JP2598763B2 - Cup feeding device - Google Patents
Cup feeding deviceInfo
- Publication number
- JP2598763B2 JP2598763B2 JP6293839A JP29383994A JP2598763B2 JP 2598763 B2 JP2598763 B2 JP 2598763B2 JP 6293839 A JP6293839 A JP 6293839A JP 29383994 A JP29383994 A JP 29383994A JP 2598763 B2 JP2598763 B2 JP 2598763B2
- Authority
- JP
- Japan
- Prior art keywords
- cylinder
- cup
- bolt
- connecting member
- divided edges
- 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
Links
Landscapes
- Supplying Of Containers To The Packaging Station (AREA)
Description
【０００１】[0001]
【産業上の利用分野】本発明はコップの供給装置に関す
るものである。BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a cup supplying device.
【０００２】[0002]
【従来の技術】 従来紙等で製造したコップの供給装置
として、筒内に重合状の複数のコップを充填して、筒の
下端の開口面から１個づつ取り出すものが知られてい
て、その一例として、筒の下端のコップ取り出し口の開
口面積を調節するために、筒をその母線に沿って分割
し、その分割縁の重合部の上端を枢着し、その下端を固
定手段で所望の大きさに設定するものがある（実公昭６
０−１２２３０号）。 2. Description of the Related Art Conventionally, as a supply device for cups made of paper or the like, there is known a device in which a plurality of superposed cups are filled in a cylinder and taken out one by one from an opening surface at a lower end of the cylinder.
As an example, open the cup removal opening at the lower end of the cylinder.
Split tube along its generatrix to adjust mouth area
And the upper edge of the overlapping portion of the dividing edge is pivoted, and the lower edge is fixed.
There is one that is set to a desired size by means of
0-12230).
【０００３】[0003]
【発明が解決しようとする課題】 上記コップ供給装置
において、筒は取付手段で所定の場所に設置されるが、
その設置のための取付作業が面倒である。In the above-mentioned cup supply device, the cylinder is installed at a predetermined place by the attaching means.
Installation work for the installation is troublesome.
【０００４】 本発明は、上記に鑑み、大きさの異るコ
ップに共通に使用することができる便利なものや、コッ
プと筒の製作誤差があっても、コップが筒内に好適に保
持したり、コップを筒から円滑に取り出すことができる
上にその筒の設置の取付け・取外しが正しく、かつ簡単
にできるものを提供するものである。[0004] In view of the above, the present invention provides a convenient container that can be commonly used for cups having different sizes, and a container that can be suitably held in a cylinder even if there is a manufacturing error between the cup and the cylinder. Or remove the cup from the tube smoothly
An object of the present invention is to provide an apparatus in which the installation and removal of the cylinder can be correctly and easily performed.
【０００５】[0005]
【課題を解決するための手段】 上記目的を達成するた
めに、本発明のコップ供給装置においては、積み重ねら
れた複数のコップを収容する筒の下端のコップ取り出し
口の開口面積が調節できるように構成されている。その
調節のために、筒は母線に沿って分割され、その分割縁
の重合部の上端が枢着され、下端が自由に拡縮され、固
定手段にて下端の拡縮を所望の大きさに設定する。筒を
所定の場所に設置する取付手段として、筒に連結される
第１連結部材を所定の場所に連結される第２連結部材に
引抜き可能に差し込んでいる。 Means for Solving the Problems In order to achieve the above object, in the cup supply device of the present invention, the opening area of the cup taking-out opening at the lower end of the cylinder accommodating a plurality of stacked cups is adjusted. It is configured. For the adjustment, the cylinder is divided along the generatrix, the upper end of the overlapping portion of the divided edge is pivotally connected, the lower end is freely expanded and contracted, and the lower end is set to a desired size by the fixing means. You. The tube
Connected to the cylinder as mounting means to be installed at a predetermined place
The first connecting member is connected to a second connecting member connected to a predetermined place.
It is inserted so that it can be pulled out.
【０００６】[0006]
【実施例】以下本発明の実施例につき図面を参照しなが
ら具体的に説明する。DESCRIPTION OF THE PREFERRED EMBODIMENTS Embodiments of the present invention will be specifically described below with reference to the drawings.
