JP4427823B2 - Tube supply system - Google Patents

Tube supply system Download PDF

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Publication number
JP4427823B2
JP4427823B2 JP2005335406A JP2005335406A JP4427823B2 JP 4427823 B2 JP4427823 B2 JP 4427823B2 JP 2005335406 A JP2005335406 A JP 2005335406A JP 2005335406 A JP2005335406 A JP 2005335406A JP 4427823 B2 JP4427823 B2 JP 4427823B2
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box
tube
box body
tube container
lid
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JP2006103802A5 (en
JP2006103802A (en
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毅 寺嵜
敏治 岡上
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Takeuchi Press Industries Co Ltd
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Takeuchi Press Industries Co Ltd
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  • Supplying Of Containers To The Packaging Station (AREA)

Description

本発明は、内容物充填前の空のチューブ容器を、箱本体内に収納して、チューブ容器製造工場から、内容物充填工場へ輸送する場合に使用される通箱と共に用いるチューブ供給量制御装置を備えたチューブ供給システムに関する。 The present invention relates to a tube supply amount control device used together with a box used when an empty tube container before filling contents is stored in a box body and transported from a tube container manufacturing factory to a contents filling factory. about tube supply system with a.

一般に、内部にクリーム状の医薬品、化粧品等の内容物が充填されるチューブ容器は、内容物が充填されるまでは、口部にキャップが螺合され、かつチューブ容器の胴部の末端が開口された状態で通箱に詰められている。そして、通箱の多くは、合成樹脂製の箱体が使用され、容器製造工場内で空のチューブ容器が箱詰めされ、トラック等に積載されて内容物充填工場の充填機に直接セットされ、通箱内のチューブ容器が充填機に供給され、空のチューブ容器内に内容物が充填されるものである。このような通箱としては、図8〜図10に示すようなものがある。箱本体50内には、複数の空のチューブ容器54が収納されている。そして収納後は、箱本体50の開口に蓋体55が被せられ、箱本体51の開口は確実に閉鎖されている。   In general, a tube container filled with contents such as creamy medicines and cosmetics is generally screwed with a cap until the contents are filled, and the end of the body of the tube container is opened. It is packed in the pass box in the state that was done. Most of the boxes are made of synthetic resin, and empty tube containers are packed in the container manufacturing factory, loaded on a truck, etc., and directly set in the filling machine of the contents filling factory. The tube container in the box is supplied to the filling machine, and the contents are filled into the empty tube container. Such pass boxes include those shown in FIGS. A plurality of empty tube containers 54 are accommodated in the box body 50. After the storage, the lid 55 is put on the opening of the box body 50, and the opening of the box body 51 is securely closed.

又、箱本体51の側面51aの供給孔52には、内側から当接板53が配設され、供給孔52を閉鎖しているから、運送中に空のチューブ容器54が外に流出することがない。そして、この通箱50は、容器製造工場から内容物充填工場へ輸送され、内容物充填工場内の内容物充填機56の通箱取付台56aに傾斜した状態で固定される。通箱50は、充填機に向って、左右対称に固定された通箱取付台56aに、各々2個の通箱50が取付けられてもよく、又片側のみに設けられた通箱取付台56aに、1個の通箱50が取付けられてもよい。   Further, the supply hole 52 on the side surface 51a of the box body 51 is provided with an abutment plate 53 from the inside and closes the supply hole 52, so that an empty tube container 54 flows out during transportation. There is no. Then, the pass box 50 is transported from the container manufacturing factory to the content filling factory, and is fixed in an inclined state to the pass box mounting base 56a of the content filling machine 56 in the content filling factory. In the box 50, two boxes 50 may be respectively attached to the box mounting base 56a fixed symmetrically toward the filling machine, or the box mounting base 56a provided only on one side. In addition, one pass box 50 may be attached.

