JPS58132496A - Bread slicer - Google Patents
Bread slicerInfo
- Publication number
- JPS58132496A JPS58132496A JP1304782A JP1304782A JPS58132496A JP S58132496 A JPS58132496 A JP S58132496A JP 1304782 A JP1304782 A JP 1304782A JP 1304782 A JP1304782 A JP 1304782A JP S58132496 A JPS58132496 A JP S58132496A
- Authority
- JP
- Japan
- Prior art keywords
- bread
- belt
- plate
- cutting line
- cutting
- 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.)
- Granted
Links
Abstract
(57)【要約】本公報は電子出願前の出願データであるた
め要約のデータは記録されません。(57) [Summary] This bulletin contains application data before electronic filing, so abstract data is not recorded.
Description
【発明の詳細な説明】
本発明は角柱状に焼成された食パンを適当な厚さ寸法、
のパン片に切断するパン切線に関する。DETAILED DESCRIPTION OF THE INVENTION The present invention provides baking bread baked into a prismatic shape with an appropriate thickness and thickness.
Regarding the bread cutting line for cutting into bread pieces.
パンの販売店では角柱状に焼成された食ノ（ンを顧客の
注文により適当な厚さ寸法に切断して販売することが多
い。ここで使用するパン切線は、側板と底板とを１字形
に連設してなり、機台前後方向に対し若干傾斜をつけ適
当なストロークで往復動自在に取着した被切断パンの載
置台と、この載置台の前端に臨んで配設した回転刃物お
よび切断寸法調整板を備え、載置台を人手によって動か
しパンの切断を行う形式のものが多い。Bread shops often sell prismatic baked bread by cutting it into appropriate thicknesses according to customer orders. There is a mounting table for the bread to be cut, which is attached to the machine at a slight inclination in the front-rearward direction so that it can freely move back and forth with an appropriate stroke; Most of them are equipped with a cutting dimension adjustment plate and the placing table is moved manually to cut the bread.
この種パン切線で、回転刃物に対する被切断パンの送給
は、載置台を切断寸法調整板に対向させた位置、つまり
載置台がその始動点にある位置で被切断パンを後押しす
るか、または載置台が回転刃物側へ傾斜していることに
よる重力の利用で切断寸法調整板に当接するまでを送給
し、そのままに載置台を動かして切断をかけるものであ
る。In this type of bread cutting line, the bread to be cut is fed to the rotary blade by pushing the bread to be cut with the mounting table facing the cutting dimension adjustment plate, that is, at the starting point of the mounting table, or The table is tilted toward the rotary blade, so gravity is used to feed the blade until it touches the cutting size adjustment plate, and then the table is moved to perform cutting.
このようにして切断を繰り返し、最後に耳部を残しての
切断を行うに際しては、載置台上においてパン後端の押
え付は保持が求められるもので、従来よりこのために載
置台には被切断パンの送給方向に往復移動自在に後押し
板が配装してあって、この後押し板を手動で押し進める
か、または後押し板をパン送給方向にばね力あるいは重
力を利用して付勢し、パン送給を自動化するように構成
している。When cutting is repeated in this way, leaving the ears at the end, it is necessary to hold the rear end of the bread on the mounting table. A booster plate is disposed so as to be able to move back and forth in the feeding direction of the cutting pan, and the booster plate can be pushed forward manually, or the booster plate can be biased in the pan feeding direction using spring force or gravity. , configured to automate bread feeding.
ところで、上記のように載置台上に配装した後押し板を
人手によって押し進める構成のものは構造は簡単となる
が、作業中片方の手が載置台上におけるパン送給にとら
れ、作業がしに（いばかりでなく、手が回転刃物に近づ
き非常に危険なものである。By the way, although the structure of the configuration in which the pusher plate placed on the mounting table is manually pushed forward as described above is simple, one hand is occupied with feeding the bread on the mounting table during work, making it difficult to work. Not only is it dangerous, but it also puts your hands close to the rotating blade, which is extremely dangerous.
