JP5297209B2 - stopper - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To provide a stopper easy in operation, and easy in cleaning, when stopping a carrying object, and also the stopper without requiring maintenance without causing failure, and without requiring running cost, with a simple constitution. <P>SOLUTION: This stopper 1 comprises a rotary member 3 having a rotary shaft 39 and a stopping member 30 fixed to the rotary shaft 39, and a bearing member 2 rotatably supporting the rotary member 3 and fixed to a base 300 for fixing the stopper 1, and is constituted so that an abutting part 37 abutting on the carrying object is arranged on one end of the stopping member 30, and a support part 33 is arranged on the other end for stopping rotation of the rotary member 3, and weight of a support part 33 side part from the rotary shaft 39 of the stopping member 30, is formed heavier than weight of an abutting part 37 side part from the rotary shaft 39. <P>COPYRIGHT: (C)2010,JPO&amp;INPIT

Description

本発明は、コンベアにおいて搬送物の位置決めを行なう、動力を用いないストッパーに関し、特に炊飯システムに好適に用いられるコンベア用ストッパーに関する。   The present invention relates to a stopper that does not use power for positioning a conveyed product in a conveyor, and more particularly to a conveyor stopper that is suitably used in a rice cooking system.

従来から様々な搬送物の搬送にコンベアが用いられている。例えば、炊飯システムにおいては、搬送物である炊飯釜がコンベア上を移動し、その間に炊飯釜に米及び水が投入され、炊かれ、蒸らされ、ほぐされる等の一連の炊飯作業が行なわれている。このコンベアは、動力を用いて動かす駆動コンベアと、動力を用いずに、人力或いは搬送物の自重を用いて搬送物を移動させるコンベアに大別される。   Conventionally, conveyors have been used to transport various conveyed items. For example, in a rice cooking system, a rice cooker, which is a conveyed product, moves on a conveyor, while rice and water are put into the rice cooker, cooked, steamed, and loosened. ing. This conveyer is roughly classified into a drive conveyer that moves using power and a conveyer that moves a conveyed product by using human power or its own weight without using power.

駆動コンベア上の搬送物を停止させる場合には、コンベア自体を停止させる必要があるが、動力を用いないコンベアでは搬送物自体を停めればよい。   In order to stop the conveyed product on the drive conveyor, it is necessary to stop the conveyor itself. However, the conveyed product itself may be stopped in a conveyor that does not use power.

このようなコンベア上での搬送物の搬送において、搬送物を停止させ、搬送物或いは搬送物に収納された物に何等かの処理を施すことがある。例えば、炊飯システムにおいては、炊き込みご飯を作るために、炊飯前の米及び水が投入された炊飯釜に調味料や具材を投入する際や、酢飯を作るために炊飯後の炊き上がったお米に酢等の調味料を投入する際に、コンベア上で炊飯釜を停止させる必要がある。そして、この停止は、調味料や具材の確実且つ万遍ない投入のため、投入装置、投入口、噴霧口の真下で行なわれる必要がある。   In transporting a transported object on such a conveyor, the transported object may be stopped and some processing may be performed on the transported object or the object stored in the transported object. For example, in the rice cooking system, in order to make cooked rice, when cooking seasoning and ingredients were put into the rice cooker with rice and water before cooking, or after cooking rice to make vinegared rice When adding seasoning such as vinegar to rice, it is necessary to stop the rice cooker on the conveyor. And this stop needs to be performed right under the charging device, the charging port, and the spraying port in order to surely and evenly add the seasonings and ingredients.

そこで、コンベアの途中に搬送物を停止させ、位置決め出来る搬送物の停止機構が設けられているものもある。具体的には、センサーとストッパーで構成され、コンベア上の搬送物の有無をセンサーで検知し、センサーの検知によりスイッチの開閉を行なって、動力源を用いて棒状のストッパーをコンベア上に突出させて搬送物を停止させるものがある（例えば、特許文献１参照。）。   Therefore, there is a thing provided with a stop mechanism for the conveyed product that can stop and position the conveyed product in the middle of the conveyor. Specifically, it is composed of a sensor and a stopper. The sensor detects the presence or absence of a transported object on the conveyor, opens and closes the switch by detecting the sensor, and uses a power source to project a rod-shaped stopper onto the conveyor. To stop the conveyed product (see, for example, Patent Document 1).

又、特に炊飯システムのコンベアの途中で炊飯釜を停止させるものとして、コンベア上に設けた停止杆に、コンベア上を移送されてきた炊飯釜が接触すると、停止杆が作動し、リミットスイッチにより制御装置が作動して、コンベアが停止すると共に、炊飯釜の両側に一対のエアーシリンダーが伸長して炊飯釜を挟持して炊飯釜の位置決めをする機構が開示されている（例えば、特許文献２参照。）。   In addition, especially when the rice cooker is stopped in the middle of the conveyor of the rice cooking system, when the rice cooker transferred on the conveyor comes into contact with the stop basket provided on the conveyor, the stop bowl is activated and controlled by the limit switch. A mechanism is disclosed in which the apparatus is activated and the conveyor stops, and a pair of air cylinders extend on both sides of the rice cooker to sandwich the rice cooker and position the rice cooker (see, for example, Patent Document 2). .)

その他、動力を使用しない停止機構として、コンベアの基台に固定され、複数の軸支されたブラケットとバネで構成されるアームの先端に設けた棒状体をアームの下端に設けたペダルを足で操作して、棒状体をコンベア上に突出させて搬送物を停止させる機構が採用されている。   In addition, as a stopping mechanism that does not use power, a pedal that is fixed to the base of the conveyor and that is provided at the tip of the arm consisting of a plurality of pivotally supported brackets and springs is provided at the lower end of the arm. A mechanism is employed that operates to stop the conveyed product by causing the rod-shaped body to protrude on the conveyor.

特許第２８７９０３６号公報Japanese Patent No. 2879036 特開２００３−４７５５８号公報JP 2003-47558 A

しかし、上記特許文献１又は２に開示されている従来の停止機構は、何れも電気等の動力を使用し、搬送物を停止させるストッパー以外にもセンサー等の電子部品その他の部材及び電源等の駆動源を必要とするので、装置が複雑となるという問題点、コストが嵩むとという問題点、故障し易くメンテナンスを頻繁に行なう必要があるいといった問題点、清掃作業が煩雑となるといった問題点があった。   However, the conventional stopping mechanisms disclosed in the above-mentioned Patent Documents 1 and 2 all use electric power and other electronic components such as sensors and other members, power supplies, etc. Because it requires a drive source, the problem is that the device is complicated, the cost is high, the problem is that it tends to break down and the maintenance needs to be performed frequently, and the cleaning work is complicated. was there.

又、上記動力を使用せず、アームを足で操作する従来技術においては、操作者が意識的に操作する必要があり、作業が煩雑になるという問題点や、ストッパー以外にも部材を必要とするので、装置が複雑となるという問題点、清掃作業が煩雑となるといった問題点があった。   Moreover, in the prior art in which the arm is operated with a foot without using the above power, the operator needs to operate consciously, and the work becomes complicated, and members other than the stopper are required. Therefore, there are problems that the apparatus becomes complicated and that the cleaning work becomes complicated.

