JPS6240956Y2 - - Google Patents

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Publication number
JPS6240956Y2
JPS6240956Y2 JP3997882U JP3997882U JPS6240956Y2 JP S6240956 Y2 JPS6240956 Y2 JP S6240956Y2 JP 3997882 U JP3997882 U JP 3997882U JP 3997882 U JP3997882 U JP 3997882U JP S6240956 Y2 JPS6240956 Y2 JP S6240956Y2
Authority
JP
Japan
Prior art keywords
bottle
trough
flipper
cam
pusher
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
Application number
JP3997882U
Other languages
Japanese (ja)
Other versions
JPS58143394U (en
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 filed Critical
Priority to JP3997882U priority Critical patent/JPS58143394U/en
Publication of JPS58143394U publication Critical patent/JPS58143394U/en
Application granted granted Critical
Publication of JPS6240956Y2 publication Critical patent/JPS6240956Y2/ja
Granted legal-status Critical Current

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  • Cleaning In General (AREA)
  • Discharge Of Articles From Conveyors (AREA)

Description

【考案の詳細な説明】 本考案は洗壜機の排壜装置における壜ガイド装
置に関する。
[Detailed Description of the Invention] The present invention relates to a bottle guide device in a bottle discharging device of a bottle washer.

近年、種々の形状の壜が用いられており、角壜
としても、たとえば第9図a〜dに示すような平
面形状の角壜がある。このような多種類の角壜を
洗壜機で洗浄した後、排壜装置により搬送装置に
送り出すとき、角壜を効率よく搬送すると共に角
壜どうしが衝突して破損されないようにするた
め、その角壜の向きを一方向にそろえる必要があ
る。従来では比較的複雑な機構を用いて方向規制
をおこなつているが、これではコストアツプとな
り、また数種類の角壜しか方向規制できず、適当
なものではなかつた。
BACKGROUND ART In recent years, bottles of various shapes have been used, and examples of square bottles include flat square bottles as shown in FIGS. 9a to 9d. After washing these various types of square bottles using a bottle washing machine, when sending them to a conveying device using a bottle discharging device, in order to efficiently convey the square bottles and prevent the square bottles from colliding with each other and being damaged, it is necessary to The square bottle must be oriented in one direction. Conventionally, a relatively complicated mechanism has been used to control the direction, but this increases costs and is not suitable as it can only control the direction of a few types of square bottles.

そこで本考案はかかる問題点を解消した洗壜機
の排壜装置における壜ガイド装置を提供するもの
であつて、その特徴とするところは、洗壜機の排
壜部から壜搬送装置に向けて配設された壜案内用
スライドトラフを断面半円形に形成し、該トラフ
の両側縁に下流へいくほどすぼまり状に配列され
た一対の壜ガイド板を配設し、上記トラフの内周
面に、トラフ長さ方向に対して同じ方向に傾斜さ
せ、下流にいくほどその厚さを大きくした一対の
方向規制体を取外し可能に設け、上記方向規制体
の一方を前記一方の壜ガイド板にほぼ沿わせると
ともに他方の方向規制体より短かくして、上記ト
ラフ内を降下してきた角壜の向きを一方向にそろ
えるように構成したことにあり、この構成によれ
ば、きわめて簡単な構造であり、コストアツプに
つながらない。また種々の形状の角壜の方向規制
をおこなうことができ、実用価値の高いものであ
る。
Therefore, the present invention provides a bottle guide device for a bottle discharging device of a bottle washing machine that solves this problem. The arranged bottle guiding slide trough is formed into a semicircular cross section, and a pair of bottle guide plates are arranged on both side edges of the trough so as to become narrower toward the downstream side. A pair of direction regulating bodies which are inclined in the same direction with respect to the trough length direction and whose thickness increases toward the downstream side are removably provided on the surface, and one of the direction regulating bodies is attached to the one bottle guide plate. The structure is made so that the direction of the square bottle descending in the trough is aligned in one direction by making the bottle almost parallel to the trough and being shorter than the other direction regulating body.This structure has an extremely simple structure. , does not lead to increased costs. Moreover, it is possible to control the direction of square bottles of various shapes, and is of high practical value.

