by the inner cleaning nozzle and the outer cleaning nozzle. A cleaning mechanism including an inner rinsing nozzle inserted into the container for rinsing and cleaning the inner surface of the container, an outer rinsing nozzle for rinsing and cleaning the outer surface of the container, and the inner and outer surfaces of the container that has been cleaned by the cleaning mechanism. It is a continuous washing apparatus for containers having an air blow mechanism for draining water.
【0009】また上記第2の目的を達成するために、本
発明の請求項2では、請求項1に記載の連続洗浄装置の
洗浄室外に、該洗浄室内で洗浄水切りされた後の容器を
熱風乾燥する熱風乾燥室を隣設した容器の連続洗浄装置
であることを特徴としている。According to a second aspect of the present invention, in order to achieve the second object, the container after the cleaning water is drained in the cleaning chamber is placed outside the cleaning chamber of the continuous cleaning apparatus according to the first aspect. It is characterized by being a continuous cleaning device for containers adjacent to a hot air drying chamber for drying.
【0010】[0010]
【発明の実施の形態】以下に本発明を図面に示す実施の
形態に基いて詳細に説明するが、先ずは本発明の第1の
形態を図1乃至図5に基いて説明する。DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS Hereinafter, the present invention will be described in detail based on an embodiment shown in the drawings. First, a first embodiment of the present invention will be described with reference to FIGS.
【0011】図1は連続洗浄装置の全体構造を示し、1
は洗浄室であって、この洗浄室1の外部には、洗浄すべ
き例えば缶、ビン、陶器又は磁器等からなる食器等の容
器2をその洗浄室1内へ供給するための導入コンベア3
と、洗浄室1内で洗浄された容器を導出する導出コンベ
ア4が近設されている。洗浄室1の内底部には、上記導
入コンベア3により運ばれてきた容器2を洗浄室1内へ
受け入れる受け入れコンベア5が設けられている。FIG. 1 shows the overall structure of a continuous cleaning apparatus.
Is a washing room, and an introduction conveyor 3 for supplying containers 2 such as cans, bottles, dishes made of ceramics, porcelain, etc. to be washed into the washing room 1 outside the washing room 1.
And a take-out conveyor 4 for taking out the container washed in the washing room 1 is provided nearby. At the inner bottom of the cleaning chamber 1 is provided a receiving conveyor 5 for receiving the container 2 carried by the introduction conveyor 3 into the cleaning chamber 1.
【0012】この受け入れコンベア5は、昇降機構6に
より、その洗浄室1内で水平を保ったままで上下移動し
得るように構成されているが、この昇降機構6の構成
は、受け入れコンベア5の前後方向両端部を吊持するそ
れぞれの吊持ねじ杆7と、これら吊持ねじ杆7を垂直状
態で支持する支持体8と、上記吊持ねじ杆7を正方向又
は逆方向に回転せしめるための正転又は逆転可能な駆動
モータ9を有し、該駆動モータ9による回転力は、チェ
ーン10、チェーンホイール11を介して吊持ねじ杆7
を回転させることができる。The receiving conveyor 5 is configured to be able to move up and down by the lifting mechanism 6 while maintaining the horizontal level in the washing chamber 1. The structure of the lifting mechanism 6 is the front and rear of the receiving conveyor 5. Each of the hanging screw rods 7 for hanging both ends in the direction, a support 8 for supporting the hanging screw rods 7 in a vertical state, and a means for rotating the hanging screw rods 7 in the forward or reverse direction. It has a drive motor 9 that can rotate forward or reverse, and the rotational force of the drive motor 9 is applied to the suspension screw rod 7 via the chain 10 and the chain wheel 11.
Can be rotated.
【0013】上記洗浄室1の内部対向位置には、容器2
の左右対称位置を挟持する一対のクランプ反転機構12
が対設されており、これらクランプ反転機構12の構成
は、容器押圧板13と、該容器押圧板13を容器2方向
へ往動又はそれとは逆方向へ復動せしめるためのシリン
ダー14と、上記容器押圧板13を回転させることがで
きるモータ15とで構成されている。A container 2 is provided at a position facing the inside of the washing chamber 1.
