JPH063836Y2 - Liquid recovery device in container - Google Patents

Liquid recovery device in container

Info

Publication number
JPH063836Y2
JPH063836Y2 JP15484788U JP15484788U JPH063836Y2 JP H063836 Y2 JPH063836 Y2 JP H063836Y2 JP 15484788 U JP15484788 U JP 15484788U JP 15484788 U JP15484788 U JP 15484788U JP H063836 Y2 JPH063836 Y2 JP H063836Y2
Authority
JP
Japan
Prior art keywords
container
conveyor
liquid recovery
head
liquid
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 - Lifetime
Application number
JP15484788U
Other languages
Japanese (ja)
Other versions
JPH0279299U (en
Inventor
光正 橋本
幹夫 辻
Current Assignee (The listed assignees may be inaccurate. Google has not performed a legal analysis and makes no representation or warranty as to the accuracy of the list.)
Mitsubishi Heavy Industries Ltd
Original Assignee
Mitsubishi Heavy Industries Ltd
Priority date (The priority date 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 date listed.)
Filing date
Publication date
Application filed by Mitsubishi Heavy Industries Ltd filed Critical Mitsubishi Heavy Industries Ltd
Priority to JP15484788U priority Critical patent/JPH063836Y2/en
Publication of JPH0279299U publication Critical patent/JPH0279299U/ja
Application granted granted Critical
Publication of JPH063836Y2 publication Critical patent/JPH063836Y2/en
Anticipated expiration legal-status Critical
Expired - Lifetime legal-status Critical Current

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Description

【考案の詳細な説明】 （産業上の利用分野） 本考案は、ビールびん等の容器を開栓とともに内液の回
収をする容器内液回収装置に関するものである。DETAILED DESCRIPTION OF THE INVENTION (Industrial field of application) The present invention relates to an in-container liquid recovery device for recovering the internal liquid while opening a container such as a beer bottle.

（従来の技術） 従来の容器内液回収装置は、複数の容器を箱詰めして、
箱内に整列した容器から内部の液体（内液）を回収する
装置が一般的になっており、該装置は、びん詰ライン外
で内液の回収をするのを目的とし、大型装置になってい
るとともに、箱詰め、液回収室までの搬送等に、特別の
機器、人手作業、搬送作業等が必要となる。(Prior Art) In a conventional container liquid recovery device, a plurality of containers are packed in a box,
A device for recovering an internal liquid (internal liquid) from a container arranged in a box is generally used, and the device is a large-scale device for the purpose of recovering the internal liquid outside the bottling line. At the same time, special equipment, manual work, transfer work, etc. are required for box packing, transfer to the liquid recovery chamber, etc.

また、箱詰めしないで個々の容器から内液を回収する装
置も開発されているが、びん詰打栓機と同様なロータリ
ー式機構になっているため、円形状の広い設置スペース
を要し、長方形状のスペースに設置できずびん詰ライン
への組み込みが難しい（例えば特開昭57-96994号公
報）。In addition, a device that collects the internal liquid from each container without packaging has been developed, but since it has a rotary type mechanism similar to a bottle capping machine, it requires a large circular installation space and a rectangular shape. It is difficult to install it in a bottle-shaped line because it cannot be installed in a space (for example, JP-A-57-96994).

開栓機と容器内液回収装置を直列に配設したものもある
が、装置が長尺化しびん詰めラインには設置するのには
不都合がある。Although there is a system in which a capping machine and a liquid recovery device in a container are arranged in series, the device becomes long and it is inconvenient to install it in a bottling line.

（考案が解決しようとする課題） 従来の前記容器内液回収装置は、いずれも大型装置とな
りびん詰ライン等への組み込みが困難であって、小型
化、ユニット化、コスト節減等のニーズに対処できない
などの問題点がある。(Problems to be solved by the invention) All of the conventional liquid recovery devices in the container described above are large devices and difficult to incorporate into a bottling line, etc., and meet needs for downsizing, unitization, cost reduction, etc. There are problems such as not being able to.