以下、本考案の一実施例を図に基づいて説明す
る。1は洗壜機であつて、無端状に連結されて矢
印A方向へ移動するキヤリヤバスケツト2を有
し、壜3がその各バスケツト2内に挿入されてい
る。4は洗壜機1の排壜部に配設された排壜装
置、5は該排壜装置4から壜3を受け取つてその
壜3を充填機(図示せず)へ送るためのコンベヤ
である。上記排壜装置4は次のものから構成され
ている。6は洗壜機1の側壁7に固着された機
枠、8は洗壜機1の排壜部から斜め下方へのびる
断面半円形のスライドトラフ、9は該スライドト
ラフ8の上方において側壁7のボス10に回転自
在に支持されたフリツパー軸、11は該フリツパ
ー軸9に固定されたフリツパーであつて、キヤリ
ヤバスケツト2から排出された壜3の底を支持す
るものである。12はフリツパー軸9より下方に
おいて側壁7のボス13に回転自在に支持された
サポート軸、14は中央部に形成された穴がサポ
ート軸12に外嵌固定された棒状体、15は該棒
状体14の先端に横棒16を介して固着されたく
し歯状のサポートであつて、その先端部はフリツ
パー11から受け渡された壜3の支持姿勢にある
ときには第1図実線に示すごとくトラフ8の上方
に位置している。17はバランスウエイトであ
る。18はコンベヤ5の下方において側壁7のボ
ス19に回転自在に支持されたプツシヤ軸、20
は基端部が該プツシヤ軸18に固定された2本1
組のL字杆、21は該各L字杆20の先端に固着
されたプツシヤであつて、トラフ8の下方位置と
コンベヤ5の上方位置との間を往復移動するもの
である。22はバランスウエイトである。23は
トラフ8の下方位置からコンベヤ5の上面までの
びる円弧状ガイド板、24は両端が側壁7の軸受
25と機枠6の軸受26とに回転自在に支持され
たカム軸であつて、このカム軸24には、フリツ
パカム27,サポートカム28,プツシヤカム2
9,受動スプロケツトホイール30,高速用感知
プレート31および低速用感知プレート32をそ
れぞれキー止めしてある。33は洗壜機1の駆動
機により回転させられる駆動軸に固定された駆動
スプロケツトホイール、34は両スプロケツトホ
イール33,30間に巻回されたチエン、35は
両端が側壁7のボス部36と機枠6のブラケツト
37に支持された支持軸、38は中央のボス部が
該支持軸35に回転自在に外嵌すると共に一端の
フリツパーローラ39がフリツパーカム27の外
周面に当接するフリツパーカムレバー、40は基
端がフリツパー軸9の一端に固定されたフリツパ
ー軸レバー、41は両端がフリツパー軸レバー4
0の先端とフリツパーカムレバー38の他端とに
ピン連結された連結ロツド、42はフリツパーカ
ムレバー38を付勢することによりフリツパーロ
ーラ39をフリツパーカム27の外周面に当接さ
せるばね、43は基端部がサポート軸12の一端
に固定されると共に先端部のサポートローラ44
がサポートカム28のカム溝28A内に嵌入する
サポートレバー、45は中央のボス部が支持軸3
5に回転自在に外嵌すると共に一端のプツシヤロ
ーラ46がプツシヤカム29の外周面に当接する
プツシヤカムレバー、47は基端がプツシヤ軸1
8の一端に固定されたプツシヤ軸レバー、48は
両端がプツシヤ軸レバー47の先端とプツシヤカ
ムレバー45の他端とにピン連結された連結ロツ
ド、49は高速用感知プレート31に対向して設
けられた高速用近接スイツチであつて、高速運転
させられているコンベヤ5を間欠的に停止させる
ためのものである。50は低速用感知プレート3
2に対向して設けられた低速用近接スイツチであ
つて、低速運転させられているコンベヤ5を間欠
的に停止させるためのものである。51,52は
トラフ8の内周面にトラフ8長さ方向に対して同
じ方向に傾斜させて配設された第1,第2の方向
規制体であつて、その厚さは壜3の移動方向Fに
沿つて下流へいくほど大に設定され、その一方の
方向規制体52は一方の壜ガイド板55にほぼ沿
わせて配置するとともに他方の方向規制体51よ
り短かくされている。53は各方向規制体51,
52の裏面にねじ止めされると共に頭部がトラフ
8の鍵型穴54を介してトラフ8の外周面に係合
する固定ボルトであつて、丸壜を排出させるとき
には、各固定ボルト53の頭部を鍵型穴54の大
径部から抜き出し、各方向規制体51,52をト
ラフ8から外せばよい。55はトラフ8の両側縁
に対向して設けられた一対の壜ガイド板であつ
て、矢印F方向に沿つて下流へいくほどすぼまり
状に配列されている。なお両ガイド板55間の間
隔は壜3の大きさに応じて適宜に調整することが
できるように構成されている。
Hereinafter, one embodiment of the present invention will be described based on the drawings. Reference numeral 1 designates a bottle washer having carrier baskets 2 which are endlessly connected and move in the direction of arrow A, and a bottle 3 is inserted into each of the baskets 2. 4 is a bottle discharging device disposed in the bottle discharging section of the bottle washer 1, and 5 is a conveyor for receiving the bottles 3 from the bottle discharging device 4 and sending the bottles 3 to a filling machine (not shown). . The bottle discharging device 4 is composed of the following components. 6 is a machine frame fixed to the side wall 7 of the bottle washer 1; 8 is a slide trough with a semicircular cross section extending diagonally downward from the bottle discharging portion of the bottle washer 1; 9 is a slide trough on the side wall 7 above the slide trough 8; A flipper shaft 11 rotatably supported by the boss 10 is a flipper fixed to the flipper shaft 9 and supports the bottom of the bottle 3 discharged from the carrier basket 2. 12 is a support shaft that is rotatably supported by a boss 13 of the side wall 7 below the flipper shaft 9; 14 is a rod-shaped body having a hole formed in the center and fixed to the support shaft 12; and 15 is the rod-shaped body. It is a comb-shaped support fixed to the tip of the trough 8 via a horizontal bar 16, and when the bottle 3 is in the supporting position from the flipper 11, the tip of the trough 8 is fixed to the tip of the trough 8 as shown by the solid line in FIG. It is located above. 17 is a balance weight. 18 is a pusher shaft rotatably supported by a boss 19 of the side wall 7 below the conveyor 5;
The base end is fixed to the pusher shaft 18.
The set of L-shaped rods 21 is a pusher fixed to the tip of each L-shaped rod 20, and is configured to reciprocate between a position below the trough 8 and a position above the conveyor 5. 22 is a balance weight. 23 is an arcuate guide plate extending from the lower position of the trough 8 to the upper surface of the conveyor 5; 24 is a camshaft rotatably supported at both ends by a bearing 25 on the side wall 7 and a bearing 26 on the machine frame 6; The cam shaft 24 includes a flipper cam 27, a support cam 28, and a pusher cam 2.
9, the passive sprocket wheel 30, the high-speed sensing plate 31, and the low-speed sensing plate 32 are each locked with a key. 33 is a drive sprocket wheel fixed to a drive shaft rotated by the drive machine of the bottle washing machine 1; 34 is a chain wound between the sprocket wheels 33 and 30; 35 is a boss portion with both ends of the side wall 7. 36 and a support shaft supported by a bracket 37 of the machine frame 6, and 38 a frit whose central boss part is rotatably fitted onto the support shaft 35 and whose flipper roller 39 at one end abuts against the outer peripheral surface of the flipper cam 27. Parkum lever 40 is a flipper shaft lever whose base end is fixed to one end of the flipper shaft 9; 41 is a flipper shaft lever 4 whose both ends are fixed to one end of the flipper shaft 9;
0 and the other end of the flipper cam lever 38; 42 is a spring that urges the flipper cam lever 38 to bring the flipper roller 39 into contact with the outer peripheral surface of the flipper cam 27; 43 is a spring that presses the flipper cam lever 38; The base end is fixed to one end of the support shaft 12, and the support roller 44 at the distal end is fixed to one end of the support shaft 12.
45 is a support lever that fits into the cam groove 28A of the support cam 28, and the central boss portion of 45 is connected to the support shaft 3.
A pusher cam lever 47 is rotatably fitted onto the outside of the pusher cam 29 and has one end of the pusher roller 46 in contact with the outer peripheral surface of the pusher cam 29;
A pusher shaft lever 48 is fixed to one end of the pusher shaft lever 8, a connecting rod 48 has both ends pin-connected to the tip of the pusher shaft lever 47 and the other end of the pusher cam lever 45, and 49 is provided facing the high speed sensing plate 31. This is a high-speed proximity switch, which is used to intermittently stop the conveyor 5 that is being operated at high speed. 50 is low speed sensing plate 3
This is a low-speed proximity switch provided opposite to the conveyor 2, and is used to intermittently stop the conveyor 5 which is being operated at a low speed. Reference numerals 51 and 52 denote first and second direction regulating bodies which are arranged on the inner circumferential surface of the trough 8 so as to be inclined in the same direction with respect to the length direction of the trough 8, and the thickness thereof is determined by the movement of the bottle 3. It is set to be larger as it goes downstream along the direction F, and one of the direction regulating bodies 52 is arranged substantially along one of the bottle guide plates 55 and is made shorter than the other direction regulating body 51. 53 is each direction regulating body 51,
52 and whose head engages with the outer peripheral surface of the trough 8 through the key-shaped hole 54 of the trough 8. When discharging a round bottle, the head of each fixing bolt 53 51 and 52 from the trough 8. Reference numeral 55 denotes a pair of bottle guide plates that are provided opposite to each other on both side edges of the trough 8, and are arranged in a shape that becomes narrower toward the downstream along the direction of arrow F. The distance between both guide plates 55 can be adjusted as appropriate depending on the size of the bottle 3.