Of the pair of clamp reversing mechanisms 12 for holding the left-right symmetric position
The configuration of these clamp reversing mechanisms 12 includes a container pressing plate 13, a cylinder 14 for moving the container pressing plate 13 forward in the direction of the container 2 or returning the container pressing plate 13 in the direction opposite thereto, and The motor 15 is capable of rotating the container pressing plate 13.
【0014】上記洗浄室1の内底部には、起伏可能に支
持されている内面洗浄ノズル16と内面リンスノズル1
7とが配置されており、これらの内面洗浄ノズル16及
び内面リンスノズル17は受け入れコンベア5のフレー
ム(図示せず)と一体に支持されていて、受け入れコン
ベア5の昇降動作に伴なって上下動される。また内面洗
浄ノズル16及び内面リンスノズル17のそれぞれに
は、それらノズル16,17を起伏動作せしめるための
シリンダー18が連結されている。At the inner bottom of the cleaning chamber 1, an inner cleaning nozzle 16 and an inner rinsing nozzle 1
The inner cleaning nozzle 16 and the inner rinsing nozzle 17 are supported integrally with a frame (not shown) of the receiving conveyor 5 and move up and down as the receiving conveyor 5 moves up and down. Is done. A cylinder 18 for moving the nozzles 16 and 17 up and down is connected to each of the inner surface cleaning nozzle 16 and the inner surface rinsing nozzle 17.
【0015】上記洗浄室1の内部適所には、外面洗浄ノ
ズル19及び外面リンスノズル20が配設されており、
上記の内面洗浄ノズル16及び外面洗浄ノズル19のそ
れぞれは洗浄ポンプ21を経て、温水タンク22に通じ
ている。また上記の内面リンスノズル17及び外面リン
スノズル20のそれぞれは、弁23を介して純水容器2
4に通じている。なお図1において、25は熱交換機、
26はミストコレクタを示す。An outer surface cleaning nozzle 19 and an outer surface rinsing nozzle 20 are provided at appropriate places inside the cleaning chamber 1.
Each of the inner surface cleaning nozzle 16 and the outer surface cleaning nozzle 19 communicates with a hot water tank 22 via a cleaning pump 21. Further, each of the inner surface rinsing nozzle 17 and the outer surface rinsing nozzle 20 is connected to the pure water container 2 via a valve 23.
It leads to 4. In addition, in FIG. 1, 25 is a heat exchanger,
26 denotes a mist collector.
【0016】以上が第1の実施形態である連続洗浄装置
の構成であるが、次にその作用について述べると、先ず
は容器2の洗浄を行なうために使用される温水を温水タ
ンク22内に蓄えると共にリンス洗浄(仕上げ洗浄)す
るための純水を純水容器24内に用意する。そこで導入
コンベア3により運ばれてきた容器2の洗浄を開始する
が、この容器洗浄の手順を図5(イ)〜(オ)に基いて
説明する。The configuration of the continuous cleaning apparatus according to the first embodiment has been described above. Next, the operation will be described. First, hot water used for cleaning the container 2 is stored in the hot water tank 22. At the same time, pure water for rinsing (finish cleaning) is prepared in the pure water container 24. Then, the cleaning of the container 2 transported by the introduction conveyor 3 is started, and the procedure of the container cleaning will be described with reference to FIGS.