そこで、本発明は、動力を使用することなく、ストッパー以外の他の部材を必要とせず、単純な構成として、故障しずらくメンテナンスの必要がなく、ランニングコストが不要なストッパーを提供することを目的とし、更に、搬送物を止める際の操作も容易で、清掃も容易なストッパーを提供することを目的とする。   Therefore, the present invention provides a stopper that does not use power, does not require any other member other than the stopper, has a simple configuration, does not require maintenance that is difficult to break down, and does not require running costs. It is another object of the present invention to provide a stopper that can be easily operated and stopped easily when stopping a conveyed product.

上記課題を解決するための手段としての本発明は、動力を使用しないストッパーであって、回動軸と該回動軸に固定された停止部材を備えた回動部材と、前記回動部材を回動自在に支持し、ストッパーを固定する基台に固定される軸受部材を備えて構成され、前記停止部材の一端には、搬送物と当接する当接部が設けられ、他端には前記回動部材の回動を止める支持部が設けられ、前記停止部材の前記回動軸から前記支持部側の部分の重さが、前記回動軸から前記当接部側の部分の重さより重く形成されていることを特徴とするストッパーである。   The present invention as means for solving the above-described problems is a stopper that does not use power, and includes a rotating member having a rotating shaft and a stop member fixed to the rotating shaft, and the rotating member. A bearing member that is rotatably supported and fixed to a base that fixes a stopper is provided. One end of the stop member is provided with an abutting portion that abuts a conveyed product, and the other end is provided with the abutting portion. A support portion for stopping the rotation of the rotation member is provided, and the weight of the portion of the stop member on the support portion side from the rotation shaft is heavier than the weight of the portion on the contact portion side from the rotation shaft. The stopper is characterized by being formed.

又、上記ストッパーにおいて、前記軸受部材は、底片の両端から側片が立設され、該側片の上端部には、前記回動軸が設置される軸受凹部が設けられ、前記回動部材は、横片の両端から、先端部が前記当接部を構成する縦片が立設されると共に、前記横片には、前記縦片の立設方向と反対方向に前記支持部を構成する支持片が立設され、前記縦片間に、前記回動軸が固定され、前記軸受部材の軸受凹部に前記回動軸を設置して、前記回動部材を前記軸受部材に回動自在に設置したことを特徴とするストッパーである。   In the stopper, the bearing member has side pieces standing from both ends of the bottom piece, and an upper end portion of the side piece is provided with a bearing recess in which the rotation shaft is installed. A vertical piece whose front end portion constitutes the abutting portion is provided upright from both ends of the horizontal piece, and the horizontal piece is supported by the support portion in a direction opposite to the vertical direction of the vertical piece. A piece is erected, the turning shaft is fixed between the vertical pieces, the turning shaft is installed in a bearing recess of the bearing member, and the turning member is rotatably installed on the bearing member. This is a stopper characterized by the above.

又、上記ストッパーにおいて、前記軸受部材の底片には、長孔を設けたことを特徴とするストッパーである。   Further, in the stopper, the bottom piece of the bearing member is provided with a long hole.

又、コンベア上を移送される搬送物の停止、位置決めに用いられるストッパー機構であって、上記いずれかのストッパーを基台に設けて構成したことを特徴とするストッパー機構である。   Further, the stopper mechanism is used for stopping and positioning a conveyed product transferred on a conveyor, and is configured by providing any one of the stoppers on a base.

又、上記ストッパー機構において、前記ストッパーを所定の間隔を持って２個設けて構成したことを特徴とするストッパー機構である。   The stopper mechanism is characterized in that two stoppers are provided at a predetermined interval.

又、前記搬送物としての炊飯釜内の炊き上がった米に酢を散布するための食酢散布装置であって、前記基台たる筐体に上記ストッパー機構を設けたことを特徴とする食酢散布装置である。   Also, a vinegar spraying device for spraying vinegar to the cooked rice in the rice cooker as the conveyed product, wherein the stopper mechanism is provided on the base casing. It is.

又、炊飯を行なう炊飯システムであって、上記ストッパー機構を設けたことを特徴とする炊飯システムである。   Moreover, it is a rice cooking system which cooks rice, Comprising: It is the rice cooking system provided with the said stopper mechanism.

上記炊飯システムにおいて、上記食酢散布装置を備えたことを特徴とする炊飯システムである。   In the rice cooking system, the rice vinegar spraying device is provided.

以上のような本発明によれば、動力を使用することなく、ストッパー以外の他の部材を必要とせず、単純な構成として、故障しずらくメンテナンスの必要がなく、ランニングコストを不要とすることが出来た。又、搬送物を止める際の操作も容易で、清掃も容易とすることが出来た。   According to the present invention as described above, no power is used, no other members other than the stopper are required, the simple configuration eliminates the need for maintenance that is difficult to fail, and eliminates the need for running costs. Was made. In addition, the operation for stopping the conveyed product is easy and the cleaning can be facilitated.

以下本発明の実施の形態を図に従って説明する。本発明のストッパー１は、コンベアにおいて移送される搬送物の停止及び位置決めを行なう、動力を用いないストッパーであり、図１〜図３によく示すように、軸受部材２と、回動軸３９と回動軸３９に固定された停止部材３０を備えて構成される回動部材３を備えて構成されている。軸受部材２、回動軸３９、停止部材３０の材質は特に限定されないが、ステンレスを用いることが好ましい。   Embodiments of the present invention will be described below with reference to the drawings. The stopper 1 of the present invention is a stopper that does not use power to stop and position a conveyed product transferred on a conveyor. As shown in FIGS. 1 to 3, a bearing member 2, a rotating shaft 39, The rotation member 3 is configured to include a stop member 30 fixed to the rotation shaft 39. The materials of the bearing member 2, the rotation shaft 39, and the stop member 30 are not particularly limited, but it is preferable to use stainless steel.

尚、本発明のストッパー１が使用されるコンベアは、駆動コンベアでも、動力を用いないコンベアでもよいが、動力を用いないコンベアに用いることで、後述する炊飯システムや食酢散布装置を単純な構成として、搬送物を止める際の操作も容易で、清掃も容易、更には故障しずらくメンテナンスの必要がなく、ランニングコストを低廉化させることが出来る。動力を用いないコンベアとしては、特に限定されないが、グラビティコンベアであるホイルコンベア、ローラコンベア、ケースラックコンベア、フレームコンベア、ボールコンベア等を用いることが出来る。   In addition, although the conveyor in which the stopper 1 of the present invention is used may be a drive conveyor or a conveyor that does not use power, a rice cooking system or a vinegar spraying device that will be described later can be configured simply by using a conveyor that does not use power. The operation for stopping the transported object is easy, the cleaning is easy, the maintenance is not likely to break down, and the running cost can be reduced. Although it does not specifically limit as a conveyor which does not use motive power, The foil conveyor which is a gravity conveyor, a roller conveyor, a case rack conveyor, a frame conveyor, a ball conveyor, etc. can be used.