一方、後押し板を付勢しパン送給を自動化した構成のも
のは、被切断パンに対しその切断中も含め常時後押し圧
がかけられて、これがためふっくらに焼成した軟質食パ
ン等の場合は中間部分が樽形に脹み、切断寸法に狂いを
生じ、また切断後の切口も輿直ぐにならず、品質ならび
に外観を悪化することがあるものである。On the other hand, with a configuration in which bread feeding is automated by energizing a boosting plate, boosting pressure is constantly applied to the bread to be cut, including during cutting, and this causes the bread to be baked soft and fluffy. The part swells into a barrel shape, causing an error in the cut dimensions, and the cut after cutting is not straight, which may deteriorate the quality and appearance.
本発明は上記の点に鑑みなされたものであって、載１台
上における被切断パンの送給を無端回走するベルトコン
ベアに載１してモータ駆動によって行い、しかもパンの
後ずさりがない程度に軽く当板をパン後端面に当てがい
、最後のパン片の切断まで全く無理がかからずして烏品
質なパン片の切断を実現したパン切線を提供しようとす
るものである。The present invention has been made in view of the above-mentioned points, and the bread to be cut is fed on a single platform by a motor-driven conveyor placed on an endlessly rotating belt conveyor, and moreover, the bread to be cut is not moved backward. To provide a bread cutting line that realizes cutting of bread-quality bread pieces by lightly applying a backing plate to the rear end surface of the bread and cutting the last bread piece without applying any force at all.
以下、本発明の実施例を図面に基いて説明する。Embodiments of the present invention will be described below with reference to the drawings.
（１）は機台、（２）は被切断パン（Ａ）の載置台、（
３）はこの載置台前端に臨んで配設せられ、モータ（４
）に連結の回転刃物、（５）は同じく載置台前端に臨み
、かつ回転刃物（３）の前位に配設せられ、回転刃物〈
３）との距離を自由に設定可能にした切断寸法調整板を
示す。(1) is the machine stand, (2) is the mounting table for the bread to be cut (A), (
3) is placed facing the front end of this mounting table, and the motor (4)
) is connected to the rotary cutter (5), which also faces the front end of the mounting table and is placed in front of the rotary cutter (3).
3) shows a cutting dimension adjustment plate that allows the distance to be freely set.
前記載置台（２）は鋼板（２ａ）と底板（２ｂ）とを銅
板（２ａ）を手前にＬ字状に連設してなり、側板（２ａ
）側を低（して底板（２ｂ）には若干の傾斜がつけられ
、適当なストロークを往復動する。The mounting stand (2) is made up of a steel plate (2a) and a bottom plate (2b) arranged in an L-shape in front of the copper plate (2a), and a side plate (2a).
The bottom plate (2b) has a slight inclination with its lower side ( ) side, and it reciprocates with an appropriate stroke.
本発明においては、この載置台（２）の前後両端部にロ
ーラ（６）（７）をそれぞれ軸支し、該ローラ（６）（
７）に無端ベルト（８）をその上位回走部下面が底板面
に摺接する如くして掛は渡し、また後部ローラ軸（７ａ
）をモータ（９）に減速機構（１０）を介して連結して
なるベルトコンベアを配装する。In the present invention, rollers (6) and (7) are pivotally supported at both front and rear ends of this mounting table (2), respectively, and the rollers (6) and
7), the endless belt (8) is passed around so that its upper running lower surface is in sliding contact with the bottom plate surface, and the rear roller shaft (7a
) is connected to a motor (9) via a speed reduction mechanism (10).
尚、このベルトコンベアのベルト（８）は後述する永久
磁石片との関係から非金属資材を以て構成し、図示例で
はベルト（８）を適当な間隔を離し適宜幅員のベルト２
本を並列させベルト２本が一体回走する構成を示したが
、ベルト本数、ベルト幅員等は被切断パン（Ａ）を載１
する上から都合が良いように決めればよい。Note that the belt (8) of this belt conveyor is made of a non-metallic material in view of the relationship with the permanent magnet pieces described later.
Although we have shown a configuration in which books are placed side by side and two belts run together, the number of belts, belt width, etc.
You can decide what is convenient for you.