【0017】導入コンベア3により運ばれてきた洗浄す
べき容器2が受け入れコンベア5により洗浄室1内の中
央部に供給されると、昇降機構6の駆動モータ9が正転
し、その受け入れコンベア5が上昇して受け入れコンベ
ア5上の容器2が上昇位置される。容器2が洗浄室1内
で上昇位置されるとクランプ反転機構12のシリンダ1
4が動作して、双方の容器押圧板13で容器2の対称位
置を挟持する。When the container 2 to be washed carried by the introduction conveyor 3 is supplied to the center of the washing chamber 1 by the receiving conveyor 5, the drive motor 9 of the elevating mechanism 6 rotates forward, and the receiving conveyor 5 is rotated. Rises and the container 2 on the receiving conveyor 5 is raised. When the container 2 is raised in the cleaning chamber 1, the cylinder 1 of the clamp reversing mechanism 12
4 operates to hold the symmetrical position of the container 2 between the two container pressing plates 13.
【0018】かくして容器2が挟持されると受け入れコ
ンベア5は降下し復元された後、上記クランプ反転機構
12は反転動作が開始され、該クランプ反転機構12に
より挟持されている容器が180度反転して容器2の開
口部が下向きとなる((ニ)図参照)。これに続いて内
面洗浄ノズル16がシリンダー18の動作で起立した
後、受け入れコンベア5の上昇に伴なってその内面洗浄
ノズル16が上昇し、内面洗浄ノズル16の先端部が容
器2の内部中央に位置される((ホ)図参照)。When the container 2 is thus clamped, the receiving conveyor 5 is lowered and restored, and then the clamp reversing mechanism 12 starts a reversing operation, and the container clamped by the clamp reversing mechanism 12 is reversed by 180 degrees. The opening of the container 2 faces downward (see FIG. 4D). Subsequently, after the inner surface cleaning nozzle 16 is erected by the operation of the cylinder 18, the inner surface cleaning nozzle 16 is raised with the rise of the receiving conveyor 5, and the tip of the inner surface cleaning nozzle 16 is located at the center of the inside of the container 2. (See (e) diagram).
【0019】そこで洗浄ポンプ21が駆動されて内面洗
浄ノズル16及び外面洗浄ノズル19のそれぞれから洗
浄水(湯)が容器2の内外両面に向けて吹きつけられ容
器2の内面及び開口部近傍で洗浄死角を生じることがな
く有効に洗浄される。Then, the cleaning pump 21 is driven, and cleaning water (hot water) is sprayed from the inner cleaning nozzle 16 and the outer cleaning nozzle 19 toward the inner and outer surfaces of the container 2 to clean the inner surface of the container 2 and the vicinity of the opening. Effective cleaning without blind spots.
【0020】かくして容器2の洗浄が完了されると洗浄
ポンプ21は停止し洗浄水の噴出が止められると内面洗
浄ノズル16は受け入れコンベア5と共に降下し、さら
に該内面洗浄ノズル16は水平方向へ倒される。When the washing of the container 2 is completed, the washing pump 21 is stopped, and when the jetting of washing water is stopped, the inner surface cleaning nozzle 16 is lowered together with the receiving conveyor 5, and the inner surface cleaning nozzle 16 is tilted in the horizontal direction. It is.
【0021】次いで内面リンスノズル17がシリンダの
動作で起立されると受け入れるコンベア5は再度上昇
し、該受け入れコンベア5と上昇に伴なって内面リンス
ノズル17の先端部が容器2の内部中央に位置される。
そこで弁23を開くと純水容器24内の純水が内面リン
スノズル17及び外面リンスノズル20のそれぞれから
容器2の内外両面に向けて吹きつけられ、この結果容器
2の仕上げ(すすぎ)洗浄が有効になされる。Next, when the inner rinsing nozzle 17 is raised by the operation of the cylinder, the receiving conveyor 5 rises again, and the leading end of the inner rinsing nozzle 17 is positioned in the center of the inside of the container 2 as the receiving conveyor 5 rises. Is done.
Then, when the valve 23 is opened, the pure water in the pure water container 24 is sprayed from each of the inner surface rinsing nozzle 17 and the outer surface rinsing nozzle 20 toward the inner and outer surfaces of the container 2. As a result, the finish (rinse) cleaning of the container 2 is performed. Made effective.