【０００７】図１〜図６は本発明の第１実施例のコップ
供給装置を示し、筒（１）は円形の同一断面形状であっ
て、その内部に重ねられた複数の紙またはプラスチック
製のコップ（２）を収容する。筒（１）はまたその周壁
の母線に沿って分割され、分割縁（３），（４）が互い
に重ねられている。筒の分割縁（３），（４）の上端は
軸（５）で枢着され、この軸を回転中心として、両分割
縁（３），（４）が相対的に開閉できる。この開閉に従
って、筒（１）の下端の開口面積が拡大されたり、縮小
されたりする。このようにして、筒（１）の下端の開口
面を、コップ（２）の保持に適する大きさに、調節する
ことができる。FIGS. 1 to 6 show a cup supply device according to a first embodiment of the present invention, in which a cylinder (1) has the same circular cross-sectional shape and has a plurality of paper or plastics stacked inside thereof. The cup (2) is stored. The tube (1) is also divided along a generatrix of its peripheral wall, and the divided edges (3) and (4) overlap each other. The upper ends of the divided edges (3) and (4) of the cylinder are pivotally connected by a shaft (5), and the divided edges (3) and (4) can be relatively opened and closed about this axis. According to this opening and closing, the opening area of the lower end of the cylinder (1) is enlarged or reduced. In this way, the opening surface at the lower end of the cylinder (1) can be adjusted to a size suitable for holding the cup (2).
【０００８】筒（１）の下端の開口面の大きさを所望の
大きさに設定するために、筒の両分割縁（３），（４）
は、固定手段で互いに固定される。この固定手段とし
て、調節用孔（６），（７）が筒（１）の両分割縁
（３），（４）の重合する部分に、両分割縁から対称的
に斜めに長く延びるように穿設されている。各調節用孔
（６），（７）は筒（１）の分割線を中心として、左ま
たは右の方向に進むに従い上昇するように傾斜してい
て、互いに交錯する関係に重なっている。この調節用孔
（６），（７）の交錯する部分は、固定手段として使用
されるボルト（８）を囲んで抱持する孔（９）（図２）
を形成する。この孔（９）にボルト（８）を筒（１）の
内側から外側に通し、その突出端にナット(10)を螺合し
て締めつける。それにより、筒（１）の分割縁（３），
（４）の重合部分は締めつけられて、互いに固定され
る。In order to set the size of the opening surface at the lower end of the tube (1) to a desired size, both divided edges (3) and (4) of the tube
Are fixed to each other by fixing means. As this fixing means, the adjusting holes (6) and (7) are extended symmetrically and obliquely from the two divided edges into the overlapping portions of the two divided edges (3) and (4) of the cylinder (1). Has been drilled. Each of the adjusting holes (6) and (7) is inclined so as to rise as going in the left or right direction around the dividing line of the tube (1), and overlaps with each other. The intersecting part of the adjusting holes (6) and (7) is a hole (9) (FIG. 2) which surrounds and holds a bolt (8) used as fixing means.
To form A bolt (8) is passed through the hole (9) from the inside to the outside of the tube (1), and a nut (10) is screwed into a protruding end thereof and tightened. Thereby, the dividing edge (3) of the cylinder (1),
The overlapping portions of (4) are tightened and fixed to each other.
【０００９】調節用孔（６），（７）は、後述のように
筒（１）を所定の取付け場所に取り付けるために、両分
割縁（３），（４）の重合部分に上下方向に適当な間隔
をあけて、２列穿設されている。これらの各列の調節用
孔（６），（７）も互いに重なって、ボルト抱持用の２
個の孔（９）を形成し、これらの各孔にボルト（８）が
貫通され、この各ボルトにナット(10)を螺合する。The adjusting holes (6) and (7) are vertically formed at the overlapping portion of the divided edges (3) and (4) in order to mount the tube (1) at a predetermined mounting position as described later. Two rows are drilled at appropriate intervals. The adjustment holes (6) and (7) in each of these rows also overlap with each other, and the two holes for holding the bolts are provided.
A plurality of holes (9) are formed, bolts (8) are passed through these holes, and a nut (10) is screwed into each of the bolts.
【００１０】筒（１）の両分割縁（３），（４）を軸
（５）を回転中心として相対的に開閉させると、一対の
調節用孔（６），（７）はボルト（８）に対して摺動
し、ボルト（８）は筒（１）の上下方向のみに移動し
て、横方向には移動しない。このことは、後述の筒
（１）を所定の取付場所に設置する取付手段の上下方向
の中心線に狂いが生じず、筒（１）を正しく取り付ける
ことができる。When the two divided edges (3) and (4) of the cylinder (1) are relatively opened and closed about the axis (5) as a center of rotation, the pair of adjusting holes (6) and (7) are bolted (8). ), The bolt (8) moves only in the vertical direction of the cylinder (1), and does not move in the lateral direction. This means that the tube (1) can be correctly mounted without causing a deviation in the vertical center line of the mounting means for mounting the tube (1) described later at a predetermined mounting location.