本考案は、前記のような課題に対処するために開発され
たものであって、その目的とする処は、直線状の容器割
出しコンベアと開栓機構および液回収機構の組合せによ
って、大幅な小型化、ユニット化とともにびん詰ライン
等への組み込みを容易とし、汎用性とともに容器内液の
回収性能、能率を向上した容器内液回収装置を提供する
にある。The present invention was developed in order to address the above-mentioned problems, and the object of the present invention is to significantly improve the combination of a linear container indexing conveyor, a cap opening mechanism, and a liquid recovery mechanism. An object of the present invention is to provide an in-container liquid recovery device that is small in size and unitized and can be easily incorporated into a bottling line, etc., and has general versatility and improved in-container liquid recovery performance and efficiency.

（課題を解決するための手段） 本考案は、容器搬入コンベアと容器搬出コンベア間に介
装された直線状の容器割出しコンベアと、容器開栓ヘッ
ドおよび容器内液回収ヘッドを支持したヘッドフレーム
と、該ヘッドフレームを前記容器割出しコンベア上で上
下動および左右動して同容器割出しコンベア上の容器の
開栓と内液回収の駆動制御をする駆動制御装置を具備し
た構成に特徴を有し、直線状の容器割出しコンベアによ
りびん詰めライン等への組み込みを容易にするととも
に、同容器割出しコンベア上において、ヘッドフレーム
に支持された容器開栓ヘッドおよび容器内液回収ヘッド
を上下動および左右動することにより、開栓機構と液回
収機構の兼用とともに小型化、ユニット化を可能にして
いる。(Means for Solving the Problems) The present invention is a head frame supporting a linear container indexing conveyor interposed between a container carry-in conveyor and a container carry-out conveyor, and a container opening head and a liquid recovery head in the container. And a configuration that includes a drive control device that moves the head frame up and down and left and right on the container indexing conveyor to drive and control the opening of the container on the container indexing conveyor and the recovery of the internal liquid. It has a straight container indexing conveyor to facilitate installation in a bottling line, etc., and on the container indexing conveyor, the container opening head and the liquid recovery head inside the container supported by the head frame are moved up and down. By moving and moving left and right, it is possible to use both the opening mechanism and the liquid recovery mechanism, as well as downsizing and unitization.

（作用） 充填不良等の容器は容器搬入コンベアおよび容器割出し
コンベアによって所定のピッチに割り出され、駆動制御
装置によりヘッドフレームが容器割出しコンベア上で上
下動および左右動されて、容器割出しコンベア上に割り
出されて配置された容器は、容器開栓ヘッドにより開栓
されるとともに、内液が送り出されて回収され、開栓機
構と内液回収機構を兼ね小型化されたコンパクトな機構
となり、開栓と内液回収が連続して効率よく遂行され、
容器開栓ヘッドおよび容器内液回収ヘッドの増減によっ
て内液の回収量の調整を容易、迅速に行うことができ
る。(Function) Containers such as poor filling are indexed at a predetermined pitch by the container carry-in conveyor and the container indexing conveyor, and the head frame is moved up and down and left and right on the container indexing conveyor by the drive controller to index the container. The container that is indexed and placed on the conveyor is opened by the container opening head, and the internal liquid is sent out and collected, and a compact mechanism that combines both the opening mechanism and the internal liquid recovery mechanism. Therefore, the opening and recovery of the internal liquid can be performed continuously and efficiently,
It is possible to easily and quickly adjust the recovery amount of the internal liquid by increasing or decreasing the container opening head and the liquid recovery head in the container.