【0022】かくして容器2のリンス洗浄が完了すると
弁23を閉じて純水噴出を停止させ、その後内面リンス
ノズル17を受け入れコンベア5と共に降下させ、さら
に該内面リンスノズル17は水平方向へ倒置される。こ
の後、上記容器2を挟持したままのクランプ反転機構1
2は、そのモータ15が回転されるために、容器押圧板
13と共に容器2が回転し、これによって容器2に付着
されていた水分の水切りがなされる。When the rinsing of the container 2 is completed, the valve 23 is closed to stop the jet of pure water, and then the inner rinsing nozzle 17 is lowered together with the receiving conveyor 5, and the inner rinsing nozzle 17 is turned over in the horizontal direction. . Thereafter, the clamp reversing mechanism 1 while holding the container 2 is held.
In the case 2, since the motor 15 is rotated, the container 2 rotates together with the container pressing plate 13, whereby the water attached to the container 2 is drained.
【0023】かくして水切り処理がなされた容器2は、
その回転を緩和させるか、もしくは間欠的回転を行ない
ながらその洗浄室1内に熱風を供給し、容器の熱風乾燥
を行なう。この熱風乾燥終了後、受け入れコンベア5を
上昇して容器2を受け入れコンベア5上で受け止めて上
記容器押圧板13による容器2のクランプ力を解放す
る。これによって受け入れコンベア5の降下と共に洗浄
処理された容器2を洗浄室1の内底部へ降下させ、そこ
でこの受け入れコンベア5を水平方向へ動作すればその
洗浄処理された容器2は洗浄室1より室外へ導出され、
導出コンベア4により適宜位置へ搬送される。The container 2 thus drained is
Hot air is supplied into the cleaning chamber 1 while relaxing the rotation or performing intermittent rotation to dry the container with hot air. After the completion of the hot-air drying, the receiving conveyor 5 is lifted to receive the container 2 on the receiving conveyor 5 and the clamping force of the container 2 by the container pressing plate 13 is released. As a result, when the receiving conveyor 5 is lowered, the cleaned container 2 is lowered to the inner bottom of the cleaning chamber 1, and when the receiving conveyor 5 is operated in the horizontal direction, the cleaned container 2 is moved out of the cleaning chamber 1. Derived to
It is conveyed to an appropriate position by the delivery conveyor 4.
【0024】以上の説明で明らかなように、上記実施の
形態では洗浄室1内に運ばれた容器2は、その同一の洗
浄室1内で洗浄、リンス洗浄、水切り及び乾燥のそれぞ
れを行なうことができ、従って連続洗浄装置の全体構造
をコンパクト化することが可能である。また洗浄室1内
に運ばれた容器2は、その外側面がクランプされて受け
入れコンベア5の上から隔設位置され、しかもその容器
2の内部中央部に、内面洗浄ノズル16及び内面リンス
ノズル17を挿入位置させることができるので、上記容
器に洗浄死角を生じさせることがなく、極めて有効な洗
浄ができると共に、洗浄時において、その容器12とコ
ンベア5との接触がないために洗浄時の振動等によって
容器2に傷を付けてしまう等の不具合を未然に防止する
ことができ、さらには衛生的な容器洗浄が実施できる。As is clear from the above description, in the above embodiment, the container 2 carried into the cleaning chamber 1 is subjected to cleaning, rinsing, draining and drying in the same cleaning chamber 1. Therefore, the entire structure of the continuous cleaning device can be made compact. The container 2 conveyed into the cleaning chamber 1 is clamped on its outer surface and is located at a position separated from the receiving conveyor 5. Further, the inner cleaning nozzle 16 and the inner rinsing nozzle 17 are provided in the center of the container 2. Can be inserted at the insertion position, so that the above-mentioned container does not form a washing blind spot and can be extremely effectively washed. In addition, since there is no contact between the container 12 and the conveyor 5 at the time of washing, vibration during washing can be achieved. In this way, problems such as damage to the container 2 can be prevented beforehand, and sanitary container cleaning can be performed.