（１１）はベルト（８）に沿い載置台−側に支持部材（
１２）を介して架承した案内杆、（１３）はこの案内杆
〈１１）に係合せられ、案内杆（１１）に沿っての往復
移動と案内杆、［１）を軸にして回動し載置台底板（２
ｂ）に対する接離を自在にして設けた当板で、その下部
には永久磁石片（１４）が設けてあり、当板（１３）が
常態位置に置かれるとき磁石片（１４）の磁力がベルト
（８）を通して載置台底板（２ｂ）間で吸引力として作
用するようにしている。(11) is a support member (
The guide rod (13) supported through the guide rod (12) is engaged with this guide rod (11), and moves back and forth along the guide rod (11) and rotates around the guide rod (1). Bottom plate of the mounting table (2
This is a contact plate that can be moved freely towards and away from b), and a permanent magnet piece (14) is provided at the bottom of the contact plate, and when the contact plate (13) is placed in the normal position, the magnetic force of the magnet piece (14) is The belt (8) is used to act as a suction force between the mounting table bottom plates (2b).
従って、ベルト面には当板（１３）の磁石片（１４）が
ベルト（８）を載置台底板面に押え付ける形で接触し、
外部からの抵抗がない状態ではベルト（８）の回動に追
従して当板（１３）も移動する。Therefore, the magnet piece (14) of the contact plate (13) contacts the belt surface in a manner that presses the belt (8) against the bottom plate surface of the mounting table.
When there is no resistance from the outside, the contact plate (13) also moves following the rotation of the belt (8).
次にｊＩａ図は２つのモータ（４）（９）の電気制御回
路を示す。同図において、（１５）は電源スィッチ、（
１６） （１７）は手元ブツシュボタンスイッチで、
その一方のスイッチ（１６）は載置台（２）に取着した
操作柄（１８）に設けられ、他方のスイッチ（１７）は
機台適所に設ける。Next, diagram jIa shows the electric control circuit for the two motors (4) and (9). In the same figure, (15) is a power switch, (
16) (17) is a hand button switch,
One of the switches (16) is provided on an operating handle (18) attached to the mounting table (2), and the other switch (17) is provided at an appropriate position on the machine.
（１９） （２０） （２１）は機台下面等に、載
置載置台（２）の移動方向に合致して設けた導電板で、
そのうちの２つの導電板（１９） （２０）は載１台
（２）の移動範囲の長さに設定せられ、残る１つの導電
板（２１）は載置台〈２）がその始動点を若干離れた位
置から所定距離を移動する範囲の長さに設定しである。(19) (20) (21) are conductive plates provided on the underside of the machine, etc., in alignment with the moving direction of the mounting table (2).
Two of the conductive plates (19) and (20) are set to the length of the moving range of the mount (2), and the remaining one conductive plate (21) is set so that the starting point of the mount (2) is slightly set. The length is set to a range that covers a predetermined distance from a remote location.
そして、各導電板（１９） （２０） （２１）に
はそれぞれに載置台（２）と同体移動する摺動子（２２
） （２３） （２４）を対設し、２つのブツシュ
ボタンスイッチ（１６）（１１）を同時に押圧操作する
ことにより、常時接触状態にある導電板（１９） （２
０）と摺動子（２２） （２３）を介してモータ（４
）には連続通電をして回転刃物（３）を回転させ、また
モータ（９）には載置板（２）の移動で摺動子（２０（
８）を駆動するようにしている。Each conductive plate (19), (20), and (21) has a slider (22) that moves together with the mounting table (2).
) (23) (24) are arranged opposite each other, and by pressing the two button switches (16) and (11) at the same time, the conductive plates (19) (2
0) and the motor (4) via the slider (22) (23).
) is continuously energized to rotate the rotary cutter (3), and the motor (9) has a slider (20 (
8).
尚、上記実施例では導電板及び摺動子の組み合せによる
２つのモータ（４）（９）の電気制御回路構成を示した
が、載置台（２）の動きに関連して動作するマイクロス
イッチ等を適所に用いることや他の制御回路を組むこと
も可能である。In the above embodiment, the electric control circuit configuration of the two motors (4) and (9) is shown by a combination of a conductive plate and a slider. It is also possible to use the control circuit in an appropriate place or to assemble other control circuits.