【００１１】筒（１）を所定の場所に設置する取付手段
として、第１連結部材(11)と第２連結部材(12)が用いら
れる（図４）。第１連結部材(11)は、板状の取付面部(1
3)とその両側辺から同方向に折り曲げられた板状の嵌合
面部(14)を有する。取付面部(13)は、筒（１）の外周面
と同様の弧状に形成されて筒（１）に密着でき（図
６）、またボルト（８）の貫通用の孔(15)（図６）を有
する。この孔(15)をボルト（８）に嵌合させ、このボル
トにナット(10)を螺合させて締めつける。これにより、
第１連結部材(11)が筒（１）の外周面に固着される。第
２連結部材(12)は、板状の取付面部(16)とその両側辺か
ら同方向に折り曲げられた板状の嵌合面部(17)を有する
（図６）。取付面部(16)は、その孔(27)に通したねじ(1
9)で壁等の所定の取付場所(18)に固着され（図６）、嵌
合面部(17)には他の連結部材(11)の嵌合面部(14)が上方
から差し込まれて、嵌合状態にて結合される（図４，図
６）。A first connecting member (11) and a second connecting member (12) are used as mounting means for installing the cylinder (1) at a predetermined place (FIG. 4). The first connecting member (11) has a plate-like mounting surface (1).
3) and a plate-shaped fitting surface portion (14) bent in the same direction from both sides. The mounting surface portion (13) is formed in the same arc shape as the outer peripheral surface of the tube (1) so that it can be in close contact with the tube (1) (FIG. 6), and a hole (15) (FIG. 6) for penetrating the bolt (8). ). This hole (15) is fitted to a bolt (8), and a nut (10) is screwed into this bolt and tightened. This allows
The first connecting member (11) is fixed to the outer peripheral surface of the cylinder (1). The second connecting member (12) has a plate-shaped mounting surface (16) and a plate-shaped fitting surface (17) bent in the same direction from both sides (FIG. 6). The mounting surface (16) is screwed (1) through the hole (27).
At 9), it is fixed to a predetermined mounting place (18) such as a wall (FIG. 6), and the fitting surface (14) of another connecting member (11) is inserted into the fitting surface (17) from above, They are joined in a fitted state (FIGS. 4 and 6).
【００１２】この結合をもたらすために、取付面部(13)
の両側辺(20)間の間隔は、取付面部(13)の上端から下端
に進むに従い直線的に狭くなり（図４）、同様にその両
側辺(20)から立ち上がる両嵌合面部(14)間の間隔も狭く
なる（図４）。各嵌合面部(14)は、さらに、取付面部(1
3)に対して９０度より大きな角度で外側に傾いている
（図６）。他の取付面部(16)の両側辺(21)の間隔も、取
付面部(16)の上端から下端に進むに従い直線的に狭くな
り（図４）、その両側辺(21)から立ち上がる嵌合面部(1
7)間の間隔も同様に狭くなる。各嵌合面部(17)は、さら
に、取付面部(16)に対して９０度より小さい角度で内側
に傾いている（図６）。To provide this connection, the mounting surface (13)
The distance between the two side surfaces (20) of the mounting surface portion (13) decreases linearly from the upper end to the lower end of the mounting surface portion (13) (FIG. 4), and similarly, the two fitting surface portions (14) rising from the both side surfaces (20). The interval between them is also narrow (FIG. 4). Each mating surface (14) further includes a mounting surface (1
It is inclined outward at an angle larger than 90 degrees with respect to 3) (FIG. 6). The distance between the two sides (21) of the other mounting surface (16) also decreases linearly from the upper end to the lower end of the mounting surface (16) (FIG. 4), and the fitting surface rises from both sides (21). (1
7) The spacing between them also becomes smaller. Each fitting surface portion (17) is further inclined inward at an angle smaller than 90 degrees with respect to the mounting surface portion (16) (FIG. 6).
【００１３】従って、連結部材(11)を連結部材(12)内に
差し込むだけで、両嵌合面部(14)，(17)が互いに密着し
て、相対的な差し込み方向の動きと、互いに離れる方向
の動きが阻止され、両連結部材(11)，(12)をしっかり結
合する。両連結部材(11)，(12)の分離は、両嵌合面部(1
4)，(17)を互いに引き離す方向に移動させるだけでなさ
れる。Therefore, just by inserting the connecting member (11) into the connecting member (12), the two fitting surfaces (14) and (17) come into close contact with each other, and move in the relative inserting direction and separate from each other. The movement in the direction is prevented, and the two connecting members (11) and (12) are firmly connected. Separation of both connecting members (11) and (12)
This is done simply by moving 4) and (17) away from each other.