そして、通箱取付台56aに通箱50が固定された後、通箱50から当接板53が取外されると、チューブ容器54は供給孔52から通箱取付台56aに沿って外に流出し、充填機56に供給される。チューブ容器54の供給が完了した通箱は、再び当接板53が当接され繰り返し使用されるため、容器製造工場へ返却される。   Then, after the pass box 50 is fixed to the pass box mounting base 56a, when the abutment plate 53 is removed from the pass box 50, the tube container 54 comes out of the supply hole 52 along the pass box mounting base 56a. It flows out and is supplied to the filling machine 56. The box that has been supplied with the tube container 54 is returned to the container manufacturing factory because the contact plate 53 comes into contact again and is used repeatedly.

しかしながら、このような通箱にあっては、以下に示すような欠点があった。
(1)図9に示すように、蓋体55の平面部55aから、箱本体51の底面部51bまでの寸法(M)は、キャップを取付けた空のチューブ容器54の丈(L)より、間隙(E)だけ大きく構成されている。そして、この間隙(E)が存在するため、箱本体51内において、チューブ容器54の動きが規制されず、箱本体51内でチューブ容器54が傾斜したりして動き回るので、供給孔52から外にチューブ容器54が流出する際、傾斜した状態等、個々のチューブ容器54がバラバラに流出する。そのため、チューブ容器54が供給孔52の出口で引掛かったり、折り重なったりするため、チューブ容器54をスムーズに充填機56に供給することができない欠点があった。
(2)又、図10に示すように、通箱取付台56aに通箱50を固定した後、当接板53を取外し、供給孔52を全開にして、空のチューブ容器54を充填機56に供給した場合、一時に過剰のチューブ容器54が充填機56に供給される。そのため、充填機56内でチューブ容器54が詰まり、チューブ容器54が円滑に充填機56内を流れない欠点があった。
However, such a box has the following drawbacks.
(1) As shown in FIG. 9, the dimension (M) from the flat surface portion 55a of the lid body 55 to the bottom surface portion 51b of the box body 51 is based on the length (L) of the empty tube container 54 to which the cap is attached. Only the gap (E) is large. Since the gap (E) exists, the movement of the tube container 54 is not restricted in the box body 51, and the tube container 54 is inclined and moves around in the box body 51. When the tube container 54 flows out, the individual tube containers 54 flow out separately, such as in an inclined state. For this reason, the tube container 54 is caught or folded at the outlet of the supply hole 52, so that the tube container 54 cannot be smoothly supplied to the filling machine 56.
(2) Further, as shown in FIG. 10, after the box 50 is fixed to the box mounting base 56a, the contact plate 53 is removed, the supply hole 52 is fully opened, and the empty tube container 54 is filled with the filling machine 56. , The excess tube container 54 is supplied to the filling machine 56 at a time. For this reason, the tube container 54 is clogged in the filling machine 56, and the tube container 54 does not flow smoothly through the filling machine 56.

本発明は、このような従来の課題に着目してなされたもので、空のチューブ容器が、通箱の供給孔の出口で引掛かったり、詰まったりするのを防止すると共に、充填機に供給される空のチューブ容器の供給本数を制御することにより、全体として通箱から充填機までの空のチューブ容器の流れを円滑化したチューブ供給量制御装置を提供することを目的とする。   The present invention has been made paying attention to such a conventional problem, and prevents the empty tube container from being caught or clogged at the outlet of the supply hole of the passage box and supplied to the filling machine. It is an object of the present invention to provide a tube supply amount control device that smoothes the flow of empty tube containers from a box to a filling machine as a whole by controlling the number of supplied empty tube containers.