上記構成に基づいて排壜手順を説明する。まず
洗壜機1を作動させてキヤリヤバスケツト2を矢
印A方向へ移動させる。するとそれに連動して両
スプロケツトホイール33,30およびチエン3
4を介してカム軸24が矢印B方向へ回転させら
れ、フリツパーカム27,サポートカム28,プ
ツシヤカム29も同方向へ回転させられ、まずフ
リツパーカム27によりフリツパーローラ39、
フリツパーカムレバー38、連結ロツド41、フ
リツパー軸レバー40およびフリツパー軸9を介
してフリツパー11が矢印C方向へ回動させら
れ、キヤリヤバスケツト2から排壜部においてト
ラフ8上に排出されてきた壜3の底を支持して、
この壜3がトラフ8に沿つて滑り落ちるのを防止
し、第1図実線位置に待機するサポート15に壜
3を受け渡す。次にサポートカム28によりサポ
ートローラ44,サポートレバー43およびサポ
ート軸12を介してサポート15が矢印D方向へ
回動させられ、壜3がトラフ8に沿つて降下する
のを許容し、壜3をガイド板23上に載置させる
と共に第1図実線位置に待機するプツシヤ21に
受け渡す。次にプツシヤカム29によりプツシヤ
ローラ46,プツシヤカムレバー45,連結ロツ
ド48,プツシヤ軸レバー47およびプツシヤ軸
18を介してプツシヤ21が矢印E方向へ回動さ
せられ、ガイド板23上の壜3をコンベヤ5上へ
送り出す。次に該コンベヤ5によりこのコンベヤ
5上の壜3が充填機まで送られるものである。
The bottle discharging procedure will be explained based on the above configuration. First, the bottle washer 1 is operated to move the carrier basket 2 in the direction of arrow A. Then, in conjunction with this, both sprocket wheels 33, 30 and chain 3
4, the cam shaft 24 is rotated in the direction of arrow B, and the flipper cam 27, support cam 28, and pusher cam 29 are also rotated in the same direction.
The flipper 11 is rotated in the direction of arrow C via the flipper cam lever 38, the connecting rod 41, the flipper shaft lever 40, and the flipper shaft 9, and the bottles discharged from the carrier basket 2 onto the trough 8 at the bottle discharge section are rotated. Supporting the bottom of 3,
The bottle 3 is prevented from slipping along the trough 8, and the bottle 3 is delivered to the support 15 waiting at the solid line position in FIG. Next, the support 15 is rotated in the direction of arrow D by the support cam 28 via the support roller 44, the support lever 43, and the support shaft 12, allowing the bottle 3 to descend along the trough 8, and the bottle 3 is It is placed on the guide plate 23 and delivered to the pusher 21 waiting at the solid line position in FIG. Next, the pusher 21 is rotated in the direction of arrow E by the pusher cam 29 via the pusher roller 46, pusher cam lever 45, connecting rod 48, pusher shaft lever 47, and pusher shaft 18, and the bottle 3 on the guide plate 23 is moved to the conveyor 5. send it upwards. Next, the bottles 3 on the conveyor 5 are sent to a filling machine by the conveyor 5.