【0025】図6は本発明の第2の実施の形態を示すも
ので、この第2の実施の形態では、第1の実施の形態で
示した洗浄室1の容器導出側に隣設して熱風乾燥室27
を増設し、この熱風乾燥室27内には熱風乾燥室27内
から吸引されたエアーに含まれる湿分がフィルタ28に
より除去され、低湿度となった熱風を再度熱風乾燥室2
7内へ循環供給するものである。FIG. 6 shows a second embodiment of the present invention. In the second embodiment, the cleaning chamber 1 shown in the first embodiment is provided adjacent to the container outlet side. Hot air drying room 27
In the hot air drying chamber 27, the moisture contained in the air sucked from the hot air drying chamber 27 is removed by the filter 28, and the hot air having a low humidity is returned to the hot air drying chamber 2.
7 for circulation supply.
【0026】また洗浄室1内に設備される受け入れコン
ベア5はシリンダ29の動作で容器2が供給される基準
位置よりも下方へ降下し得るように構成されているもの
である。The receiving conveyor 5 installed in the cleaning chamber 1 is configured to be able to move down from the reference position where the container 2 is supplied by the operation of the cylinder 29.
【0027】従ってこの第2の実施の形態によれば、洗
浄室1に続いて熱風乾燥室27が設けられていることか
ら、この熱風乾燥室27を用いることで、洗浄処理され
た容器の乾燥の確実性と迅速性を一層高めることができ
ると共に、熱風乾燥室27に送り込まれる熱風を、循環
方式による熱風供給となしているので、熱エネルギーの
消費量が少なく経済性に優れた容器の熱風乾燥が可能と
なる。Therefore, according to the second embodiment, since the hot-air drying chamber 27 is provided following the cleaning chamber 1, the hot-air drying chamber 27 is used to dry the cleaned container. In addition, the reliability and quickness of the hot air can be further improved, and the hot air sent into the hot air drying chamber 27 is supplied as hot air by a circulation system. Drying becomes possible.
【0028】さらにこの第2の実施の形態では、受け入
れコンベア5の昇降駆動機構がシリンダ29であること
から、この昇降駆動機構は、上記第1の実施形態で示さ
れている昇降機構6と比して、その構成を極めて簡素化
することができ、これによっても連続洗浄装置の設備経
済性を高めることができる。Further, in the second embodiment, since the elevation drive mechanism of the receiving conveyor 5 is the cylinder 29, the elevation drive mechanism is different from the elevation mechanism 6 shown in the first embodiment. As a result, the configuration can be extremely simplified, which can also increase the equipment economics of the continuous cleaning device.
【0029】また上記第1及び第2の実施形態における
クランプ反転機構の容器押圧板等の位置調整を行なうこ
とで各種形態の容器洗浄が可能となる。Further, by adjusting the position of the container pressing plate and the like of the clamp reversing mechanism in the first and second embodiments, various types of container cleaning can be performed.
【0030】[0030]
【発明の効果】以上のように本発明の容器連続洗浄装置
によれば、洗浄すべき容器の内部中央に、内面洗浄ノズ
ルが挿入されることから、容器の内面において洗浄死角
を生じることがなく、さらに洗浄時における容器はコン
ベアに接触支持されることなく、コンベア上部に浮上さ
れているために、容器とコンベアとの接触による洗浄死
角が解消され、しかも水洗後の水切りが容易であること
から、精度の高い容器洗浄が迅速かつ確実に行なわれ
る。As described above, according to the container cleaning apparatus of the present invention, since the inner surface cleaning nozzle is inserted into the center of the interior of the container to be cleaned, no blind spot is produced on the inner surface of the container. Further, since the container at the time of washing is floated above the conveyor without being contacted and supported by the conveyor, the blind spot caused by contact between the container and the conveyor is eliminated, and the drainage after washing is easy. In addition, highly accurate container washing can be performed quickly and reliably.