【００１４】筒（１）は、その下端近くの内周面に点状
に隆起した突起(22)を有する（図６）。この突起(22)
は、コップ（２）の口縁に形成された玉縁部(23)に係合
して、コップをその係合位置に保持する（図３）。この
保持されたコップ（２）は、筒（１）の下端の開口面か
ら下方に突き出ていて、手で下方に引き抜くと、次のコ
ップ（２）が繰り出されて、係合位置にて待機する。The tube (1) has a protruding projection (22) on the inner peripheral surface near the lower end thereof (FIG. 6). This protrusion (22)
Engages with the bead portion (23) formed at the rim of the cup (2) to hold the cup in its engaged position (FIG. 3). The held cup (2) protrudes downward from the opening surface at the lower end of the cylinder (1). When the cup (2) is pulled down by hand, the next cup (2) is extended and stands by at the engagement position. I do.
【００１５】筒（１）は、その上端が開口されていて、
この開口面から重合状態の複数のコップ（２）を筒内に
充填する。コップ（２）の上端の開口面はふた(24)で閉
じられ（図１）、コップにごみが付着するのを阻止して
いる。コップ（２）の残量は、筒（１）の周壁に形成さ
れた窓(25)（図５）にて知ることができ、コップの補給
を容易にしている。The cylinder (1) has an open upper end,
A plurality of superposed cups (2) are filled into the cylinder from the opening surface. The upper opening surface of the cup (2) is closed by a lid (24) (FIG. 1) to prevent dust from adhering to the cup. The remaining amount of the cup (2) can be known from the window (25) (FIG. 5) formed on the peripheral wall of the cylinder (1), and the supply of the cup is facilitated.
【００１６】前記筒（１）の調節用孔（６），（７）
は、図７のように筒（１）の両分割縁（３），（４）か
ら横方向に進むに従い斜めに下降するように形成しても
よい。調節用孔（６）を、また図８と図９に示すよう
に、筒（１）の一方の分割縁（３）のみに形成し、他方
の分割縁（４）にはその円形の孔(26)（図９）にボルト
（８）を貫通させて、このボルト（８）を調節用孔
（６）に移動可能に貫通させ、このボルト（８）にナッ
ト(10)を螺合させて締めつけるようにしてもよい。この
筒（１）の連結部材(11)，(12)は前述のものと同一であ
る。調節用孔（６）（図８）は軸（５）（図１）を中心
とする弧状に形成すると、ボルト（８）との相対的摺動
が、より一層円滑になされる。ボルト（８）に対して調
節用孔（６）の幅に遊びを与えれば、横方向に直線的に
形成することができ（図示略）、その製作が弧状のもの
に比べて容易となる。コップ保持用の突起(22)は点状の
かわりに連続した環状に形成してもよい（図８，図
９）。The adjusting holes (6), (7) of the cylinder (1)
May be formed so as to diagonally descend as it advances in the horizontal direction from both divided edges (3) and (4) of the tube (1) as shown in FIG. As shown in FIGS. 8 and 9, the adjusting hole (6) is formed on only one of the divided edges (3) of the cylinder (1), and the other divided edge (4) is formed with the circular hole (4). 26) A bolt (8) is passed through (FIG. 9), the bolt (8) is movably passed through the adjustment hole (6), and a nut (10) is screwed into the bolt (8). You may make it tighten. The connecting members (11) and (12) of this tube (1) are the same as those described above. When the adjusting hole (6) (FIG. 8) is formed in an arc shape centering on the shaft (5) (FIG. 1), the relative sliding with the bolt (8) is further smoothed. If play is given to the bolt (8) in the width of the adjusting hole (6), the adjusting hole (6) can be formed linearly in the lateral direction (not shown), and its manufacture is easier than that of the arc-shaped one. The cup holding projections (22) may be formed in a continuous ring instead of in a dot shape (FIGS. 8 and 9).