本発明のチューブ供給システム(請求項1)は、充填機と、その充填機の通箱支持台に固設されるチューブ供給量制御装置と、前記充填機の通箱支持台に取り付けられ、供給孔を有する側面がチューブ供給量制御装置に接触すると共に、医薬品あるいは化粧品の内容物を充填するための空のチューブ容器を収納した通箱とからなり、前記通箱が、側面に少なくとも1つの供給孔を有する箱本体と、その箱本体の開口部を閉鎖する蓋体と、前記箱本体の供給孔を開閉自在に塞ぐ当接板とからなり、空のチューブ容器を収納して輸送され、そのまま充填機の通箱支持台に取り付けられるものであり、前記蓋体が箱本体の内部に入り込んでチューブ容器の軸方向の動きを規制する平面部を有し、前記チューブ供給量制御装置が上下にスライドして、前記通箱の供給孔の上部を閉鎖することにより、その供給孔の開口面積を調節し、チューブ容器の流出量を制御する制御板およびその制御板を支持するガイド本体からなり、前記当接板を取り外して供給孔を全開にした際に、制御板により一時に空のチューブ容器が過剰に充填機に供給されないように制御することを特徴とする。 Tube supply system of the present invention (Claim 1) includes a filling machine, and Ruchi cube supply amount control device is fixed to Kayoibako support base of the filling machine, mounted on Kayoibako support base of the filling machine, with a side having a feed hole is in contact with the tube supply amount control apparatus, Ri Do and a Kayoibako accommodating an empty tube containers for filling the contents of the medicament or cosmetic, the Kayoibako is at least on the side surface 1 A box body having two supply holes, a lid for closing the opening of the box body, and a contact plate for closing the supply holes of the box body so as to be openable and closable. The lid is attached to the pass box support of the filling machine as it is, and the lid body enters the inside of the box body and has a flat portion for restricting the axial movement of the tube container, and the tube supply amount control device is Slide up and down The contact plate comprises a control plate for controlling the flow rate of the tube container and a guide body for supporting the control plate by closing an upper portion of the supply hole of the storage box to adjust the opening area of the supply hole. When the supply hole is fully opened by removing the, the control plate is controlled so that an empty tube container is not excessively supplied to the filling machine at a time.

このようなチューブ供給システムは、前記ガイド本体に、制御板をガイド本体に押圧し、上下動可能に支持するプランジャーが設けられているものが好ましい(請求項2)。 In such a tube supply system, it is preferable that the guide body is provided with a plunger that presses the control plate against the guide body and supports the guide body so as to be movable up and down (Claim 2).

本発明のチューブ供給システム(請求項)は、前記通箱の蓋体が、箱本体の開口を開閉自在に塞ぐ表面部および箱本体の内部に入り込んでチューブ容器の軸方向の動きを規制する平面部を備えており、前記通箱が、箱本体の底部から蓋体の平面部までの寸法(H)が、箱本体に収納された、キャップを取付けたチューブ容器の丈(L)と略同寸法となるように、平面部と表面部との寸法(X)をチューブ容器ごとに変えた複数種類の蓋体を備えているものが好ましい。
このようなチューブ供給システムは、前記通箱の蓋体が、箱本体の開口を開閉自在に塞ぐ表面部および箱本体の内部に入り込んでチューブ容器の軸方向の動きを規制する平面部と、前記箱本体の底部から蓋体の平面部までの寸法(H)が、箱本体に収納されたキャップを取付けたチューブ容器の丈(L)と略同寸法になるように、前記蓋体に設けた平面部と表面部との寸法(X)を調整可能とする可変手段とを有しているものが好ましい(請求項)。
Tube supply system of the present invention (claim 3), the lid body before Symbol Kayoibako is, restrict the axial movement of the tubular container enters the interior of the surface portion and the box body for closing the opening of the box body openably A length (L) of the tube container attached with a cap, in which the dimension (H) from the bottom of the box body to the flat part of the lid is stored in the box body. to be substantially the same size, it has preferably those provided with a plurality of types of cover body dimensions (X) was changed to each tube container between the plane portion and the surface portion.
In such a tube supply system , the lid of the pass box closes the opening of the box body so that the opening of the box body can be opened and closed, and the plane part that enters the inside of the box body and regulates the axial movement of the tube container; The lid is provided so that the dimension (H) from the bottom of the box body to the flat part of the lid is substantially the same as the length (L) of the tube container with the cap housed in the box body. What has the variable means which can adjust the dimension (X) of a plane part and a surface part is preferable (Claim 4 ).