（実施例） 第１図および第２図に本考案の一実施例を示し、図中
(1)はびん詰ライン等に配設され充填不良（例えば液量
不足）等の容器(a)を搬送するコンベアからなる容器搬
入コンベア、(2)は内液回収後の容器を搬送し洗びん機
等へ搬出するコンベアからなる容器搬出コンベア、(3)
は割出しスクリュ(3a)等を有する直線状の容器割出しコ
ンベア、(4)は抜栓器等の容器開栓ヘッド、(5)は炭酸ガ
ス供給兼液回収の液回収ヘッド、(6)は複数の容器開栓
ヘッド(4)および液回収ヘッド(5)を支持したヘッドフレ
ームであって、容器搬入コンベア(1)と容器搬出コンベ
ア(2)間に介装された直線状の容器割出しコンベア(3)
と、容器開栓ヘッド(4)および容器内液回収ヘッド(5)を
支持したヘッドフレーム(6)と、ヘッドフレーム(6)を容
器割出しコンベア(3)上で上下動および左右動し容器割
出しコンベア(3)上の容器(a)の開栓と内液回収の駆動制
御をする駆動制御装置(21,22)を具備した容器内液回収
装置になっている。(Embodiment) One embodiment of the present invention is shown in FIG. 1 and FIG.
(1) is a container carry-in conveyor that is installed in a bottling line and conveys the container (a) such as a defective filling (for example, insufficient liquid amount), and (2) conveys and rinses the container after collecting the internal liquid. Container unloading conveyor consisting of a conveyor to carry out to bottle machines, etc. (3)
Is a linear container indexing conveyor having an indexing screw (3a), etc., (4) is a container opening head such as a bottle opener, (5) is a liquid recovery head for supplying carbon dioxide gas and recovering liquid, and (6) is A head frame that supports a plurality of container opening heads (4) and liquid recovery heads (5), and is a linear container indexing interposed between the container carry-in conveyor (1) and the container carry-out conveyor (2). Conveyor (3)
And a head frame (6) supporting the container opening head (4) and the liquid recovery head in the container (5), and the head frame (6) is moved up and down and left and right on the container indexing conveyor (3). The container liquid recovery device is provided with a drive control device (21, 22) for opening and controlling the container (a) on the indexing conveyor (3) and driving the liquid recovery.

前記容器搬入コンベア(1)は、充填不良等の容器(a)を連
続的に搬送して容器割出しコンベア(3)上へ搬入するコ
ンベアからなり、容器センサ(11)が対設され、容器割出
しコンベア(3)側の終端部にはロータリーストッパ(1
2)、容器カウンタ(13)が対設されている。The container carry-in conveyor (1) is composed of a conveyor for carrying a container (a) such as a defective filling continuously and carrying it onto the container indexing conveyor (3), and a container sensor (11) is provided opposite to the container. At the end of the indexing conveyor (3), a rotary stopper (1
2), the container counter (13) is installed opposite.

前記容器割出しコンベア(3)は、回転駆動される容器割
出しスクリュー(3a)を有し、側部に王冠(b)等の回収ホ
ッパ(14)が並設されている。The container indexing conveyor (3) has a container indexing screw (3a) that is driven to rotate, and a collection hopper (14) for the crown (b) and the like is arranged side by side.

前記開栓ヘッド(4)は、ヘッドフレーム(6)により上下動
されて容器割出しコンベア(3)で割り出された容器(a)の
王冠(b)等を外して、左右動により王冠(b)等を回収ホッ
パ(14)内に排出し、従来の機構により実施可能である。
該開栓ヘッド(4)は、図示例では６個配設されている。The capping head (4) is moved up and down by the head frame (6) and the crown (b) of the container (a) indexed by the container indexing conveyor (3) is removed, and the crown ( It can be carried out by the conventional mechanism by discharging b) and the like into the collection hopper (14).
Six cap opening heads (4) are arranged in the illustrated example.