軸受部材２は、回動部材３を回動自在に支持する部材であり、ストッパー１を固定する基台３００に固定される。軸受部材２は、長尺状の四角形平板の両端部を同方向に略直角に曲折し、略コの字型に形成し、長方形状の底片２１の両端から底片２１と略垂直に側片２２，２２が上方に立設されている。底片２１には、底片２１の短手方向に長い長孔２１０が所定の間隔をもって互いに平行に２個設けられている。側片２２の上端部には、側片２２の上端から底片２１方向に凹む、停止部材３０の回動軸３９が上方から挿入して設置される軸受凹部２２０が設けられている。長孔２１０は、後述するように、軸受部材２の固定に用いるものであり、１個のみ設けてもよいが、軸受部材２の安定的な固定のため、２個以上設けることが好ましい。   The bearing member 2 is a member that rotatably supports the rotating member 3, and is fixed to the base 300 that fixes the stopper 1. The bearing member 2 is formed in a substantially U-shape by bending both ends of a long rectangular flat plate in the same direction at a substantially right angle, and the side piece 22 is substantially perpendicular to the bottom piece 21 from both ends of the rectangular bottom piece 21. , 22 are erected upward. The bottom piece 21 is provided with two long holes 210 that are long in the short direction of the bottom piece 21 in parallel with each other at a predetermined interval. At the upper end portion of the side piece 22, a bearing concave portion 220 is provided, which is recessed from the upper end of the side piece 22 toward the bottom piece 21 and is inserted and installed from above. As will be described later, the long hole 210 is used for fixing the bearing member 2, and only one may be provided, but it is preferable to provide two or more for the stable fixing of the bearing member 2.

回動部材３は、回動軸３９と回動軸３９に固定された停止部材３０を備えて構成されている。回動軸３９は、軸受部材２の側片２２，２２間より若干長い断面円形の棒状の軸である。停止部材３０は、長尺状の四角形平板の両端部を同方向に略直角に曲折し、略コの字型に形成し、長方形状の横片３１の両端から、横片３１と略垂直に縦片３２，３２が立設され、横片３１には、縦片３２の立設方向と反対方向に２個の支持片３３，３３が所定の間隔をもって立設されている。即ち、横片３１の一面から縦片３２が立設され、反対面から支持片３３が立設され、縦片３２と支持片３３は、側面視一直線状に位置している。支持片３３は、台形状に形成され、支持片３３の底辺が後述する基台３００と当接するが、台形以外の形状としてもよい。縦片３２の先端部は搬送物の側底部と当接して搬送物を停止させる当接部３７を構成する。   The rotating member 3 includes a rotating shaft 39 and a stop member 30 fixed to the rotating shaft 39. The rotating shaft 39 is a rod-shaped shaft having a circular cross section slightly longer than between the side pieces 22 of the bearing member 2. The stop member 30 is bent at substantially right angles in the same direction at both ends of a long rectangular flat plate, is formed in a substantially U shape, and is substantially perpendicular to the horizontal piece 31 from both ends of the rectangular horizontal piece 31. Vertical pieces 32, 32 are erected, and two support pieces 33, 33 are erected on the horizontal piece 31 in a direction opposite to the erected direction of the vertical piece 32 at a predetermined interval. That is, the vertical piece 32 is erected from one surface of the horizontal piece 31, and the support piece 33 is erected from the opposite surface, and the vertical piece 32 and the support piece 33 are positioned in a straight line when viewed from the side. The support piece 33 is formed in a trapezoidal shape, and the bottom side of the support piece 33 comes into contact with a base 300 described later, but may have a shape other than the trapezoid. The front end portion of the vertical piece 32 constitutes a contact portion 37 that contacts the side bottom portion of the conveyed product and stops the conveyed product.

横片３１の縦片３２，３２間の長さは、軸受部材２の側片２２，２２間の距離より大きく形成し、回動軸３９は、縦片３２，３２間に、回動軸３９の両端を縦片３２，３２の対向する内側面に溶接等により固定して設けている。更に、回動軸３９は、回動軸３９を回動自在に支持した場合に、停止部材３０が回動軸３９を中心として支持片３３側に傾く位置に固定している。言い換えれば、停止部材３０は、回動軸３９から支持片３３側の構成部分の重さが、回動軸３９から当接部３７側の構成部分の重さより重く形成されている。   The length between the vertical pieces 32, 32 of the horizontal piece 31 is formed larger than the distance between the side pieces 22, 22 of the bearing member 2, and the rotary shaft 39 is between the vertical pieces 32, 32. Are fixed to the inner side surfaces of the vertical pieces 32, 32 by welding or the like. Further, the rotation shaft 39 is fixed at a position where the stop member 30 is inclined toward the support piece 33 around the rotation shaft 39 when the rotation shaft 39 is rotatably supported. In other words, the stop member 30 is formed such that the weight of the component on the support piece 33 side from the rotation shaft 39 is heavier than the weight of the component on the contact portion 37 side from the rotation shaft 39.

このようにして、停止部材３０の一端には、搬送物と当接する当接部３７が設けられ、他端には回動部材３の回動を止める支持部としての支持片３３が設けられ、停止部材３０の回動軸３９から支持部側の部分の重さが、回動軸３９から当接部３７側の部分の重さより重く形成されている。   In this way, the stop member 30 is provided at one end with a contact portion 37 that comes into contact with the conveyed product, and at the other end is provided with a support piece 33 as a support portion that stops the rotation of the rotation member 3. The weight of the portion on the support portion side from the rotation shaft 39 of the stop member 30 is formed to be heavier than the weight of the portion on the contact portion 37 side from the rotation shaft 39.

当接部３７と支持片３３には、搬送物、基台３００、及び停止部材３０の破損を防止すると共に、当接部３７や支持片３３が搬送物、基台３００、及び停止部材３０と接触した際の騒音を抑制するため、合成樹脂等で形成された保護部材４３，４４を設けることが好ましい。保護部材４３，４４は、保護部材４３，４４及び当接部３７と支持片３３に設けた図示しないネジ孔にネジ４６を螺入して固定すればよい。   The contact portion 37 and the support piece 33 prevent damage to the conveyed product, the base 300, and the stop member 30, and the contact portion 37 and the support piece 33 are connected to the conveyed product, the base 300, and the stop member 30. In order to suppress noise at the time of contact, it is preferable to provide protective members 43 and 44 made of synthetic resin or the like. The protection members 43 and 44 may be fixed by screwing screws 46 into screw holes (not shown) provided in the protection members 43 and 44 and the contact portion 37 and the support piece 33.