以上説明してきたように、この発明によれば充填機に供給される空のチューブ容器が、通箱の供給孔の出口で引掛かったり、詰まったりするのを防止する効果を有すると共に、充填機に供給する空のチューブ容器の供給量を適宜に制御することができる効果を有する。そして、この発明によれば、通箱から充填機までの空のチューブ容器の流れを頗る円滑化することができる。   As described above, according to the present invention, the empty tube container supplied to the filling machine has an effect of preventing the tube container from being caught or clogged at the outlet of the supply hole of the through box, and the filling machine. There is an effect that the supply amount of the empty tube container to be supplied to can be appropriately controlled. And according to this invention, it can smoothen the flow of the empty tube container from a box to a filling machine.

次に、この発明の実施の形態を図面に基づいて説明する。図1及び図2は、この発明に係る通箱を示す図面である。6は箱本体であり、ポリプロピレン等の合成樹脂、又は金属等で造られている。そして、この箱本体3の側面3aには、箱本体3を補強するリブ3bが形成され、かつ側面3aには、空のチューブ容器8を充填機1に供給するための供給孔2が、少なくとも1個以上形成されている。例えば図1に示すように、側面3aの相対向する箇所に、1組の供給孔2が形成されてもよく、この供給孔2の孔位置は、供給孔2が存在する側面3aと交差して隣接する側面3cに、真っ直ぐ沿う箇所に形成されている。   Next, embodiments of the present invention will be described with reference to the drawings. 1 and 2 are drawings showing a passing box according to the present invention. Reference numeral 6 denotes a box body, which is made of a synthetic resin such as polypropylene or a metal. And the rib 3b which reinforces the box main body 3 is formed in the side surface 3a of this box main body 3, and the supply hole 2 for supplying the empty tube container 8 to the filling machine 1 at least is provided in the side surface 3a. One or more are formed. For example, as shown in FIG. 1, a pair of supply holes 2 may be formed at opposite positions of the side surface 3 a, and the position of the supply holes 2 intersects the side surface 3 a where the supply holes 2 exist. In addition, it is formed at a location along the side surface 3c adjacent to each other.

供給孔2の大きさは、チューブ容器8が充填機1に支障なく供給される程度に形成されている。そして、箱本体3の内側には、輸送中に供給孔2からチューブ容器8が外部に流出しないように、箱本体3内には、供給孔2を塞ぐ当接板4が配設されている。当接板4の形態は、図1に示すようにL字形状に折曲されている。その他、1枚の板状のものであってもよい。そして、箱本体3の開口には、塩化ビニール等の合成樹脂等で造られた蓋体5が設けられている。この蓋体5は、チューブ容器8の内容量が確認できるように透明な素材で造られ、かつ軽量化のため、薄板及びリブを組合せて接合されて構成されている。なお、蓋体5には、金具5bが設けられ、箱本体3の開口部に、蓋体5を確実に止めることができる。そして、この第1の実施形態の特徴は、図2に示すように、箱本体3の底部3dから、蓋体5の平面部5aまでの寸法(H)が、キャップ8aを取付けたチューブ容器8の丈(L)と、略同寸法に形成されている点にある。なお、現実のチューブ容器8の収納及びこのチューブ容器8の円滑な供給を考慮した場合に、寸法(H)と寸法(L)との寸法差が、5mm程度存在することが望ましい。なお、寸法(H)は、この発明に係る通箱6で運搬され、かつ充填機1に供給される空のチューブ容器8の丈(L)に対応して決定されることは、言うまでもない。すなわち、チューブ容器8の丈(L)に対応させて、蓋体5の平面部5aから表面部5cまでの寸法(X)を適宜に変えることにより可能となる。この実施形態において、例えば、異なる寸法(X1)(X2)(X3)等、複数の蓋体5を準備しておき、その中からチューブ容器8の丈(L)に対応させて、適宜に選択することにより、対応が可能となる。   The size of the supply hole 2 is formed such that the tube container 8 can be supplied to the filling machine 1 without hindrance. A contact plate 4 that closes the supply hole 2 is disposed inside the box body 3 so that the tube container 8 does not flow out of the supply hole 2 during transportation. . The form of the contact plate 4 is bent in an L shape as shown in FIG. In addition, it may be a single plate. A lid 5 made of a synthetic resin such as vinyl chloride is provided at the opening of the box body 3. The lid 5 is made of a transparent material so that the inner volume of the tube container 8 can be confirmed, and is joined by combining a thin plate and a rib for weight reduction. The lid 5 is provided with a metal fitting 5b, and the lid 5 can be reliably stopped at the opening of the box body 3. The feature of the first embodiment is that, as shown in FIG. 2, the dimension (H) from the bottom 3d of the box body 3 to the flat portion 5a of the lid 5 is the tube container 8 to which the cap 8a is attached. It is in the point formed in substantially the same dimension as the length (L). In consideration of actual storage of the tube container 8 and smooth supply of the tube container 8, it is desirable that there is a dimensional difference of about 5 mm between the dimension (H) and the dimension (L). Needless to say, the dimension (H) is determined according to the length (L) of the empty tube container 8 that is transported by the pass box 6 according to the present invention and supplied to the filling machine 1. That is, it is possible by appropriately changing the dimension (X) from the flat surface portion 5a to the surface portion 5c of the lid 5 in accordance with the length (L) of the tube container 8. In this embodiment, for example, a plurality of lids 5 having different dimensions (X1) (X2) (X3), etc. are prepared, and selected appropriately according to the height (L) of the tube container 8 from among them. By doing so, it becomes possible to cope.