次に角壜3の方向規制手順について説明する。
まず第7図に示すごとく角壜3の長辺部3Aが下
向きでトラフ8内に送り込まれてくると(この状
態で送り込まれるのが一番多い)、同図に示す
ごとく長辺部3Aが第1方向規制体51上に乗り
上げる。次に同図に示すごとく角壜3の角部3
Bが第2方向規制体52に当接すると共に第1方
向規制体51によつて矢印G方向へ回動させられ
る。次に同図に示すごとく第1方向規制体51
によつて角壜3がさらに矢印G方向へ回動させら
れ、同図に示すごとく短辺部3Cが下向きで方
向規制される。
Next, a procedure for regulating the direction of the square bottle 3 will be explained.
First, as shown in FIG. 7, when the long side 3A of the square bottle 3 is fed into the trough 8 with the long side 3A facing downward (this is the state in which it is fed most of the time), the long side 3A as shown in the figure It rides on the first direction regulating body 51. Next, as shown in the same figure, the corner part 3 of the square bottle 3
B contacts the second direction regulating body 52 and is rotated in the direction of arrow G by the first direction regulating body 51. Next, as shown in the figure, the first direction regulating body 51
As a result, the square bottle 3 is further rotated in the direction of the arrow G, and the short side 3C is oriented downward as shown in the figure.