ストッパー１の設置は、図６によく示すように、搬送物を載置し移動させるコンベア８０により形成される搬送路方向、即ち搬送物が移動する方向と軸受部材２の底片２１を直交させて、ストッパー１を設置する基台３００に、軸受部材２の底片２１を固定して行なう。従って、搬送物が移動する方向と回動軸３９は直交することとなる。その固定方法は溶接を用いる等特に限定されないが、基台３００上にスタットボルト４１を設置し、長孔２１０にスタットボルト４１を挿入し、ナット４２で締結して固定することが好ましい。このような固定により、軸受部材２の固定位置を長孔２１０の長手方向、言い換えれば搬送路方向の前後に調節可能となり、搬送物の大きさに容易に適合させることが出来るからである。   As shown well in FIG. 6, the stopper 1 is installed by causing the bottom piece 21 of the bearing member 2 to be orthogonal to the direction of the conveyance path formed by the conveyor 80 for placing and moving the conveyance object, that is, the direction in which the conveyance object moves. The bottom piece 21 of the bearing member 2 is fixed to the base 300 on which the stopper 1 is installed. Therefore, the direction in which the conveyed product moves and the rotation shaft 39 are orthogonal to each other. The fixing method is not particularly limited, such as using welding, but it is preferable to install the stat bolt 41 on the base 300, insert the stat bolt 41 into the long hole 210, and fasten the nut with the nut. This is because the fixing position of the bearing member 2 can be adjusted in the longitudinal direction of the long hole 210, in other words, the front and rear in the transport path direction, and can easily be adapted to the size of the transported object.

そして、ストッパー１は、回動部材３の縦片３２を軸受部材２の側片２２の外側に位置させると共に、回動軸３９を軸受部材２の軸受凹部２２０に設置して、回動部材３を軸受部材２に回動自在に設置している。   The stopper 1 positions the vertical piece 32 of the rotating member 3 outside the side piece 22 of the bearing member 2, and installs the rotating shaft 39 in the bearing recess 220 of the bearing member 2. Is rotatably installed on the bearing member 2.

このように設置されたストッパー１は、停止部材３０は、回動軸３９から支持片３３側の構成部分の重さが、回動軸３９から当接部３７側の構成部分の重さより重く形成されているので、回動部材３に応力が加わらない平時には、図１に示すように、支持片３３が回動軸３９より下方に位置すると共に、当接部３７が回動軸３９より上方に位置する。即ち、回動部材３は支持片３３側が下方に傾き、支持片３３が基台３００に当接して、回動部材３の回動が止められていると共に、支持片３３が回動軸３９と共に回動部材３を支持している。   In the stopper 1 installed in this manner, the stop member 30 is formed such that the weight of the component part on the support piece 33 side from the rotation shaft 39 is heavier than the weight of the component part on the contact part 37 side from the rotation shaft 39. Therefore, when the stress is not applied to the rotating member 3, the support piece 33 is positioned below the rotating shaft 39 and the contact portion 37 is above the rotating shaft 39 as shown in FIG. Located in. That is, the rotation member 3 is inclined downward on the support piece 33 side, the support piece 33 comes into contact with the base 300, the rotation of the rotation member 3 is stopped, and the support piece 33 together with the rotation shaft 39. The rotating member 3 is supported.

軸受部材２の高さ、軸受凹部２２０の深さ、停止部材３０への回動軸３９の固定位置は、回動部材３に応力が加わらない平時に、停止部材３０先端の当接部３７がコンベア８０の上方に突出し、コンベア８０上の搬送物の側底部又は側部と当接できるように形成する。   The height of the bearing member 2, the depth of the bearing recess 220, and the fixing position of the rotation shaft 39 to the stop member 30 are determined so that the contact portion 37 at the tip of the stop member 30 is at a normal time when no stress is applied to the rotation member 3. It protrudes above the conveyor 80 and is formed so as to be in contact with the side bottom or side of the conveyed product on the conveyor 80.

本発明のストッパー機構１０は、ストッパー１を基台３００に１個のみ設けて構成してもよいが、図４に示すように、所定の間隔を持って２個設けて構成することが好ましい。ストッパー１を１個のみ設けて構成した場合には、搬送物の進行方向前側又は後側の内一方の側底部とのみ当接部３７が当接し、搬送物の進行方向の後方又は前方の内、一方の方向の移動のみを規制することが可能である。搬送路が進行方向に僅かに傾き、搬送物が外部からの応力を受けなければ進行方向後方には進まず、且つ搬送物を一端停止させた場合には自重により搬送物が進行方向前方に移動することがない場合には、搬送物の進行方向前側の側底部に当接部３７が当接するようにストッパー１を設置することで、搬送物を停止、位置決めさせることが出来る。   The stopper mechanism 10 of the present invention may be configured by providing only one stopper 1 on the base 300, but it is preferable to provide two stopper mechanisms with a predetermined interval as shown in FIG. In the case where only one stopper 1 is provided, the abutting portion 37 abuts only on one of the bottoms on the front side or the rear side in the traveling direction of the conveyed product, and the rear or front side in the traveling direction of the conveyed product. Only movement in one direction can be restricted. If the transport path is slightly tilted in the direction of travel and the transported object is not subjected to external stress, it will not move backward in the direction of travel, and if the transported object is stopped at one end, the transported object will move forward due to its own weight. If there is no such thing, the transported object can be stopped and positioned by installing the stopper 1 so that the abutting portion 37 is in contact with the bottom of the front side in the traveling direction of the transported object.

しかし、搬送路が水平である等、設置具合によっては、１個のストッパー１で構成したストッパー機構では、搬送物を完全に停止させることが出来ない場合がある。一方、２個のストッパー１，１で構成したストッパー機構１０では、搬送物の進行方向前側及び後側の両側底部と当接部３７，３７が夫々当接し、搬送物の進行方向後方及び前方方向の移動を規制することが可能であり、搬送物の確実な位置決めが可能となる。   However, depending on the installation conditions, such as when the transport path is horizontal, there are cases in which the transported object cannot be completely stopped by the stopper mechanism constituted by one stopper 1. On the other hand, in the stopper mechanism 10 constituted by the two stoppers 1 and 1, the bottoms on both the front and rear sides in the traveling direction of the conveyed product are in contact with the abutting portions 37 and 37, respectively, so Can be regulated, and the positioning of the conveyed product can be ensured.

ストッパー１を設置する基台３００は、図６に示すように、ホイルコンベアが設置される炊飯システムの筐体８や、図１４に示すように、ローラコンベアのローラー下方に設けられた支持枠等で構成することが出来る。   As shown in FIG. 6, the base 300 on which the stopper 1 is installed includes a casing 8 of the rice cooking system in which the foil conveyor is installed, a support frame provided below the rollers of the roller conveyor as shown in FIG. 14, and the like. Can be configured.

基台３００たる筐体８の上面が平面状であれば、図１に示すように、筐体８上面にスタットボルト４１を設置し、軸受部材２の底片２１の長孔２１０にスタットボルト４１を挿入し、ナット４２で締結して基台３００に軸受部材２を直接固定し、図１１に示すように、筐体８上面にシンク６０が形成されている場合には、シンク６０上に２本の支持梁９１を架設し、具体的には支持梁９１の両端をシンク６０の前後にビス９２等で固定して設置し、支持梁９１に設けたスタットボルトを、長孔２１０に挿入して、シンク６０上に設置することも出来る。尚、支持梁９１の形状は特に限定されないが、平板状の長板を使用する場合、支持梁９１のシンク６０に対応する部分の側部を曲折して、縦断面をコの字型形状として強度を増すことが好ましい。   If the upper surface of the casing 8 which is the base 300 is planar, a stat bolt 41 is installed on the upper surface of the casing 8 and the stat bolt 41 is installed in the long hole 210 of the bottom piece 21 of the bearing member 2 as shown in FIG. When the bearing member 2 is directly fixed to the base 300 by being inserted and fastened with the nut 42 and the sink 60 is formed on the upper surface of the housing 8 as shown in FIG. The support beam 91 is constructed, specifically, both ends of the support beam 91 are fixed with screws 92 or the like before and after the sink 60, and a stat bolt provided on the support beam 91 is inserted into the long hole 210. It can also be installed on the sink 60. Although the shape of the support beam 91 is not particularly limited, when a flat plate-like long plate is used, the side portion of the support beam 91 corresponding to the sink 60 is bent so that the vertical cross section has a U-shape. It is preferable to increase the strength.