前記容器内液回収ヘッド(5)は、容器(a)内に挿入される
液回収ノズル(5a)とともに、ベンガイド(5b)を有し炭酸
ガスを供給するガス供給管(5c)等からなり、液回収ノズ
ル(5a)は回収パイプ(15)を介して液面計(17)付き液回収
タンク(16)に連結され、液回収タンク(16)には回収ポン
プ(18)付き配管(19)が連設されレストビアタンク（図示
省略）に連結されており、ガス供給管(5c)は炭酸ガス供
給装置（図示省略）に適宜の手段で連設され、該容器内
液回収ヘッド(5)は、ヘッドフレーム(6)による上下動お
よび左右動により、容器割出しコンベア(3)上で割り出
されかつ開栓ヘッド(4)で開栓された容器(a)上に下降、
配置され、ガス供給管(5c)で容器(a)内に炭酸ガスを供
給し液回収ノズル(5a)で内液を抜き取り液回収タンク(1
6)内に排出する。該容器内液回収ヘッド(5)は、図示例
では６個配設されている。The in-container liquid recovery head (5) comprises a liquid recovery nozzle (5a) inserted into the container (a), and a gas supply pipe (5c) having a Ben guide (5b) for supplying carbon dioxide gas. The liquid recovery nozzle (5a) is connected to the liquid recovery tank (16) with the liquid level gauge (17) through the recovery pipe (15), and the liquid recovery tank (16) has a pipe (19) with a recovery pump (18). ) Are connected to a rest via tank (not shown), and the gas supply pipe (5c) is connected to a carbon dioxide gas supply device (not shown) by an appropriate means. ), By the vertical movement and the horizontal movement by the head frame (6), descends on the container (a) that is indexed on the container indexing conveyor (3) and opened by the opening head (4),
The carbon dioxide gas is supplied to the container (a) through the gas supply pipe (5c) and the internal liquid is extracted through the liquid recovery nozzle (5a).
6) Discharge inside. Six in-container liquid recovery heads (5) are arranged in the illustrated example.

前記駆動制御装置(21,22)は、ヘッドフレーム(6)に付設
されて装置本体(20)に配設され図示省略した適宜の機構
により上下動および左右動される駆動機構(21)と、装置
本体(20)に配設され駆動機構(21)を駆動制御する制御盤
(22)等からなる。図中(25)は炭酸ガス供給管、(26)はエ
ア供給管、(27)は配線である。The drive control device (21, 22) is a drive mechanism (21) which is attached to the head frame (6) and is moved up and down and left and right by an appropriate mechanism (not shown) provided in the device body (20). A control panel installed in the device body (20) to drive and control the drive mechanism (21)
(22) and so on. In the figure, (25) is a carbon dioxide gas supply pipe, (26) is an air supply pipe, and (27) is a wiring.

本考案の実施例は、前記のような構成になっており作用
について詳述すると、充填不良等の容器(a)は容器搬入
コンベア(1)により搬送されて容器センサ(11)まで溜る
と、ロータリストッパ(12)が開らき、容器割出しコンベ
ア(3)の割出しスクリュ(3a)が回転して、容器カウンタ
(14)で設定された本数（図示例では６本）の容器(a)が
容器割出しコンベア(3)上に搬送されると、ロータリス
トッパ(12)が閉となり容器(a)の導入が停止されるとと
もに、容器割出しコンベア(3)が停止する。The embodiment of the present invention is configured as described above, and the operation will be described in detail. When the container (a) such as defective filling is conveyed by the container carry-in conveyor (1) and accumulated to the container sensor (11), The rotary stopper (12) opens, the indexing screw (3a) of the container indexing conveyor (3) rotates, and the container counter
When the number (6 in the illustrated example) of containers (a) set in (14) is conveyed onto the container indexing conveyor (3), the rotary stopper (12) is closed and the containers (a) are not introduced. The container indexing conveyor (3) also stops at the same time.

次に、左右動されて矢示方向Ｘ１に移動されているヘッ
ドフレーム(6)が下降し、各開栓ヘッド(4)が容器割出し
コンベア(3)上で割り出されている各容器(a)上にセット
され王冠(b)等が外されて開栓されたのち、ヘッドフレ
ーム(6)が上昇、矢示方向Ｘ２に移動し、外された王冠
(b)等が回収ホッパ(14)内に排出される。Next, the head frame (6) that has been moved left and right and moved in the direction of the arrow X 1 descends, and each opening head (4) is indexed on the container indexing conveyor (3). After (a) is set on the crown (b) or the like is removed is by unplugging, crown head frame (6) is increased, it moves the arrow direction X 2, was removed
(b) and the like are discharged into the collection hopper (14).