【００１７】[0017]
【発明の効果】 本発明は上記のように、筒（１）内に
重合状の複数のコップ（２）を充填して、筒の下端の開
口面から１個づつ取り出すコップ供給装置において、上
記筒（１）はその母線に沿って分割されてその分割縁
（３），（４）が互いに重合され、この重合部分の上端
が軸（５）で枢着され、この軸（５）を回転中心として
両分割縁（３），（４）が相対的に開閉して筒（１）の
下端の開口面積の拡縮をもたらし、両分割縁（３），
（４）を固定手段で互いに固定して、上記開口面積を所
望の大きさに設定するように構成されているので、大き
さの異るコップに共通の筒（１）を使用することができ
て便利であり、またコップ（２）と筒（１）の製作誤差
があっても、筒（１）の下端の開口面積を調節して、コ
ップ（２）を筒（１）内に好適に保持させたり、コップ
（２）を筒（１）から円滑に取り出すことができる。
本発明はまた、筒（１）を所定の取付場所に設置する取
付手段は、筒（１）に結合される第１連結部材（１１）
と、該第１連結部材に連結されて壁等の所定の取付場所
に固着される第２連結部材（１２）で構成され、第１連
結部材（１１）は、筒（１）の外周面と同様の弧状に形
成されて筒（１）の外周面に密着状に固着される板状の
取付面部（１３）と、その両側辺から同方向に折り曲げ
られた板状の嵌合面部（１４）を有し、取付面部（１
３）の両側辺（２０）間の間隔と両嵌合面部（１４）間
の間隔は取付面部（１３）の上端から下端に進むに従い
直線的に狭くなり、各嵌合面部（１４）は取付面部（１
３）に対して９０度より大きな角度で外側に傾いてお
り、第２連結部材（１２）は、壁等の所定の取付場所
（１８）に固着される板状の取付面部（１６）とその両
側辺から同方向に折り曲げられた板状の嵌合面部（１
７）を有し、取付面部（１６）の両側辺（２１）間の間
隔と両嵌合面部（１７）間の間隔も取付面部（１６）の
上端から下端に進むに従い直線的に狭くなり、各嵌合面
部（１７）は取付面部（１６）に対して９０度より小さ
い角度で内側に傾いており、第１連結部材（１１）の嵌
合面部（１４）を第２連結部材（１２）の嵌合面部（１
７）に上方から差し込んで互いに結合するように構成さ
れているので、連結部材（１１）を連結部材（１２）内
に差し込むだけで、両嵌合面部（１４），（１７）が互
いに密着して、相対的な差し込み方向の動きと、互いに
離れる方向の動きが阻止 され、両連結部材（１１），
（１２）をしっかり結合し、両連結部材（１１），（１
２）の分離は、両嵌合面部（１４），（１７）を互いに
引き離す方向に移動させるだけでなされ、その取付けや
取外しが簡単である。 本発明はまた、上記両分割縁
（３），（４）の固定手段として、両分割縁（３），
（４）の調節用孔（６），（７）が互いに交錯してボル
ト（８）を抱くように構成されているので、筒（１）の
開口面積が変化してもボルト（８）が筒（１）の母線か
らずれず、常に筒（１）を正しく取りつけることができ
る。 本発明は、さらに上記両分割縁（３），（４）の
固定手段として、２列の調節用 孔（６），（７）と
２本のボルト（８）で構成されているので、筒（１）の
取付けがより一層確実になされる。 本発明はまた、上
記両分割縁（３），（４）の他の固定手段として、筒
（１）の一方の分割縁（４）にボルト（８）を取りつ
け、他方の分割縁（３）に調節用孔（６）を設けている
ので、その製作が容易である。As described above, the present invention relates to a cup supply device in which a plurality of superposed cups (2) are filled in a tube (1) and taken out one by one from an opening surface at a lower end of the tube. The tube (1) is divided along its generatrix and its divided edges (3) and (4) are overlapped with each other, and the upper end of this overlapped portion is pivoted on a shaft (5) to rotate the shaft (5). As the center, the two divided edges (3) and (4) relatively open and close, causing the opening area of the lower end of the cylinder (1) to expand and contract.
(4) are fixed to each other by fixing means so that the opening area is set to a desired size, so that a common cylinder (1) can be used for cups having different sizes. It is convenient, and even if there is a manufacturing error between the cup (2) and the cylinder (1), the opening area of the lower end of the cylinder (1) is adjusted so that the cup (2) can be suitably placed in the cylinder (1). The cup (2) can be held and the cup (2) can be smoothly removed from the tube (1).
The present invention also provides an arrangement for installing the cylinder (1) at a predetermined mounting location.
The attaching means is a first connecting member (11) coupled to the tube (1).
And a predetermined mounting place such as a wall connected to the first connecting member.
The first connecting member (12) is fixed to the first connecting member.
The tie member (11) is formed in the same arc shape as the outer peripheral surface of the cylinder (1).
A plate-like member that is formed and adhered tightly to the outer peripheral surface of the tube (1)
Bend in the same direction from the mounting surface (13) and both sides
The mounting surface portion (1) has a plate-shaped fitting surface portion (14).
3) The space between both sides (20) and the space between both fitting surfaces (14)
The distance between the points goes from the upper end to the lower end of the mounting surface (13).
It becomes narrow linearly, and each fitting surface (14) is attached to the mounting surface (1).
3) Incline outward at an angle greater than 90 degrees
The second connecting member (12) is provided at a predetermined mounting location such as a wall.