又、ストッパー１は上述のような形状に限定されることなく、例えば、停止部材を、図７に示すように、１個の平板状に形成し、回動部材５を、両端に板状等の係止体３９１を設けた回動軸３９の略中央に、１個の平板状の停止部材５０を固定して構成してもよい。停止部材５０は上述の停止部材３の縦片３２と支持片３３を接続した形状であり、停止部材５０の一方の先端部は搬送物の側底部と当接して搬送物を停止させる当接部５７を構成し、他方の先端部は、回動軸３９と共に回動部材５を支持する支持部５３を構成している。停止部材５０は、回動軸３９から支持部５３側の構成部分の重さが、回動軸３９から当接部５７側の構成部分の重さより重く形成されている。回動軸３９は停止部材５０を貫通させてもよく、停止部材３の側端部に溶接等で固定してもよい。回動軸３９を、係止体３９１を軸受部材２の側片２２の外側に位置させ、係止体３９１を側片２２に係止させて軸受凹部２２０に設置して、回動部材３を軸受部材２に回動自在に設置している。   The stopper 1 is not limited to the shape as described above. For example, the stop member is formed in one flat plate shape as shown in FIG. 7, and the rotating member 5 is formed in a plate shape at both ends. One flat stop member 50 may be fixed to the approximate center of the rotation shaft 39 provided with the locking body 391. The stop member 50 has a shape in which the vertical piece 32 and the support piece 33 of the stop member 3 described above are connected, and one abutting portion of the stop member 50 comes into contact with the bottom side of the conveyed product to stop the conveyed product. 57, and the other tip portion constitutes a support portion 53 that supports the rotation member 5 together with the rotation shaft 39. The stop member 50 is formed such that the weight of the component on the support portion 53 side from the rotation shaft 39 is heavier than the weight of the component on the contact portion 57 side from the rotation shaft 39. The rotation shaft 39 may penetrate the stop member 50, and may be fixed to the side end portion of the stop member 3 by welding or the like. The rotating shaft 39 is placed on the outer side of the side piece 22 of the bearing member 2, the locking body 391 is locked to the side piece 22, and the rotating shaft 3 is installed in the bearing recess 220. The bearing member 2 is rotatably installed.

又、回動軸３９を挟んで、支持部側の構成部分の重さを当接部３７側の構成部分の重さより重く形成するために、停止部材３０に横片３１を設けるのではなく、支持部側の部材を延長させたり、当接部３７側の構成部分に比べて太く或いは厚く形成したり、錘を固定したりする等の構成でも達成することが出来る。   Further, in order to make the weight of the component part on the support part side heavier than the weight of the component part on the contact part 37 side with the rotation shaft 39 interposed therebetween, instead of providing the horizontal piece 31 on the stop member 30, This can also be achieved by extending the member on the support part side, forming it thicker or thicker than the constituent part on the contact part 37 side, or fixing the weight.

又、回動部材３を、図８に示すように、横片３１の縦片３２，３２間の長さを、軸受部材２の側片２２，２２間の距離より小さく形成し、回動軸３９は、縦片３２，３２を貫通させて溶接等により固定して設けてもよい。尚、回動軸３９の両端に、板状等の係止体３９１を設けてもよい。   Further, as shown in FIG. 8, the rotating member 3 is formed such that the length between the vertical pieces 32, 32 of the horizontal piece 31 is smaller than the distance between the side pieces 22, 22 of the bearing member 2. 39 may be provided by penetrating the vertical pieces 32, 32 and fixed by welding or the like. In addition, you may provide the latching bodies 391, such as a plate shape, in the both ends of the rotating shaft 39. FIG.

又、図２或いは図８に示すような停止部材３０と図７に示す停止部材を組み合わせ、１本の回動軸３９に３個以上の支持部（支持片）、３個以上の当接部を設けることとしてもよい。   Also, the stop member 30 as shown in FIG. 2 or FIG. 8 and the stop member as shown in FIG. 7 are combined, and one rotation shaft 39 has three or more support portions (support pieces), and three or more contact portions. It is good also as providing.

又、図９に示すように、回動部材３に、支持片３３を設けないこととしてもよい。この場合、回動部材３の横片３１が軸受部材２の側片２２に当接して、回動部材３の回動が止められる。   Further, as shown in FIG. 9, the support piece 33 may not be provided on the rotating member 3. In this case, the horizontal piece 31 of the rotating member 3 comes into contact with the side piece 22 of the bearing member 2 and the rotation of the rotating member 3 is stopped.

又、図１０に示すように、停止部材５０は、長尺状の平板の両端部を同方向に略直角に曲折し、側面視及び平面視略コの字型に形成し、長方形状の横片５１の両端から、横片５１と略垂直に、且つ斜め上方に向かって側縦片５５，５５が立設され、回動軸３９の両端が側縦片５５，５５の対向する内側面に溶接等により固定して設けられている。側縦片５５は上述の停止部材３の縦片３２と支持片３３を接続した形状であり、停止部材５０の一方の先端部は搬送物の側底部と当接して搬送物を停止させる当接部５７を構成し、他方の先端部は、回動軸３９と共に回動部材５５を支持する支持部５３を構成している。停止部材５０は、回動軸３９から支持部５３側の構成部分の重さが、回動軸３９から当接部５７側の構成部分の重さより重く形成されている。   Further, as shown in FIG. 10, the stop member 50 is formed by bending both ends of a long flat plate in a substantially right angle in the same direction to form a substantially U shape in a side view and a plan view. Side vertical pieces 55 and 55 are erected from both ends of the piece 51 substantially perpendicularly to the horizontal piece 51 and obliquely upward, and both ends of the rotating shaft 39 are on the inner side surfaces of the side vertical pieces 55 and 55 facing each other. It is fixed by welding or the like. The side vertical piece 55 has a shape in which the vertical piece 32 of the stop member 3 and the support piece 33 are connected, and one end of the stop member 50 comes into contact with the side bottom of the conveyed product to stop the conveyed product. The other end portion constitutes a support portion 53 that supports the rotation member 55 together with the rotation shaft 39. The stop member 50 is formed such that the weight of the component on the support portion 53 side from the rotation shaft 39 is heavier than the weight of the component on the contact portion 57 side from the rotation shaft 39.