図3及び図4は、この発明に係る他の通箱を示す図面である。チューブ容器8の丈(L)に対応させて、蓋体5の平面部5aから表面部5cまでの寸法(X)を、適宜に変えることができる可変手段15により可能となる。すなわち、このような通箱6として、図4に示すように、平面部5aから表面部5cに向けて突設された丸棒5dに、表面部5c側に取付けたナット5eを緩めることにより、表面部5cを丸棒5dで支持しながら上下動させ、所望の寸法位置で、ナット5eを締め付けて寸法(X)を固定する。すなわち、この通箱のような可変手段15により、寸法(X)を自由に可変して調整することができれば、チューブ容器8の丈(L)に拘らず、1個の蓋体5で対応が可能となる。   3 and 4 are drawings showing another box according to the present invention. Corresponding to the length (L) of the tube container 8, the dimension (X) from the flat surface portion 5a to the surface portion 5c of the lid 5 can be changed by the variable means 15 that can be appropriately changed. That is, as shown in FIG. 4, by loosening the nut 5e attached to the surface portion 5c side to the round bar 5d protruding from the flat surface portion 5a toward the surface portion 5c, as shown in FIG. The surface portion 5c is moved up and down while being supported by the round bar 5d, and the nut 5e is tightened at a desired dimension position to fix the dimension (X). In other words, if the dimension (X) can be freely changed and adjusted by the variable means 15 such as a passing box, one lid 5 can cope with it regardless of the length (L) of the tube container 8. It becomes possible.

図5〜図7は、この発明のチューブ供給システムの実施形態を示す図面である。図中、7はチューブ供給量制御装置であり、このチューブ供給量制御装置7は、充填機1の通箱支持台1aに設けられている。すなわち、通箱6がこの通箱支持台1aに固定された場合、通箱6の供給孔2を有する側面3aが、チューブ供給量制御装置7のガイド本体10に当接するように設けられている。そして、通箱6の供給孔2の一部を閉鎖することにより、空のチューブ容器8の供給本数を制御する制御板9が、ガイド本体10によって支持されている。すなわち、この制御板9は、プランジャー10aによって押圧されながら、上下動可能にガイド本体10に支持されている。なお、チューブ供給量制御装置7と充填機1の供給口との間には、チューブ容器8を一列に並べて、チューブ容器8を充填機1に供給するフリッカー11が設けられている。   5-7 is drawing which shows embodiment of the tube supply system of this invention. In the figure, 7 is a tube supply amount control device, and this tube supply amount control device 7 is provided on the pass box support base 1 a of the filling machine 1. That is, when the passing box 6 is fixed to the passing box support 1a, the side surface 3a having the supply hole 2 of the passing box 6 is provided so as to contact the guide body 10 of the tube supply amount control device 7. . And the control board 9 which controls the supply number of the empty tube containers 8 by closing a part of the supply hole 2 of the passage box 6 is supported by the guide main body 10. That is, the control plate 9 is supported by the guide body 10 so as to be movable up and down while being pressed by the plunger 10a. A flicker 11 for arranging the tube containers 8 in a line and supplying the tube containers 8 to the filling machine 1 is provided between the tube supply amount control device 7 and the supply port of the filling machine 1.