次に第8図に示すごとく角壜の短辺部3Cが下
向きか、傾斜した状態でトラフ8内に送り込まれ
てくると、同図に示すごとく下側の角部3Bが
第1方向規制体51上に乗り上げ、上側の角部3
Bが第2方向規制体52に当接する。次に同図
に示すごとく角壜3が持ち上げられると共に矢印
H方向へ回動させられ、かつ上側の角部3Bが一
方のガイド板55に当接する。次に同図に示す
ごとく角壜3がさらに矢印H方向へ回動させられ
る。次に同図に示すごとく第1方向規制体51
が無くなると、角壜3がトラフ8上に落下し、こ
の場合にも短辺部3Cが下向きで方向規制され
る。
Next, as shown in FIG. 8, when the square bottle is fed into the trough 8 with the short side 3C facing downward or in an inclined state, the lower corner 3B is aligned with the first direction regulating body as shown in the same figure. 51, and the upper corner 3
B contacts the second direction regulating body 52. Next, as shown in the figure, the square bottle 3 is lifted and rotated in the direction of the arrow H, and the upper corner 3B comes into contact with one of the guide plates 55. Next, as shown in the figure, the square bottle 3 is further rotated in the direction of arrow H. Next, as shown in the figure, the first direction regulating body 51
When it runs out, the square bottle 3 falls onto the trough 8, and in this case as well, the direction is restricted with the short side 3C facing downward.