(18) a plate-like mounting surface portion (16) fixed to
A plate-shaped fitting surface (1) bent in the same direction from the side
7) between the both sides (21) of the mounting surface (16).
The distance between the gap and the two mating surfaces (17) is also
It gradually narrows linearly from the upper end to the lower end.
Portion (17) is smaller than 90 degrees with respect to mounting surface portion (16)
Angled inward at a small angle to fit the first connecting member (11).
The mating surface (14) is connected to the mating surface (1) of the second connecting member (12).
7) is configured to be inserted from above and joined to each other.
The connecting member (11) in the connecting member (12).
The two mating surfaces (14) and (17)
Close to each other,
Movement in the direction of separation is prevented , and both connecting members (11),
(12) is firmly connected, and both connecting members (11), (1)
In the separation of 2), the two mating surfaces (14) and (17) are connected to each other.
It only needs to be moved in the direction in which
Easy to remove. The present invention also provides a means for fixing the two divided edges (3) and (4) as the two divided edges (3) and (4).
Since the adjusting holes (6) and (7) of (4) intersect with each other and hold the bolt (8), the bolt (8) can be held even if the opening area of the cylinder (1) changes. The cylinder (1) can always be mounted correctly without shifting from the generating line of the cylinder (1). The present invention further comprises two rows of adjusting holes (6) and (7) and two bolts (8) as means for fixing the two divided edges (3) and (4). The mounting of (1) is performed more reliably. According to the present invention, a bolt (8) is attached to one of the divided edges (4) of the cylinder (1) and the other divided edge (3) is used as another fixing means of the divided edges (3) and (4). Is provided with an adjusting hole (6), so that its manufacture is easy.
【図１】本発明のコップ供給装置の第１実施例を示す背
面図である。FIG. 1 is a rear view showing a first embodiment of a glass supply device of the present invention.
【図２】図１の装置の下端を絞った状態を示す背面図で
ある。FIG. 2 is a rear view showing a state where the lower end of the apparatus of FIG. 1 is squeezed.
【図３】図１に示す装置にコップを充填した状態を示す
部分縦断面図である。FIG. 3 is a partial longitudinal sectional view showing a state where a cup is filled in the apparatus shown in FIG. 1;
【図４】図１に示す装置の取付け手段を主として示す部
分背面図である。FIG. 4 is a partial rear view mainly showing a mounting means of the apparatus shown in FIG. 1;
【図５】図１に示す装置ののぞき窓を主として示す部分
正面図である。FIG. 5 is a partial front view mainly showing a viewing window of the apparatus shown in FIG. 1;
【図６】図５のＡ−Ａ線断面図である。FIG. 6 is a sectional view taken along line AA of FIG. 5;
【図７】本発明のコップ供給装置の第２実施例を示す部
分背面図である。FIG. 7 is a partial rear view showing a second embodiment of the glass supply device of the present invention.
【図８】本発明のコップ供給装置の第３実施例を示す部
分背面図である。FIG. 8 is a partial rear view showing a third embodiment of the glass supply device of the present invention.
【図９】図８のＢ−Ｂ線断面図である。FIG. 9 is a sectional view taken along line BB of FIG. 8;
１ 筒 ２ コップ ３ 分割縁 ４ 分割縁
６ 調節用孔 ７ 調節用孔 ８ ボルト ９ 孔 10 ナット
11 第１連結部材 12 第２連結部材 22 突起1 cylinder 2 cups 3 split edge 4 split edge
6 Adjustment hole 7 Adjustment hole 8 Bolt 9 Hole 10 Nut
11 First connecting member 12 Second connecting member 22 Projection
Claims (6)
（２）を充填して、筒の下端の開口面から１個づつ取り
出すコップ供給装置において、上記筒（１）はその母線
に沿って分割されてその分割縁（３），（４）が互いに
重合され、この重合部分の上端が軸（５）で枢着され、
この軸（５）を回転中心として両分割縁（３），（４）
が相対的に開閉して筒の下端の開口面積の拡縮をもたら
すように構成され、さらにこの開口面積を所望の大きさ
に設定するために両分割縁（３），（４）を互いに固定
する手段と、筒（１）を所定の取付場所に設置する取付
手段を具備し、上記取付手段は筒（１）に結合される第
１連結部材（１１）と、該第１連結部材に連結されて壁
等の所定の取付場所に固着される第２連結部材（１２）
で構成され、第１連結部材（１１）は、筒（１）の外周
面と同様の弧状に形成されて筒（１）の外周面に密着状
に固着される板状の取付面部（１３）と、その両側辺
（２０）から同方向に折り曲げられた板状の嵌合面部
（１４）を有し、取付面部（１３）の両側辺（２０）間
の間隔と両嵌合面部（１４）間の間隔は取付面部（１
３）の上端から下端に進むに従い直線的に狭くなり、各
嵌合面部（１４）は取付面部（１３）に対して９０度よ
り大きな角度で外側に傾いており、第２連結部材（１