なお、制御板9とガイド板10とから構成される、このチューブ供給量制御装置7は、充填機1の通箱支持台1aに固設される以外に、他の方法として、通箱6の供給孔2を有する側面3aに、金具等により着脱自在に取付けられてもよい(図示せず、本発明の範囲外である)。この場合、通箱6が充填機1の通箱支持台1aに固定される前に、通箱6の側面3aに、このチューブ供給量制御装置7が取付けられ、チューブ容器8の供給が終了した場合に、チューブ供給量制御装置7が通箱6から取外され、通箱6のみが工場に返却される。又、この場合の実施の形態として、供給孔2の面積を制御するように、通箱6の側面3aに縦溝部が形成され、この縦溝部に、直接制御板9がスライド可能に取付けられてもよい(図示せず、本発明の範囲外である)。そして、この場合、供給孔2の開口面積を制御するための制御板9が、供給孔2を閉鎖するための当接板4と併用されて設けられる。   The tube supply amount control device 7, which is composed of the control plate 9 and the guide plate 10, is fixed to the pass box support base 1 a of the filling machine 1 as another method. It may be detachably attached to the side surface 3a having the supply hole 2 by a metal fitting or the like (not shown, outside the scope of the present invention). In this case, before the pass box 6 is fixed to the pass box support 1a of the filling machine 1, the tube supply amount control device 7 is attached to the side surface 3a of the pass box 6, and the supply of the tube container 8 is completed. In this case, the tube supply amount control device 7 is removed from the box 6 and only the box 6 is returned to the factory. Further, as an embodiment in this case, a vertical groove portion is formed in the side surface 3a of the through box 6 so as to control the area of the supply hole 2, and the control plate 9 is slidably attached directly to the vertical groove portion. (Not shown and outside the scope of the present invention). In this case, a control plate 9 for controlling the opening area of the supply hole 2 is provided in combination with the contact plate 4 for closing the supply hole 2.

次に、この発明の作用について説明する。通箱6においては、空のチューブ容器8が箱本体3に収納された後、蓋体5により、その開口が閉鎖されると、図2に示すように、チューブ容器8は蓋体5の平面部5aと箱本体3の底面部3dによって、チューブ容器8の軸方向の動きが規制される。そのため図2に示すように、チューブ容器8は、供給孔2から整然と配列され、円滑に通箱6の外部に流出される。   Next, the operation of the present invention will be described. In the box 6, when the empty tube container 8 is accommodated in the box body 3 and then the opening is closed by the lid 5, the tube container 8 is the flat surface of the lid 5 as shown in FIG. 2. The movement of the tube container 8 in the axial direction is restricted by the portion 5 a and the bottom surface portion 3 d of the box body 3. Therefore, as shown in FIG. 2, the tube containers 8 are arranged in an orderly manner from the supply holes 2 and smoothly flow out of the through box 6.