なお長辺部3Aの幅が大きいときには、第8図
の状態において、上側の角部3Bが一方のガイ
ド板55に当たることになるので、第2方向規制
体52を省略することができる。
Note that when the width of the long side portion 3A is large, the upper corner portion 3B comes into contact with one of the guide plates 55 in the state shown in FIG. 8, so the second direction regulating body 52 can be omitted.

以上述べたごとく本考案の洗壜機の排壜装置に
おける壜ガイド装置によれば、簡単な構造で角壜
の向きを一方向にそろえることができるものであ
つて、コストアツプにつながらない。また種々の
形状の角壜の方向規制をおこなうことができ、実
用価値の高いものである。
As described above, according to the bottle guide device of the bottle discharging device of the bottle washing machine of the present invention, the orientation of square bottles can be aligned in one direction with a simple structure, and does not lead to an increase in cost. Furthermore, it is possible to control the direction of square bottles of various shapes, and is of high practical value.

【図面の簡単な説明】[Brief explanation of the drawing]

図は本考案の一実施例を示し、第1図は一部切
欠き正面図、第2図は排壜作動部の一部切欠き正
面図、第3図は同部の一部切欠き側面図、第4図
は同部の横断面図、第5図はスライドトラフの平
面図、第6図は第5図の−矢視図、第7図お
よび第8図は方向規制状態を示すものであつて、
各図のは第5図の−、各図のは第5図の
−、各図のは第5図の−、各図のは
第5図の−に沿う矢視図である。第9図a〜
dは角壜の概略平面図である。 1……洗壜機、2……キヤリヤバスケツト、3
……壜、4……排壜装置、5……コンベヤ、6…
…機枠、7……側壁、8……スライドトラフ、9
……フリツパー軸、10……ボス、11……フリ
ツパー、12……サポート軸、13……ボス、1
4……棒状体、15……サポート、16……横
棒、17……バランスウエイト、18……プツシ
ヤ軸、19……ボス、20……L字杆、21……
プツシヤ、22……バランスウエイト、23……
ガイド板、24……カム軸、25……軸受、26
……軸受、27……フリツパーカム、28……サ
ポートカム、28A……カム溝、29……プツシ
ヤカム、30……受動スプロケツトホイール、3
1……高速用感知プレート、32……低速用感知
プレート、33……駆動スプロケツトホイール、
34……チエン、35……支持軸、36……ボス
部、37……ブラケツト、38……フリツパーカ
ムレバー、39……フリツパーローラ、40……
フリツパー軸レバー、41……連結ロツド、42
……ばね、43……サポートレバー、44……サ
ポートローラ、45……プツシヤカムレバー、4
6……プツシヤローラ、47……プツシヤ軸レバ
ー、48……連結ロツド、49……高速用近接ス
イツチ、50……低速用近接スイツチ、51……
第1方向規制体、52……第2方向規制体、53
……固定ボルト、54……鍵型穴、55……壜ガ
イド板。
The figures show an embodiment of the present invention, in which Fig. 1 is a partially cutaway front view, Fig. 2 is a partially cutaway front view of the bottle ejection operating section, and Fig. 3 is a partially cutaway side view of the same part. Fig. 4 is a cross-sectional view of the same part, Fig. 5 is a plan view of the slide trough, Fig. 6 is a view taken in the - arrow direction of Fig. 5, and Figs. 7 and 8 show the direction regulation state. And,
Each figure is a view along the arrows - in FIG. 5, - in each figure, - in FIG. 5, and - in each figure. Figure 9 a~
d is a schematic plan view of the square bottle. 1...Bottle washing machine, 2...Carrier basket, 3
...Bottle, 4...Bottle discharging device, 5...Conveyor, 6...
...Machine frame, 7...Side wall, 8...Slide trough, 9
...Flipper axis, 10...Boss, 11...Flipper, 12...Support axis, 13...Boss, 1
4... Rod-shaped body, 15... Support, 16... Horizontal bar, 17... Balance weight, 18... Pusher shaft, 19... Boss, 20... L-shaped rod, 21...
Pushya, 22...Balance weight, 23...
Guide plate, 24...Camshaft, 25...Bearing, 26
... Bearing, 27 ... Flipper cam, 28 ... Support cam, 28A ... Cam groove, 29 ... Pusher cam, 30 ... Passive sprocket wheel, 3
1... High speed sensing plate, 32... Low speed sensing plate, 33... Drive sprocket wheel,
34...Chain, 35...Support shaft, 36...Boss portion, 37...Bracket, 38...Flipper cam lever, 39...Flipper roller, 40...
Flipper shaft lever, 41...Connection rod, 42
... Spring, 43 ... Support lever, 44 ... Support roller, 45 ... Pusher cam lever, 4
6... Pusher roller, 47... Pusher shaft lever, 48... Connection rod, 49... High speed proximity switch, 50... Low speed proximity switch, 51...
First direction regulating body, 52...Second direction regulating body, 53
... Fixing bolt, 54 ... Key-shaped hole, 55 ... Bottle guide plate.