２）は、壁等の所定の取付場所（１８）に固着される板
状の取付面部（１６）とその両側辺（２１）から同方向
に折り曲げられた板状の嵌合面部（１７）を有し、取付
面部（１６）の両側辺（２１）間の間隔と両嵌合面部
（１７）間の間隔も取付面部（１６）の上端から下端に
進むに従い直線的に狭くなり、各嵌合面部（１７）は取
付面部（１６）に対して９０度より小さい角度で内側に
傾いており、第１連結部材（１１）の嵌合面部（１４）
を第２連結部材（１２）の嵌合面部（１７）に上方から
差し込んで互いに結合するコップ供給装置。1. A cup supply device in which a plurality of superimposed cups (2) are filled in a tube (1) and taken out one by one from an opening surface at a lower end of the tube. And the divided edges (3) and (4) are overlapped with each other, and the upper end of the overlapped portion is pivotally connected with a shaft (5),
With this axis (5) as the center of rotation, both divided edges (3), (4)
Are configured to open and close relatively so as to expand and contract the opening area of the lower end of the cylinder, and furthermore, the two divided edges (3) and (4) are fixed to each other in order to set the opening area to a desired size. Means for mounting the tube (1) at a predetermined mounting location
Means , said mounting means being connected to the cylinder (1) by a second
A first connecting member and a wall connected to the first connecting member;
Second connecting member (12) fixed to a predetermined mounting location such as
And the first connecting member (11) is provided on the outer periphery of the cylinder (1).
It is formed in the same arc shape as the surface and is in close contact with the outer peripheral surface of the cylinder (1).
Plate-shaped mounting surface portion (13) which is fixed to the main body, and both sides thereof
A plate-shaped fitting surface portion bent in the same direction from (20)
(14), between both sides (20) of the mounting surface (13)
And the distance between the two fitting surfaces (14) are the mounting surface (1).
3) It becomes narrower linearly as it goes from the upper end to the lower end.
The fitting surface (14) is at 90 degrees to the mounting surface (13).
The second connecting member (1
2) is a plate fixed to a predetermined mounting place (18) such as a wall.
-Shaped mounting surface (16) and the same direction from both sides (21)
It has a plate-shaped fitting surface (17) bent into
The distance between both sides (21) of the surface (16) and the two mating surfaces
(17) The distance between the upper and lower ends of the mounting surface (16) is also
As it progresses, it narrows linearly, and each mating surface (17)
At an angle smaller than 90 degrees to the inner surface (16) inward
The fitting surface (14) of the first connecting member (11) is inclined.
From above from the fitting surface (17) of the second connecting member (12).
A cup feeder that plugs in and joins together .
さに設定するためにその両分割縁（３），（４）を互い
に固定する前記固定手段は、一対の調節用孔（６），
（７）が筒の両分割縁（３），（４）の重合部分に両分
割縁から対称的に斜めに長く延びるように穿設され、こ
れらの調節用孔（３），（４）は互いに重なってボルト
（８）を囲んで抱持する孔（９）を形成し、この孔
（９）にボルト（８）を筒（１）の内側から外側に通し
てこのボルト（８）にナット（１０）を螺合し、このボ
ルト（８）とナット（１０）で筒の両分割縁（３），
（４）の重合部分を締めつけて、筒の下端の開口面をコ
ップの保持に適する大きさに調節し、上記ボルト（８）
とナット（１０）は上記第１連結部材（１１）の取付面
部（１３）と筒（１）との固着にも使用される請求項１
記載のコップ供給装置。2. An opening area at a lower end of the cylinder (1) is set to a desired size.
The fixing means for fixing the two divided edges (3) and (4) to each other for setting the height is a pair of adjusting holes (6),
(7) is drilled in the overlapping portion of both divided edges (3) and (4) of the cylinder so as to extend symmetrically and obliquely from both divided edges, and these adjusting holes (3) and (4) are provided. A hole (9) that overlaps and surrounds the bolt (8) is formed, and a bolt (8) is passed through the hole (9) from the inside to the outside of the cylinder (1), and a nut is inserted into the bolt (8). (10) is screwed together, and the two divided edges (3),
Tighten the overlapped portion of (4), adjust the opening surface of the lower end of the cylinder to a size suitable for holding the cup, and tighten the bolt (8).
And a nut (10) are a mounting surface of the first connecting member (11).