又、チューブ供給量制御装置においては、制御板9を手動で上下動させ、供給孔2の開口面積を狭く制約することにより、供給孔2から流出するチューブ容器8の流出本数を調整することができる。一般的に、チューブ容器8が充填機1に供給される供給本数が多くなることが多く、制御板9を下降させることにより、供給孔2の面積を約50%程度に狭くすることで、充填機1への供給本数を約50%削減できる。そして、充填機1への過剰な供給を防止することができる。なお、逆に供給本数が少ない場合は、制御板9を上昇させて、供給孔2の開口面積を広くすることにより、充填機1に供給するチューブ容器8を増加できることは、言うまでもない。なお、制御板9の上下動は、チューブ容器8の径に対応させて行うこともできる。そして、このチューブ供給量制御装置7は、充填機1の通箱支持台1aに固定された場合、或いは、通箱6の供給孔2を有する側面3aに取付けられた場合(本発明の範囲外である)のいずれにおいても、同様の作用を呈することは言うまでもない。   Further, in the tube supply amount control device, the number of tube containers 8 flowing out from the supply hole 2 can be adjusted by manually moving the control plate 9 up and down to restrict the opening area of the supply hole 2 narrowly. it can. In general, the number of tube containers 8 supplied to the filling machine 1 is often increased. By lowering the control plate 9, the area of the supply hole 2 is reduced to about 50%, thereby filling the tube container 8. The number supplied to the machine 1 can be reduced by about 50%. And excessive supply to the filling machine 1 can be prevented. On the contrary, when the number of supply is small, it goes without saying that the tube container 8 supplied to the filling machine 1 can be increased by raising the control plate 9 and widening the opening area of the supply hole 2. Note that the vertical movement of the control plate 9 can be performed in correspondence with the diameter of the tube container 8. And when this tube supply amount control apparatus 7 is fixed to the pass box support base 1a of the filling machine 1, or is attached to the side surface 3a having the supply hole 2 of the pass box 6 (outside the scope of the present invention). It is needless to say that the same action is exhibited in any of the above.

この発明に係る通箱を示した分解斜視図。The disassembled perspective view which showed the pass box which concerns on this invention. この発明に係る通箱の供給孔から、空のチューブ容器が流出する状態を示した図面。The figure which showed the state which an empty tube container flows out from the supply hole of the pass box which concerns on this invention. この発明に係る通箱の他の例を示した断面図。Sectional drawing which showed the other example of the pass box which concerns on this invention. この発明に係る通箱における可変手段を示した一部拡大断面図。The partially expanded sectional view which showed the variable means in the pass box which concerns on this invention. この発明に係るチューブ供給量制御装置が設けられた充填機に、通箱がセットされた状態を示す図面。Drawing which shows the state by which the box was set to the filling machine provided with the tube supply amount control apparatus which concerns on this invention. この発明に係る通箱及び本発明のチューブ供給量制御装置から、空のチューブ容器が充填機に供給されている状態を示す斜視図。The perspective view which shows the state from which the empty tube container is supplied to the filling machine from the box which concerns on this invention, and the tube supply amount control apparatus of this invention. この発明のチューブ供給量制御装置を示した断面図。Sectional drawing which showed the tube supply amount control apparatus of this invention. 従来の通箱を示した分解斜視図。The disassembled perspective view which showed the conventional box. 従来の通箱の供給孔から、空のチューブ容器が流出する状態を示した図面。The figure which showed the state which an empty tube container flows out from the supply hole of the conventional box. 従来の通箱から、空のチューブ容器が充填機に供給されている状態を示す斜視図。The perspective view which shows the state in which the empty tube container is supplied to the filling machine from the conventional box.

符号の説明Explanation of symbols

1 充填機
1a 通箱支持台
2 供給孔
3 箱本体
3a 側面
3d 底部
4 当接板
5 蓋体
5a 平面部
5b 金具
5c 表面部
5d 丸棒
5e ナット
6 通箱
7 チューブ供給量制御装置
8 チューブ容器
8a キャップ
9 制御板
10 ガイド本体
10a プランジャー
11 フリッカー
15 可変手段
DESCRIPTION OF SYMBOLS 1 Filling machine 1a Passing box support stand 2 Supply hole 3 Box main body 3a Side surface 3d Bottom part 4 Contacting plate 5 Lid 5a Plane part 5b Metal fitting 5c Surface part 5d Round bar 5e Nut 6 Passing box 7 Tube supply amount control device 8 Tube container 8a Cap 9 Control plate 10 Guide body 10a Plunger 11 Flicker 15 Variable means

Claims (4)