【0031】また上記の如く容器の洗浄時において、該
容器は、コンベアに対し無接触状態で保持されているの
で容器洗浄時における振動等で容器とコンベアとの間で
摩擦を生じることがなく、これにより容器の損傷が未然
に防止できる。When the container is washed as described above, the container is held in a non-contact state with the conveyor, so that friction between the container and the conveyor due to vibration or the like at the time of washing the container does not occur. This can prevent the container from being damaged.
【0032】さらに本発明によれば、そのクランプ反転
機構の特に容器押圧板等の位置調整を行なうことで、各
種形状、大きさの容器の洗浄に対応させることができ
る。Further, according to the present invention, by adjusting the position of the clamp reversing mechanism, particularly the container pressing plate, etc., it is possible to cope with cleaning of containers of various shapes and sizes.
【0033】さらに本発明によれば、水洗(湯洗)洗浄
に次いでリンス洗浄を行なっているので、衛生的な洗浄
が可能となり、特に食品等の洗浄に有効である。Further, according to the present invention, since rinsing is performed after water washing (hot water washing), sanitary washing becomes possible, and this is particularly effective for washing foods and the like.
【図1】本発明よりなる容器連続洗浄装置の第1の実施
の形態を示した説明図。FIG. 1 is an explanatory view showing a first embodiment of a continuous container cleaning apparatus according to the present invention.
【図2】本発明よりなる容器連続洗浄装置の第1の実施
の形態を示した昇降機構の平面説明図。FIG. 2 is an explanatory plan view of a lifting mechanism showing the first embodiment of the continuous container cleaning apparatus according to the present invention.
【図3】本発明よりなる容器連続洗浄装置の第1の実施
の形態を示した洗浄室内部のコンベア及びノズルの動作
説明図。FIG. 3 is an operation explanatory view of a conveyor and a nozzle inside a cleaning chamber, showing a first embodiment of a container continuous cleaning apparatus according to the present invention.
【図4】本発明よりなる容器連続洗浄装置の第1の実施
の形態を示した洗浄室内部の平面説明図。FIG. 4 is an explanatory plan view of the inside of the cleaning chamber showing the first embodiment of the continuous container cleaning apparatus according to the present invention.
【図5】本発明よりなる第1の実施の形態による容器洗
浄工程を示した説明図。FIG. 5 is an explanatory view showing a container cleaning step according to the first embodiment of the present invention.
【図6】本発明よりなる容器連続洗浄装置の第2の実施
形態を示した説明図。FIG. 6 is an explanatory view showing a second embodiment of the container continuous cleaning apparatus according to the present invention.
1…洗浄室 2…容器 3…導入コンベア 4…導出コンベア 5…受け入れコンベア 6…昇降機構 7…吊持ねじ杆 8…支持体 9…駆動モータ 10…チェーン 11…チェーンホイール 12…クランプ反転機構 13…容器押圧板 14…シリンダー 15…モータ 16…内面洗浄ノズル 17…内面リンスノズル 18…シリンダー 19…外面洗浄ノズル 20…外面リンスノズル 21…洗浄ポンプ 22…温水タンク 23…弁 24…純水容器 25…熱交換機 26…ミストコレクタ 27…熱風乾燥室 28…フィルタ 29…シリンダー DESCRIPTION OF SYMBOLS 1 ... Cleaning room 2 ... Container 3 ... Introductory conveyor 4 ... Outgoing conveyor 5 ... Receiving conveyor 6 ... Elevating mechanism 7 ... Suspension screw rod 8 ... Support body 9 ... Drive motor 10 ... Chain 11 ... Chain wheel 12 ... Clamp reversing mechanism 13 ... Container pressing plate 14 ... Cylinder 15 ... Motor 16 ... Inner cleaning nozzle 17 ... Inner rinsing nozzle 18 ... Cylinder 19 ... Outer cleaning nozzle 20 ... Outer rinsing nozzle 21 ... Cleaning pump 22 ... Hot water tank 23 ... Valve 24 ... Pure water container 25 ... Heat exchanger 26 ... Mist collector 27 ... Hot air drying chamber 28 ... Filter 29 ... Cylinder