又、図示はしないが、図１０に示す構成のうち、停止部材５０の横板５１を除いて構成し、具体的には、停止部材を２個の平板体を用いて構成し、回動部材を、回動軸の両端に、夫々平板状の停止部材を溶接等により固定して構成してもよい。勿論、停止部材は回動軸から支持部側の構成部分の重さが、回動軸から当接部側の構成部分の重さより重く形成されている。   Further, although not shown in the figure, the configuration shown in FIG. 10 is configured by removing the horizontal plate 51 of the stop member 50. Specifically, the stop member is configured by using two flat plates, and the rotating member. Alternatively, a flat plate-like stop member may be fixed to both ends of the rotation shaft by welding or the like. Of course, the stop member is formed such that the component on the support portion side from the rotation shaft is heavier than the component on the contact portion side from the rotation shaft.

又、図示はしないが、軸受部材を一体形成するのではなく分割し、１対のＬ字型のブラケットで構成してもよく、軸受凹部の形状も、回動軸３９を回動自在に支持出来れば特に限定されず、例えば側片２２の側辺から水平方向にむけて凹部を設けると共に、その先端から下方に向けてＬ字状に延設する形状としてもよく、回動軸を挿入可能な孔の形状としてもよい。   Although not shown, the bearing member may be divided instead of being integrally formed, and may be constituted by a pair of L-shaped brackets, and the shape of the bearing recess also supports the rotating shaft 39 so as to be rotatable. If possible, it is not particularly limited. For example, a concave portion is provided in the horizontal direction from the side of the side piece 22, and the shape may be extended in an L shape downward from the tip, and a rotation shaft can be inserted. It is good also as a shape of a simple hole.

尚、ストッパー１は上記の回動部材３，５５、停止部材３０，５０、軸受部材２の形状を適宜組合わせて形成することが出来る。   The stopper 1 can be formed by appropriately combining the shapes of the rotating members 3, 55, the stop members 30, 50, and the bearing member 2.

このようなストッパー１は、コンベア８０上を移送される搬送物の停止、位置決めに用いられるが、具体例としては、図１４に示すような炊飯システム９００、図１３に示すような炊飯システムに組み込まれ、当該システムの一部を構成する食酢散布装置８００等において、搬送物である炊飯釜７のコンベア８０上での停止及び位置決めに用いることが出来る。   Such a stopper 1 is used for stopping and positioning a conveyed product transferred on the conveyor 80. As specific examples, the stopper 1 is incorporated in a rice cooking system 900 as shown in FIG. 14 and a rice cooking system as shown in FIG. Thus, in the vinegar spraying device 800 or the like constituting a part of the system, it can be used for stopping and positioning the rice cooker 7 which is a conveyed product on the conveyor 80.

図４〜６は、食酢散布装置８００の一部構成図である。図４〜６等に示すように、２個のストッパー１，１は、炊飯釜７が移動する方向、図４では左から右方向、図５では奥から手前方向に炊飯釜７の長さと同じ間隔をもって設置され、１対のストッパー１，１でストッパー機構１０を構成している。   FIGS. 4-6 is a partial block diagram of the vinegar spraying apparatus 800. FIG. 4-6 etc., the two stoppers 1 and 1 are the same as the length of the rice cooker 7 in the direction in which the rice cooker 7 moves, from left to right in FIG. 4, and from the back to the front in FIG. The stopper mechanism 10 is configured by a pair of stoppers 1 and 1 installed at intervals.

基台たる筐体８の上面に動力を用いないコンベア８０である双列型のホイルコンベアが設置され、２本のホイル間にストッパー１が設置されている。ストッパー１は、回動部材３の当接部３７が進行方向前方側、支持片３３が進行方向後方側に位置するように設置されている。このように設置されたストッパー１は、回動部材３に応力が加わらない平時には、回動部材３の縦片３２は、進行方向に向かって斜め上方に向いて停止している。   A double-row foil conveyor, which is a conveyor 80 that does not use power, is installed on the upper surface of the base casing 8, and a stopper 1 is installed between the two foils. The stopper 1 is installed such that the abutting portion 37 of the rotating member 3 is positioned on the front side in the traveling direction and the support piece 33 is positioned on the rear side in the traveling direction. In the stopper 1 installed in this manner, the vertical piece 32 of the rotating member 3 is stopped obliquely upward in the traveling direction at a time when the rotating member 3 is not stressed.

図１２に示すように、作業者が押す等して、炊飯釜７がコンベア８０上を移動してきて、進行方向手前側に設置されたストッパー１の当接部３７に接触しても押し続けると、回動部材３が回動軸３９を中心に回動し、進行方向に向かって斜め上方に向いていた停止部材３０の縦片３２が水平になり、その上を炊飯釜７が通過する（図１２（ａ））。   As shown in FIG. 12, when the rice cooker 7 moves on the conveyor 80 by pressing by an operator or the like, and continues to press even if it comes into contact with the contact portion 37 of the stopper 1 installed on the front side in the traveling direction. The rotating member 3 rotates about the rotating shaft 39, and the vertical piece 32 of the stopping member 30 which is directed obliquely upward in the traveling direction becomes horizontal, and the rice cooker 7 passes thereover ( FIG. 12 (a)).

更に炊飯釜７を押し続けて、炊飯釜７の進行方向前側の側底部が進行方向前方側に設置されたストッパー１の当接部３７に接触する位置で炊飯釜７を停止させる。このとき、１対のストッパー１，１は、炊飯釜７の前後方向の長さと同じ間隔で設置されているので、炊飯釜７の進行方向前側の側底部が進行方向前方側に設置されたストッパー１の当接部３７に当接すると共に、進行方向手前側に設置されたストッパー１の停止部材３０の縦片３２が、水平から進行方向に向かって斜め上方に向いているもとの状態に戻り、炊飯釜７の進行方向後側の側底部が進行方向後方側に設置されたストッパー１の当接部３７に当接する（図１２（ｂ））。   Further, the rice cooker 7 is continuously pushed, and the rice cooker 7 is stopped at a position where the side bottom portion on the front side in the traveling direction of the rice cooker 7 contacts the contact portion 37 of the stopper 1 installed on the front side in the traveling direction. At this time, since the pair of stoppers 1 and 1 are installed at the same interval as the length of the rice cooker 7 in the front-rear direction, the stopper in which the side bottom of the rice cooker 7 on the front side in the traveling direction is installed on the front side in the traveling direction. The vertical piece 32 of the stop member 30 of the stopper 1 installed on the front side in the traveling direction is returned to the original state in which it is directed obliquely upward from the horizontal toward the traveling direction. The bottom of the rice cooker 7 on the rear side in the traveling direction comes into contact with the abutting portion 37 of the stopper 1 installed on the rear side in the traveling direction (FIG. 12B).