次に作用を説明する。Next, the action will be explained.
載置台（２）を始動点に位置させ、被切断パン（Ａ＞を
ベルト（８）上に載せる。この際、当板（１３）は被切
断パン（Ａ）後方に離してあってもよく、特に両者を接
触させる必要はない。Place the mounting table (2) at the starting point and place the bread to be cut (A>) on the belt (8).At this time, the contact plate (13) may be placed at a distance behind the bread to be cut (A). , there is no particular need for the two to be in contact.
ここで、２つのブツシュボタンスイッチ（１６）（１７
）を同時に押圧操作すると先ずはモータ（４）が起動し
て回転刃物（３）が回転を開始する。次に載置台（′２
）を押し進めると、該載置台（２）が始動点を離れた直
後でモータ（９）が起動し、ベルト（８）が回動してそ
の上に載せられたパン（Ａ＞を前進させパン前端が寸法
調整板（５）に衝接して爾後ベルト（８）はパン下面を
滑走する。引き続き載置台（２）の動きで切断が行われ
るようになるが、この切断開始直前には摺動子（２４）
が導電板（２１）上から離れてモータ（９）は回転を停
止しベルト（８）の回動が停止しており、この状態で切
断は行なわれるものである。Here, two button switches (16) (17)
) at the same time, the motor (4) is activated and the rotary cutter (3) starts rotating. Next, the mounting table ('2
), the motor (9) starts immediately after the platform (2) leaves the starting point, and the belt (8) rotates to advance the pan (A) placed on it. After the front end collides with the dimension adjustment plate (5), the belt (8) slides on the bottom surface of the pan.Cutting is then performed by the movement of the mounting table (2), but just before this cutting starts, the belt (8) slides on the bottom surface of the pan. Child (24)
is separated from the conductive plate (21), the motor (9) stops rotating, and the belt (8) stops rotating, and cutting is performed in this state.
こうして切断後、載置台（２）を手元に引き戻して始動
点にもってくると、その途上で再び摺動子（２４）と導
電板（２１）が接触しモータ（９）に対する通電でベル
ト（８）の回動によるパン（Ａ）の前進があり、載置台
（２）が始動点に達して−Ｈモータ（９）の回転が停止
する。そして次に載置台（２）を押し進めると、再び上
記と同じ動作の下でのベルト（８）の回動停止の後に切
断が行なわれ゛る。After cutting in this way, when the mounting table (2) is pulled back to the starting point, the slider (24) and the conductive plate (21) come into contact again on the way, and the belt (8) is energized by energizing the motor (9). ), the pan (A) moves forward, the mounting table (2) reaches the starting point, and the -H motor (9) stops rotating. Then, when the mounting table (2) is pushed forward, cutting is performed again after the rotation of the belt (8) is stopped under the same operation as above.
尚、上記のようにパン切断作業の途中で載置台（２）を
始動点へ引き戻す途中でもベルト（８）の回動によるパ
ンの前進があり、始動点に達して一旦停止するところか
ら、パン片を厚切りするような場合等には載１台（２）
の往復動２回に分けてパンを前進させることができて載
置台（２）を動かすスピードの変更や、特別な操作等を
要せずして確実に予定する前進が行われ、能率よく切断
ができる。また当板（１３）は切断準備段階では被切断
パン（Ａ）後方に離した位置にあっても、切断作業を開
始するとべ、ルト（８）面に吸着状態でベルト（８）の
回動によって被切断パン＜Ａ＞に近づき、パン後端に当
接してからはベルト（８）はこの当板下底面をも滑走す
るようになる。しかし、当板下底面をベルト（８）が滑
走する際の両者の吸着力は極めて軽いものであり、パン
後押し力として利用するものではなく、これは最後の耳
部を残してのパン片切断時にその後当てとしてのみ必要
とされるものである。As mentioned above, the bread moves forward due to the rotation of the belt (8) even while pulling the mounting table (2) back to the starting point in the middle of the bread cutting operation. When cutting thick pieces, use one machine (2)
The pan can be advanced in two reciprocating movements, and the scheduled advance can be reliably performed without changing the speed of moving the mounting table (2) or requiring any special operations, resulting in efficient cutting. I can do it. In addition, even if the contact plate (13) is in a position far behind the bread to be cut (A) during the cutting preparation stage, when the cutting operation starts, the belt (8) is rotated while being attracted to the belt (8) surface. When the belt (8) approaches the bread to be cut <A> and comes into contact with the rear end of the bread, the belt (8) also slides on the lower bottom surface of this plate. However, when the belt (8) slides on the bottom surface of the plate, the adsorption force between the two is extremely light, and it is not used as a bread pushing force. Sometimes it is needed only as a follow-up.