ヘッドフレーム(6)の矢示方向Ｘ２への移動により各容
器内液回収ヘッド(5)が開栓された各容器(a)上に配置さ
れ、ヘッドフレーム(6)の下降により各容器内液回収ヘ
ッド(5)が各容器(a)にセットされて、液回収ノズル(5a)
が容器(a)内に入りベルガイド(5b)が容器(a)の口部をシ
ールし、図示省略した適宜の機構によりガス供給管(5
c)、ベルガイド(5b)を経て容器(a)内に炭酸ガスが送り
込まれ、該炭酸ガスにより容器(a)内の液体、即ち内液
が液回収ノズル(5a)から排出され、回収パイプ(15)を経
て液回収タンク(16)に回収される。By moving the head frame (6) in the direction X 2 of the arrow, the liquid recovery heads (5) in each container are placed on the opened containers (a), and the head frames (6) are lowered to move the inside of each container. Liquid recovery head (5) is set in each container (a), and liquid recovery nozzle (5a)
Enter the container (a), the bell guide (5b) seals the mouth of the container (a), and the gas supply pipe (5
c), carbon dioxide gas is sent into the container (a) through the bell guide (5b), and the liquid in the container (a), that is, the internal liquid is discharged from the liquid recovery nozzle (5a) by the carbon dioxide gas, and the recovery pipe It is recovered in the liquid recovery tank (16) via (15).

容器割出しコンベア(3)上の各容器(a)の内液が各液回収
ヘッド(5)により排出されて空になると、ヘッドフレー
ム(6)と各容器内液回収ヘッド(5)、各容器開栓ヘッド
(4)が上昇され、容器割出しコンベア(3)が駆動されて内
液回収された各容器(a)が排出されさらに容器搬出コン
ベア(2)で洗びん機等へ搬出されるとともに、容器搬入
コンベア(1)により前記のように容器割出しコンベア(3)
上に新たな容器(a)で導入されて、１サイルが終了す
る。When the liquid inside each container (a) on the container indexing conveyor (3) is discharged by each liquid recovery head (5) and becomes empty, the head frame (6) and the liquid recovery heads in each container (5), Container opening head
(4) is raised, the container indexing conveyor (3) is driven and each container (a) in which the internal liquid is recovered is discharged and further discharged to the bottle washing machine etc. by the container discharge conveyor (2), By the carry-in conveyor (1) the container indexing conveyor (3) as described above
Introduced in a new container (a) above, one sille ends.

液回収タンク(16)内の回収液は、液面計(17)で検出され
一定量になると、回収ポンプ(18)が自動的に運転され配
管(19)によりレストビアタンク等へ戻され、回収液の液
面が所定値まで低下すると回収ポンプ(18)が停止する。The recovered liquid in the liquid recovery tank (16) is detected by the liquid level gauge (17) and when it reaches a certain amount, the recovery pump (18) is automatically operated and returned to the rest via tank etc. by the pipe (19), When the liquid level of the recovered liquid drops to a predetermined value, the recovery pump (18) stops.

前記各部の駆動制御は制御盤(22)等で円滑に行われる。The drive control of each part is smoothly performed by the control panel (22) and the like.

液回収ヘッド(5)および容器開栓ヘッド(4)の増減により
液回収能力および本装置の大きさが設定され、また、１
個の容器開栓ヘッド(4)により容器割出しコンベア(3)の
割出しスクリュー(3a)の前部で導入される容器(a)ごと
に開栓すると、各液回収ヘッド(5)の左右動は不要にな
り、また、液回収ヘッド(5)、容器開栓ヘッド(4)は、適
宜の手段により容器(a)のサイズ等に対応して容易に着
脱、取替え可能になっている。The liquid recovery capacity and the size of this device are set by increasing or decreasing the liquid recovery head (5) and the container opening head (4).
By opening each container (a) introduced in front of the indexing screw (3a) of the container indexing conveyor (3) by the individual container opening head (4), the left and right sides of each liquid recovery head (5) The movement is not necessary, and the liquid recovery head (5) and the container opening head (4) can be easily attached and detached and replaced according to the size of the container (a) by appropriate means.

炭酸ガスを用いた液回収により、内液の品質低下が少な
く、回収液の再使用が可能であるとともに、内液回収後
の容器の再洗浄、再充填が容易である。By recovering the liquid using carbon dioxide gas, the quality of the internal liquid is less deteriorated, the recovered liquid can be reused, and the container can be easily rewashed and refilled after the internal liquid is recovered.