回動部材３は、回動軸３９から当接部３７側より、回動軸３９から支持片３３側が重く構成されているので、一旦停止した炊飯釜７が揺れようとする力では、進行方向前方側に設置されたストッパー１の回動部材３が回動することなく、炊飯釜７が進行方向前方に移動してしまうことがなく、又、進行方向手前側に設置されたストッパー１も、支持片３３が基台たる筐体８の上面に当接し、それ以上支持片３３が下方に向かう回動は出来ないので、炊飯釜７が進行方向後方に移動してしまうことがない。このようにして、炊飯釜７は、１対のストッパー１，１で前後を挟まれ、１対のストッパー１，１で構成されるストッパー機構１０により停止が維持され、位置決めされる。図４及び５は炊飯釜７がストッパー機構１０により停止が維持され、位置決めされた状態の図である。   Since the rotating member 3 is configured to be heavier from the rotating shaft 39 to the abutting portion 37 side and from the rotating shaft 39 to the support piece 33 side, in the direction in which the rice cooker 7 once stopped is about to swing, The rotating member 3 of the stopper 1 installed on the front side does not rotate, the rice cooker 7 does not move forward in the traveling direction, and the stopper 1 installed on the front side in the traveling direction is also Since the support piece 33 abuts on the upper surface of the casing 8 as a base and the support piece 33 cannot be rotated further downward, the rice cooker 7 does not move backward in the traveling direction. In this manner, the rice cooker 7 is sandwiched between the pair of stoppers 1, 1, and the stop is maintained and positioned by the stopper mechanism 10 including the pair of stoppers 1, 1. 4 and 5 are views of the rice cooker 7 in a state where the stop is maintained and positioned by the stopper mechanism 10.

ストッパー機構１０により停止が維持され、位置決めされている炊飯釜７を、進行方向に押すことにより、進行方向前方側に設置されたストッパー１回動部材３が回動軸３９を中心に回動し、進行方向に向かって斜め上方に向いていた停止部材３０の縦片３２が水平になり、炊飯釜７の停止状態が解除され、その上を炊飯釜７が通過する（図１２（ｃ））。   By stopping the rice cooker 7 that has been stopped and positioned by the stopper mechanism 10 in the advancing direction, the stopper 1 rotating member 3 installed on the front side in the advancing direction rotates around the rotating shaft 39. Then, the vertical piece 32 of the stop member 30 that has been directed obliquely upward in the traveling direction becomes horizontal, the stopped state of the rice cooker 7 is released, and the rice cooker 7 passes thereover (FIG. 12 (c)). .

食酢散布装置８００は、図１３に示すように、筐体８内に設置された、図示しないポンプ、循環タンク８１、筐体８の上面に設置されたコンベア８０及び１対のストッパー１，１で構成されるストッパー機構１０が設置され、筐体８の背面には支持壁８２が立設され、支持壁８２の上端から前面方向に屋根部８３が延設されている。支持壁８２及び屋根部８３には制御盤を内蔵した操作パネル８４が固定され、ストッパー１，１で位置決めされる炊飯釜７の真上に酢を散布する散布ノズル８５が、下面が開口するノズルカバー８６に固定されている。ノズルカバー８６は、支持壁８２に回動自在に支持されていると共に、屋根部８３から伸びるワイヤ８７によって吊るされている。ノズルカバー８６の開口の周縁から下方には、合成樹脂のシート等で構成された可撓性を有し、酢の飛散を防止する散布カバー８６０が設けられている。ノズルカバー８６は、ノズルカバー８６の上面に設けられたハンドル８５１を上下させて回動させて上方に移動させることが出来る。又、タンク８８がホース８８１により循環タンク８１と接続され、タンク８８内の酢は循環タンクに送られ、更に、循環タンクは図示しない送酢管により散布ノズル８５に接続され、操作パネル８４の操作により、前記ポンプを作動させて、循環タンク８１内の酢を散布ノズル８５に送り、散布ノズル８５から炊飯釜７内の炊き上がった米に散布する。支持壁８２には、炊飯釜７をガイドするホイルコンベア、ローラコンベア、ケースラックコンベア、フレームコンベア、ボールコンベア等で構成されるガイドコンベア８０１を設置することが好ましい。   As shown in FIG. 13, the vinegar spraying device 800 includes a pump (not shown) installed in the housing 8, a circulation tank 81, a conveyor 80 installed on the upper surface of the housing 8, and a pair of stoppers 1, 1. The configured stopper mechanism 10 is installed, a support wall 82 is erected on the back surface of the housing 8, and a roof portion 83 extends from the upper end of the support wall 82 toward the front surface. An operation panel 84 having a built-in control panel is fixed to the support wall 82 and the roof 83, and a spray nozzle 85 for spraying vinegar directly above the rice cooker 7 positioned by the stoppers 1 and 1 is a nozzle whose lower surface opens. It is fixed to the cover 86. The nozzle cover 86 is rotatably supported on the support wall 82 and is suspended by a wire 87 extending from the roof portion 83. Below the periphery of the opening of the nozzle cover 86, there is provided a spray cover 860 that has a flexibility made of a synthetic resin sheet or the like and prevents vinegar from scattering. The nozzle cover 86 can be moved upward by moving a handle 851 provided on the upper surface of the nozzle cover 86 up and down. The tank 88 is connected to the circulation tank 81 by a hose 881, vinegar in the tank 88 is sent to the circulation tank, and the circulation tank is connected to the spray nozzle 85 by a vinegar pipe (not shown). By operating the pump, the vinegar in the circulation tank 81 is sent to the spray nozzle 85 and sprayed from the spray nozzle 85 to the cooked rice in the rice cooker 7. The support wall 82 is preferably provided with a guide conveyor 801 configured by a foil conveyor, a roller conveyor, a case rack conveyor, a frame conveyor, a ball conveyor, or the like for guiding the rice cooker 7.

炊飯システム９００は、図１４に示すように、洗米及び送米をする洗米送米機９０１、洗米送米機９０１から送られた洗米工程を終えた米を浸漬し、炊飯釜７内に供給する浸漬充填装置９０２、炊飯釜７連続的に炊飯する連続炊飯機９０３、蒸らし工程を終えた炊飯釜７を反転し、炊飯釜７内部の炊き上がった米をほぐし機９０７のホッパー９０６に投入し、炊き上がった米をほぐす反転ほぐし機９０５、ほぐし終えた米を軽量する米飯計量器９０８、これらを接続するコンベア９０９，９１０等を備えて構成されている。コンベア９０９，９１０として、ローラコンベアが使用されている。勿論、炊飯システム９００は、必要に応じてその他公知の機器を加えたり、上記の機器の内の一部を設けない構成とすることも出来る。   As shown in FIG. 14, the rice cooking system 900 immerses and supplies the rice after the rice washing process sent from the rice washing machine 901 and the rice washing machine 901 for washing and feeding rice into the rice cooker 7. Immersion filling device 902, rice cooker 7 continuous rice cooker 903 that continuously cooks rice, the rice cooker 7 that has finished the steaming process is inverted, and the cooked rice inside the rice cooker 7 is put into the hopper 906 of the loosening machine 907, It comprises a reversing and unwinding machine 905 that loosens the cooked rice, a rice cooker 908 that lightens the rice that has been loosened, and conveyors 909 and 910 that connect them. Roller conveyors are used as the conveyors 909 and 910. Of course, the rice cooking system 900 can be configured such that other known devices are added as necessary, or a part of the above devices is not provided.