本発明は上記の如く載置台（２）を始動点に持つてくる
たびにベルト（８）が回動して被切断パン（Ａ）を切断
位置まで進めるようにし、回転刃物（３）によって切断
が行われている闇はベルト（８）および当板（１３）が
停止して切断中の押し付は作用を無くしたことによって
、ふっくらに焼成された軟質食パンの切断に当っても切
口を整え、切断された全パン片を正確な寸法に切断でき
て品質を向上し、また当板（１３）の下底部には永久磁
石片（１４）を取付け、これがベルト（８）を通して載
置台底板面間に磁力を生じてベルト面に吸着移動させら
れるようにしたから、この当板（１３）が被切断パン（
Ａ）の後端面に当接させられた状態にあっても従来の後
押し板とは異なり、当板による後押し作用はな（、最後
のパン片の切断時にはじめてパンを安定に保持するのに
役立つもので、ここでたとえパン後端面と当板との当り
具合が偏ったものであっても切断されるパン片には全く
影響がなく、切り残し耳部の大きざを最小に止めての正
確な切断を実現して無駄を少なりシ、また切断準備も簡
単で能率よく切断作業が遂行できる。As described above, the belt (8) rotates each time the mounting table (2) is brought to the starting point to advance the bread to be cut (A) to the cutting position, and the rotary blade (3) cuts the bread (A). The reason why the belt (8) and the plate (13) are stopped and the pressing effect during cutting is eliminated, allowing the cut to be made evenly when cutting fluffy, baked soft bread. , all the cut bread pieces can be cut into accurate dimensions, improving quality, and a permanent magnet piece (14) is attached to the bottom of the plate (13), which is passed through the belt (8) and attached to the bottom plate surface of the mounting table. Since a magnetic force is generated between them to attract and move the belt surface, this contact plate (13) is attached to the bread to be cut (13).
A) Unlike conventional pusher plates, the backing plate does not have any boosting action even when it is in contact with the rear end surface (it is only useful for stably holding the bread when cutting the last piece of bread) Here, even if the contact between the rear end of the bread and the plate is uneven, it will not affect the bread pieces being cut at all, and the size of the uncut ears can be kept to a minimum to ensure accuracy. Cutting can be performed efficiently, reducing waste, and preparing for cutting is simple, allowing cutting work to be carried out efficiently.
図面は本発明の実施例を示すもので、第１図はパン駒撮
の正面図、第２図はパン載置台の平面図、第３図は電気
回路図である。
１・・・機台、 ２・・・載置台、 ３・・・回転刃
物、４・・・モータ、５・・・寸法調整板、６．７・・
・ローラ、８・・・ベルト、９・・・モータ、 １０・
・・減速機構、１１・・・案内杆、１２・・・支持部材
、１３・・・当板、１４・・・永久磁石片、 １５
・・・電源スィッチ、１６．１７・・・ブツシュボタン
スイッチ、１８・・・操作柄、 １９．２０．２１・
・・導電板、２２．２３．２４・・・摺動子。The drawings show an embodiment of the present invention, and FIG. 1 is a front view of a pan frame photograph, FIG. 2 is a plan view of a pan mounting table, and FIG. 3 is an electric circuit diagram. DESCRIPTION OF SYMBOLS 1... Machine stand, 2... Mounting stand, 3... Rotating blade, 4... Motor, 5... Dimension adjustment plate, 6.7...