充填機と、その充填機の通箱支持台に固設されるチューブ供給量制御装置と、前記充填機の通箱支持台に取り付けられ、供給孔を有する側面がチューブ供給量制御装置に接触すると共に、医薬品あるいは化粧品の内容物を充填するための空のチューブ容器を収納した通箱とからなり、
前記通箱が、側面に少なくとも1つの供給孔を有する箱本体と、その箱本体の開口部を閉鎖する蓋体と、前記箱本体の供給孔を開閉自在に塞ぐ当接板とからなり、空のチューブ容器を収納して輸送され、そのまま充填機の通箱支持台に取り付けられるものであり、
前記蓋体が箱本体の内部に入り込んでチューブ容器の軸方向の動きを規制する平面部を有し、
前記チューブ供給量制御装置が上下にスライドして、前記通箱の供給孔の上部を閉鎖することにより、その供給孔の開口面積を調節し、チューブ容器の流出量を制御する制御板およびその制御板を支持するガイド本体からなり、
前記当接板を取り外して供給孔を全開にした際に、制御板により一時に空のチューブ容器が過剰に充填機に供給されないように制御するチューブ供給システム。
And filling machine, and Ruchi cube supply amount control device is fixed to Kayoibako support base of the filling machine, mounted on Kayoibako support base of the filling machine, contact with the side surface is a tube supply amount control apparatus having a supply hole while, Ri Do and a Kayoibako accommodating an empty tube containers for filling the contents of the medicament or cosmetic,
The box includes a box body having at least one supply hole on a side surface, a lid that closes an opening of the box body, and a contact plate that opens and closes the supply hole of the box body. The tube container is stored and transported, and attached to the pass box support of the filling machine as it is.
The lid has a flat portion that enters the inside of the box body and regulates the axial movement of the tube container,
The tube supply amount control device slides up and down to close the upper part of the supply hole of the passing box, thereby adjusting the opening area of the supply hole and controlling the outflow amount of the tube container and its control It consists of a guide body that supports the plate,
The tube supply system which controls so that an empty tube container may not be excessively supplied to a filling machine at a time with a control board, when the said contact plate is removed and a supply hole is fully opened .
前記ガイド本体に、制御板をガイド本体に押圧し、上下動可能に支持するプランジャーが設けられている請求項1記載のチューブ供給システムThe tube supply system according to claim 1, wherein the guide body is provided with a plunger that presses the control plate against the guide body and supports the guide body so as to be movable up and down. 前記通箱の蓋体が、箱本体の開口を開閉自在に塞ぐ表面部および箱本体の内部に入り込んでチューブ容器の軸方向の動きを規制する平面部を備えており、
前記通箱が、箱本体の底部から蓋体の平面部までの寸法(H)が、箱本体に収納された、キャップを取付けたチューブ容器の丈(L)と略同寸法となるように、平面部と表面部との寸法(X)をチューブ容器ごとに変えた複数種類の蓋体を備えている請求項記載のチューブ供給システム。
The lid of the pass box includes a surface portion that can freely open and close the opening of the box body and a flat portion that enters the inside of the box body and restricts the axial movement of the tube container,
The dimension (H) from the bottom of the box body to the flat part of the lid body is approximately the same as the length (L) of the tube container with the cap attached, which is stored in the box body, so that the box passes through. tube feeding system of claim 1 wherein a plurality kinds of the lid was changed to each tube container dimension (X) between the flat portion and the surface portion.
前記通箱の蓋体が、箱本体の開口を開閉自在に塞ぐ表面部および箱本体の内部に入り込んでチューブ容器の軸方向の動きを規制する平面部と、
前記箱本体の底部から蓋体の平面部までの寸法(H)が、箱本体に収納されたキャップを取付けたチューブ容器の丈(L)と略同寸法になるように、前記蓋体に設けた平面部と表面部との寸法(X)を調整可能とする可変手段とを有している請求項記載のチューブ供給システム。
A lid portion of the box, a surface portion for closing the opening of the box body so as to be openable and closable, and a plane portion that enters the inside of the box body and restricts the axial movement of the tube container;
Provided on the lid so that the dimension (H) from the bottom of the box body to the flat part of the lid is substantially the same as the length (L) of the tube container with the cap housed in the box body. plane portion and the surface portion and the tube supply system of claim 1 and a variable means for enabling adjustment of the dimension (X) of the.
JP2005335406A 2005-11-21 2005-11-21 Tube supply system Expired - Fee Related JP4427823B2 (en)

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