（考案の効果） 本考案は、前述のような構成からなり、容器搬入コンベ
アと容器搬出コンベア間に直線状の容器割出しコンベア
を設けるとともに、容器開栓ヘッドおよび容器内液回収
ヘッドを支持したヘッドフレームを駆動制御装置により
上下動および左右動したことによって、容器の開栓と内
液回収の機能を兼ねかつ小型化、コンパクト化され、液
回収の能力が増加され調整可能であって内液回収性能が
高められているとともに、びん詰ライン等に容易に組み
込れて汎用性が高められている。(Effects of the Invention) The present invention has the above-described configuration, and a linear container indexing conveyor is provided between the container carry-in conveyor and the container carry-out conveyor, and the container opening head and the liquid recovery head in the container are supported. By moving the head frame up and down and left and right by the drive control device, it has the functions of opening the container and recovering the internal liquid, and it is downsized and compacted. The recovery performance is improved and the versatility is enhanced by being easily incorporated into a bottling line.

【図面の簡単な説明】[Brief description of drawings]

第１図は本考案の一実施例を示す斜視図、第２図は第１
図の側面図である。 １：容器搬入コンベア、２：容器搬出コンベア ３：容器割出しコンベア ４：開栓ヘッド ５：容器内液回収ヘッド、５：ベルトフレーム 21,22：駆動制御装置FIG. 1 is a perspective view showing an embodiment of the present invention, and FIG.
It is a side view of a figure. 1: Container carry-in conveyor, 2: Container carry-out conveyor 3: Container indexing conveyor 4: Opening head 5: Container liquid recovery head, 5: Belt frame 21,22: Drive controller

Claims (1)

【実用新案登録請求の範囲】[Scope of utility model registration request] 【請求項１】容器搬入コンベアと容器搬出コンベア間に
介装された直線状の容器割出しコンベアと、容器開栓ヘ
ッドおよび容器内液回収ヘッドを支持したヘッドフレー
ムと、該ヘッドフレームを前記容器割出しコンベア上で
上下動および左右動して同容器割出しコンベア上の容器
の開栓と内液回収の駆動制御をする駆動制御装置を具備
したことを特徴とする容器内液回収装置。1. A linear container indexing conveyor interposed between a container carry-in conveyor and a container carry-out conveyor, a head frame supporting a container opening head and a liquid recovery head in the container, and the head frame being the container. An in-container liquid recovery device comprising a drive control device that moves up and down and left and right on an indexing conveyor to drive and control the opening of the container on the container indexing conveyor and the internal liquid recovery.
JP15484788U 1988-11-30 1988-11-30 Liquid recovery device in container Expired - Lifetime JPH063836Y2 (en)

Priority Applications (1)

Application Number Priority Date Filing Date Title
JP15484788U JPH063836Y2 (en) 1988-11-30 1988-11-30 Liquid recovery device in container

Applications Claiming Priority (1)

Application Number Priority Date Filing Date Title
JP15484788U JPH063836Y2 (en) 1988-11-30 1988-11-30 Liquid recovery device in container

Publications (2)

Publication Number Publication Date
JPH0279299U JPH0279299U (en) 1990-06-19
JPH063836Y2 true JPH063836Y2 (en) 1994-02-02

Family

ID=31431948

Family Applications (1)

Application Number Title Priority Date Filing Date
JP15484788U Expired - Lifetime JPH063836Y2 (en) 1988-11-30 1988-11-30 Liquid recovery device in container

Country Status (1)

Country Link
JP (1) JPH063836Y2 (en)

Families Citing this family (2)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
ITPR20130092A1 (en) * 2013-11-15 2015-05-16 Rejves S R L EQUIPMENT FOR FILLING AND / OR LINEAR CAPPING AND PACKAGING UNIT INCLUDING THIS EQUIPMENT
WO2015071868A2 (en) * 2013-11-15 2015-05-21 Rejves S.R.L. Apparatus for screw capping while in pursuit and working unit comprising said apparatus

Also Published As

Publication number Publication date
JPH0279299U (en) 1990-06-19

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