・Roller, 8... Belt, 9... Motor, 10.
... Reduction mechanism, 11 ... Guide rod, 12 ... Support member, 13 ... Backing plate, 14 ... Permanent magnet piece, 15
...Power switch, 16.17...Button switch, 18...Operation handle, 19.20.21.
...Conductive plate, 22.23.24...Slider.
Claims (4)
を挾み前端を回転刃物に臨ませたベルトコンベア装置を
設け、該コンベア面に対し磁力により吸着移動可能に当
板を配装したことを特徴とするパン切線。(1) A belt conveyor device is installed on one platform on which the bread to be cut is placed, with the bottom plate of the platform sandwiched between the bottom plate and the front end facing the rotating blade, and the plate can be moved by magnetic attraction to the conveyor surface. A bread cutting line characterized by the arrangement of.
、案内杆に沿っての往復移動ならびに案内杆を軸にして
回動し、載１台の底板面からの接離を自在にしたことを
特徴とする特許の請求の範囲第１項記載のパン切線。(2) The front distribution plate engages with a guide rod mounted on the side of the loading table, moves back and forth along the guide rod, rotates around the guide rod, and makes contact with the bottom plate of the loading table. The bread cutting line according to claim 1, characterized in that the bread cutting line can be freely separated.
し、当板とベルト面と“の吸着力は当板下底部に設けた
永久磁石片がベルトを通し、該ベルトが摺接する載置台
底板面間に生じる吸引磁力によることを特徴とする特許
の請求の範囲第１項記載のパン切線。(3) The belt of the conveyor is made of a non-metallic material, and the attraction force between the plate and the belt surface is determined by the permanent magnet piece provided at the bottom of the plate passing the belt, and the bottom plate of the mounting base on which the belt slides. The bread cutting line according to claim 1, characterized in that the bread cutting line is based on an attractive magnetic force generated between the surfaces.
する通電は載置台がその始動点を離れた直後から被切断
パンに対する回転刃物の切込開始点直前までを動く閣で
通電可能としたことを特徴とする特許の請求の範囲第１
項記載のパン切線。(4) The conveyor is connected to a motor, and the motor can be energized by a mechanism that moves from immediately after the mounting table leaves its starting point to just before the point where the rotary blade starts cutting into the bread to be cut. Characteristic patent claim 1
Bread cutting line as described in section.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| JP1304782A JPS5943278B2 (en) | 1982-01-28 | 1982-01-28 | bread cutting machine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| JP1304782A JPS5943278B2 (en) | 1982-01-28 | 1982-01-28 | bread cutting machine |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| JPS58132496A true JPS58132496A (en) | 1983-08-06 |
| JPS5943278B2 JPS5943278B2 (en) | 1984-10-20 |
Family
ID=11822200
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| JP1304782A Expired JPS5943278B2 (en) | 1982-01-28 | 1982-01-28 | bread cutting machine |
Country Status (1)
| Country | Link |
|---|---|
| JP (1) | JPS5943278B2 (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JP2007152507A (en) * | 2005-12-06 | 2007-06-21 | Mayekawa Mfg Co Ltd | Bread slicer and bread cutting method |
| JP2013000884A (en) * | 2012-08-24 | 2013-01-07 | Miyazawa:Kk | Bread loaf feeding device |
Families Citing this family (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JPS62152890U (en) * | 1986-03-20 | 1987-09-28 |
-
1982
- 1982-01-28 JP JP1304782A patent/JPS5943278B2/en not_active Expired
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JP2007152507A (en) * | 2005-12-06 | 2007-06-21 | Mayekawa Mfg Co Ltd | Bread slicer and bread cutting method |
| JP2013000884A (en) * | 2012-08-24 | 2013-01-07 | Miyazawa:Kk | Bread loaf feeding device |
Also Published As
| Publication number | Publication date |
|---|---|
| JPS5943278B2 (en) | 1984-10-20 |
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