Claims (1)

【実用新案登録請求の範囲】[Scope of utility model registration request] 洗壜機の排壜部から壜搬送装置に向けて配設さ
れた壜案内用スライドトラフを断面半円形に形成
し、該トラフの両側縁に下流へいくほどすぼまり
状に配列された一対の壜ガイド板を配設し、上記
トラフの内周面に、トラフ長さ方向に対して同じ
方向に傾斜させ、下流にいくほどその厚さを大き
くした一対の方向規制体を取外し可能に設け、上
記方向規制体の一方を前記一方の壜ガイド板にほ
ぼ沿わせるとともに他方の方向規制体より短かく
して、上記トラフ内を降下してきた角壜の向きを
一方向にそろえるように構成したことを特徴とす
る洗壜機の排壜装置における壜ガイド装置。
A bottle guiding slide trough arranged from the bottle discharge section of the bottle washing machine toward the bottle conveying device is formed with a semicircular cross section, and a pair of slide troughs are arranged on both sides of the trough in a shape that becomes narrower toward the downstream. A bottle guide plate is disposed, and a pair of direction regulating bodies are removably provided on the inner circumferential surface of the trough, which are inclined in the same direction with respect to the trough length direction and whose thickness increases toward the downstream. , one of the direction regulating bodies is made to substantially follow one of the bottle guide plates and being shorter than the other direction regulating body, so that the square bottles descending within the trough are aligned in one direction. A bottle guide device in a bottle discharging device of a bottle washer.
JP3997882U 1982-03-20 1982-03-20 Bottle guide device in bottle discharging device of bottle washing machine Granted JPS58143394U (en)

Priority Applications (1)

Application Number Priority Date Filing Date Title
JP3997882U JPS58143394U (en) 1982-03-20 1982-03-20 Bottle guide device in bottle discharging device of bottle washing machine

Applications Claiming Priority (1)

Application Number Priority Date Filing Date Title
JP3997882U JPS58143394U (en) 1982-03-20 1982-03-20 Bottle guide device in bottle discharging device of bottle washing machine

Publications (2)

Publication Number Publication Date
JPS58143394U JPS58143394U (en) 1983-09-27
JPS6240956Y2 true JPS6240956Y2 (en) 1987-10-20

Family

ID=30051243

Family Applications (1)

Application Number Title Priority Date Filing Date
JP3997882U Granted JPS58143394U (en) 1982-03-20 1982-03-20 Bottle guide device in bottle discharging device of bottle washing machine

Country Status (1)

Country Link
JP (1) JPS58143394U (en)

Also Published As

Publication number Publication date
JPS58143394U (en) 1983-09-27

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