───────────────────────────────────────────────────── フロントページの続き (56)参考文献 特開 平9−155313(JP,A) 特開 平7−155707(JP,A) 実開 平4−102688(JP,U) 実開 昭62−61671(JP,U) (58)調査した分野(Int.Cl.7,DB名) B08B 3/00 - 9/00 A47L 15/00 ──────────────────────────────────────────────────続 き Continuation of the front page (56) References JP-A-9-155313 (JP, A) JP-A-7-155707 (JP, A) JP-A 4-102688 (JP, U) JP-A 62-155707 61671 (JP, U) (58) Fields investigated (Int. Cl. 7 , DB name) B08B 3/00-9/00 A47L 15/00
Claims (2)
内へ受け入れる受け入れコンベアと、該受け入れコンベ
アにより洗浄室内で受け入れられた容器を、その受け入
れコンベアと共に洗浄位置まで上昇させ、さらには洗浄
後の容器を受け入れコンベアと共に初期位置へ降下させ
る昇降機構と、該昇降機構の動作で上記コンベアと共に
洗浄位置まで上昇された容器を、その両側方から挟持し
ながら、天地逆に反転するクランプ反転機構と、該クラ
ンプ反転機構により反転された容器の内部に挿入されて
容器内面に洗浄水を吹きつける内面洗浄ノズル、その容
器の外周面に洗浄水を吹きつける外面洗浄ノズル及び上
記内面洗浄ノズル、外面洗浄ノズルにより洗浄された後
の容器の内部に挿入されて該容器の内面をリンス洗浄す
る内面リンスノズル、該容器の外面をリンス洗浄する外
面リンスノズルとからなる洗浄機構と、該洗浄機構によ
る洗浄が終了された容器の内面及び外面の水切りを行な
うエアブロー機構を有せしめたことを特徴とする容器の
連続洗浄装置。1. A receiving conveyor for receiving a conveyed container to be washed into a cleaning chamber, a container received by the receiving conveyor in the cleaning chamber together with the receiving conveyor to a cleaning position, and further after cleaning. An elevating mechanism for lowering the container to the initial position together with the receiving conveyor, and a clamp inverting mechanism for inverting the container upside down while holding the container raised to the washing position together with the conveyor by the operation of the elevating mechanism, while holding the container from both sides. An inner cleaning nozzle that is inserted into the container inverted by the clamp inverting mechanism and sprays cleaning water on the inner surface of the container, an outer cleaning nozzle that sprays cleaning water on the outer peripheral surface of the container, the inner cleaning nozzle, and the outer cleaning nozzle Inner rinsing nozzle which is inserted into the interior of the container after being rinsed by the rinsing and rinses the inner surface of the container A cleaning mechanism comprising an outer surface rinsing nozzle for rinsing and cleaning the outer surface of the container, and an air blow mechanism for draining the inner and outer surfaces of the container which has been cleaned by the cleaning mechanism. Continuous cleaning equipment.
外に、該洗浄室内で洗浄水切りされた後の容器を熱風乾
燥する熱風乾燥室を隣設したことを特徴とする容器の連
続洗浄装置。2. A continuous cleaning of containers, wherein a hot-air drying chamber for hot-air drying a container after the cleaning water is drained in the cleaning chamber is provided outside the cleaning chamber of the continuous cleaning apparatus according to claim 1. apparatus.
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JP11253043A JP3078284B1 (en) | 1999-09-07 | 1999-09-07 | Continuous container cleaning equipment |
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JP11253043A JP3078284B1 (en) | 1999-09-07 | 1999-09-07 | Continuous container cleaning equipment |
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JP3078284B1 true JP3078284B1 (en) | 2000-08-21 |
JP2001070897A JP2001070897A (en) | 2001-03-21 |
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LAPS | Cancellation because of no payment of annual fees |