連続炊飯機９０３から反転ほぐし機９０５の間のコンベア９１０は、蒸らし工程を行う為のいわゆるむらしコンベアであり、ローラコンベアであるコンベア９１０の下部に基台３００となる平板がコンベア９０１の側枠に固定されて設置され、基台３００上に１対のストッパー１，１が設置されて、ストッパー機構１０を構成している。   A conveyor 910 between the continuous rice cooker 903 and the reversing loosening machine 905 is a so-called uneven conveyor for performing a steaming process, and a flat plate serving as a base 300 is a side frame of the conveyor 901 below the conveyor 910 that is a roller conveyor. A pair of stoppers 1 and 1 are installed on the base 300 to constitute the stopper mechanism 10.

尚、このような炊飯システム９００の、連続炊飯機９０３と反転ほぐし機９０５の間の蒸らし工程を行う部分に上記のような、１対のストッパー１，１が設置されて、ストッパー機構１０を有する食酢散布装置８００を設置することも出来る。又、むらしコンベアであるコンベア９１０のみを動力を用いないコンベアとし、他のコンベア部分は駆動コンベアを用いてもよい。   In addition, a pair of stoppers 1 and 1 as described above are installed in a portion for performing the steaming process between the continuous rice cooker 903 and the reversing loosening machine 905 of the rice cooking system 900, and the stopper mechanism 10 is provided. A vinegar spraying device 800 can also be installed. Moreover, only the conveyor 910 which is an uneven conveyor may be used as a conveyor that does not use power, and a drive conveyor may be used as the other conveyor portion.

本発明ストッパー一実施例側面図Side view of one embodiment of the present invention stopper 本発明ストッパー一実施例正面図Front view of one embodiment of the present invention stopper 本発明ストッパー一実施例上面図Top view of one embodiment of the present invention stopper 本発明食酢散布装置一実施例部分正面図One embodiment of the present invention vinegar spraying device front view 本発明食酢散布装置一実施例部分側面図Side view of the embodiment of the present invention vinegar spraying device 本発明食酢散布装置一実施例部分斜視図One embodiment of the present invention vinegar spraying device partial perspective view 本発明ストッパー他実施例上面図Top view of the stopper and other examples of the present invention 本発明ストッパー他実施例正面図Front view of other embodiments of the present invention stopper 本発明ストッパー他実施例側面図Side view of other embodiments of the present invention stopper 本発明ストッパー他実施例側面図Side view of other embodiments of the present invention stopper 本発明食酢散布装置他実施例部分斜視図The present invention vinegar spraying device other embodiment partial perspective view 本発明ストッパー機構の作動工程図Operation process diagram of the stopper mechanism of the present invention 本発明食酢散布装置他実施例斜視図The present invention vinegar spraying device other embodiment perspective view 本発明炊飯システム一実施例斜視図Perspective view of an embodiment of the present invention rice cooking system

１ ストッパー
１０ ストッパー機構
２ 軸受部材
２１ 底片
２１０ 長孔
２２ 側片
２２０ 軸受凹部
３ 回動部材
３０ 停止部材
３００ 基台
３１ 横片
３２ 縦片
３３ 支持片
３７ 当接部
３９ 回動軸
５ 回動部材
５０ 停止部材
６０ シンク
７ 炊飯釜
８ 筐体
８０ コンベア
８００ 食酢散布装置
９００ 炊飯システム
９１ 支持梁 DESCRIPTION OF SYMBOLS 1 Stopper 10 Stopper mechanism 2 Bearing member 21 Bottom piece 210 Long hole 22 Side piece 220 Bearing recessed part 3 Rotating member 30 Stopping member 300 Base 31 Horizontal piece 32 Vertical piece 33 Support piece 37 Contact part 39 Rotating shaft 5 Rotating member 50 Stopping member 60 Sink 7 Rice cooker 8 Case 80 Conveyor 800 Vinegar spraying device 900 Rice cooking system 91 Support beam

Claims (7)

回動軸と該回動軸に固定された停止部材を備えた回動部材と、前記回動部材を回動自在に支持し、ストッパーを固定する基台に固定される軸受部材を備えて構成され、前記停止部材の一端には、搬送物と当接する当接部が設けられ、他端には前記回動部材の回動を止める支持部が設けられ、前記停止部材の前記回動軸から前記支持部側の部分の重さが、前記回動軸から前記当接部側の部分の重さより重く形成され、前記軸受部材は、底片の両端から側片が立設され、該側片の上端部には、前記回動軸が設置される軸受凹部が設けられ、前記回動部材は、横片の両端から、先端部が前記当接部を構成する縦片が立設されると共に、前記横片には、前記縦片の立設方向と反対方向に前記支持部を構成する支持片が立設され、前記縦片間に、前記回動軸が固定され、前記軸受部材の軸受凹部に前記回動軸を設置して、前記回動部材を前記軸受部材に回動自在に設置したことを特徴とするストッパー。 A rotation member having a rotation shaft and a stop member fixed to the rotation shaft, and a bearing member fixedly supported by a base that supports the rotation member and fixes a stopper. One end of the stop member is provided with an abutting portion that comes into contact with the conveyed product, and the other end is provided with a support portion that stops the rotation of the rotation member. The weight of the portion on the support portion side is formed to be heavier than the weight of the portion on the contact portion side from the rotation shaft , and the bearing member has side pieces standing from both ends of the bottom piece, The upper end portion is provided with a bearing concave portion in which the rotation shaft is installed, and the rotation member is provided with a vertical piece whose tip portion constitutes the abutting portion from both ends of the horizontal piece, and A support piece constituting the support portion is erected on the horizontal piece in a direction opposite to the vertical direction of the vertical piece, and the rotating piece is interposed between the vertical pieces. Stopper shaft is fixed, the established a pivot shaft into the bearing recess of the bearing member, characterized in that the rotating member is installed rotatably on the bearing member. 前記軸受部材の底片には、長孔を設けたことを特徴とする請求項１に記載のストッパー。The stopper according to claim 1, wherein a long hole is provided in a bottom piece of the bearing member. コンベア上を移送される搬送物の停止、位置決めに用いられるストッパー機構であって、請求項１又は２に記載の前記ストッパーを基台に設けて構成したことを特徴とするストッパー機構。A stopper mechanism used for stopping and positioning a conveyed product transferred on a conveyor, wherein the stopper according to claim 1 or 2 is provided on a base. 前記ストッパーを所定の間隔を持って２個設けて構成したことを特徴とする請求項３に記載のストッパー機構。The stopper mechanism according to claim 3, wherein two stoppers are provided with a predetermined interval. 前記搬送物としての炊飯釜内の炊き上がった米に酢を散布するための食酢散布装置であって、前記基台たる筐体に請求項３又は４に記載のストッパー機構を設けたことを特徴とする食酢散布装置。A vinegar spraying device for spraying vinegar to cooked rice in a rice cooker as the transported object, wherein the stopper mechanism according to claim 3 or 4 is provided on the base casing. A vinegar spraying device. 炊飯を行なう炊飯システムであって、請求項３又は４に記載のストッパー機構を設けたことを特徴とする炊飯システム。It is a rice cooking system which cooks rice, Comprising: The rice cooker system provided with the stopper mechanism of Claim 3 or 4. 請求項５に記載の食酢散布装置を備えたことを特徴とする請求項６に記載の炊飯システム。A rice cooking system according to claim 6, comprising the vinegar spraying device according to claim 5.

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