2. The method as claimed in claim 1, wherein the part is fixed to the cylinder.
The cup supply device as described.
筒（１）の両分割縁（３），（４）の重合部分に上下方
向に適当な間隔をあけて少なくとも２列穿設され、互い
に重なる各列の調節用孔（６），（７）で形成される孔
（９）にボルト（８）を貫通し、各ボルト（８）にナッ
ト（１０）を螺合させて筒（１）の両分割縁（３），
（４）の重合部を締めつけ、筒の下端の開口面をコップ
の保持に適する大きさに調節する請求項２記載のコップ
供給装置。3. The pair of adjusting holes (3) and (4)
At least two rows are formed in the overlapped portion of the divided edges (3) and (4) of the tube (1) at an appropriate interval in the vertical direction, and the adjusting holes (6) and (7) of each row overlap each other. A bolt (8) is passed through the hole (9) formed by the above, and a nut (10) is screwed into each bolt (8) to form both divided edges (3),
3. The cup feeding device according to claim 2, wherein the overlapping portion of (4) is tightened, and the opening surface at the lower end of the cylinder is adjusted to a size suitable for holding the cup.
を互いに固定する固定手段は、両分割縁の重合部の一方
に長く延びる調節用孔（６）が穿設され他方にボルト
（８）が取り付けられ、このボルト（８）を調節用孔
（６）に貫通してその突出端にナット（１０）を螺合さ
せ、このボルト（８）とナット（１０）で筒（１）の両
分割縁（３），（４）の重合部分を締めつけて、筒の下
端の開口面をコップの保持に適する大きさに調節する請
求項１記載のコップ供給装置。4. A split edge (3) of the tube (1).
Fixing means for fixing to each other are both one to extending long regulation hole of the split edges of the overlapped portion (6) is bored bolts on the other (8) is attached, adjusting hole (6 the bolt (8) ), And a nut (10) is screwed into its protruding end, and the overlapping portions of both divided edges (3) and (4) of the cylinder (1) are tightened with the bolt (8) and the nut (10). The cup supply device according to claim 1, wherein the opening surface of the lower end of the cylinder is adjusted to a size suitable for holding the cup.
筒（１）の両分割縁（３），（４）の重合部に上下に適
当な間隔をあけて少なくとも２列穿設され、各調節用孔
（６）にボルト（８）を貫通し、各ボルト（８）にナッ
ト（１０）を螺合させて筒（１）の両分割縁（３），
（４）の重合部分を締めつけ、筒の下端の開口面をコッ
プの保持に適する大きさに調節する請求項４記載のコッ
プ供給装置。5. The adjusting hole (6) and the bolt (8)
At least two rows are formed in the overlapping portion of both divided edges (3) and (4) of the tube (1) at an appropriate interval vertically, and a bolt (8) is passed through each adjustment hole (6). A nut (10) is screwed into each bolt (8), and both divided edges (3),
The cup supply device according to claim 4, wherein the overlapped portion of (4) is tightened, and the opening surface at the lower end of the cylinder is adjusted to a size suitable for holding the cup.
に点状または環状に隆起した突起（２２）を有し、この
突起（２２）がコップ（２）の口縁に形成された玉縁部
（２３）に係合して、コップをその係合位置に保持する
請求項１から請求項５までのいずれかに記載のコップ供
給装置。6. The cylinder (1) has, on an inner peripheral surface near a lower end thereof, a projection (22) raised in a dot-like or annular shape, and the projection (22) is formed on a rim of a cup (2). A cup feeding device according to any one of claims 1 to 5 , wherein the cup is engaged with the set bead portion (23) to hold the cup in its engaged position.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| JP6293839A JP2598763B2 (en) | 1994-11-02 | 1994-11-02 | Cup feeding device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| JP6293839A JP2598763B2 (en) | 1994-11-02 | 1994-11-02 | Cup feeding device |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| JPH08133350A JPH08133350A (en) | 1996-05-28 |
| JP2598763B2 true JP2598763B2 (en) | 1997-04-09 |
Family
ID=17799828
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| JP6293839A Expired - Lifetime JP2598763B2 (en) | 1994-11-02 | 1994-11-02 | Cup feeding device |
Country Status (1)
| Country | Link |
|---|---|
| JP (1) | JP2598763B2 (en) |
Family Cites Families (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JPS6012230U (en) * | 1983-07-04 | 1985-01-28 | 株式会社 大嶋電機製作所 | Automotive switch operation mechanism |
-
1994
- 1994-11-02 JP JP6293839A patent/JP2598763B2/en not_active Expired - Lifetime
Also Published As
| Publication number | Publication date |
|---|---|
| JPH08133350A (en) | 1996-05-28 |
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