JP6633299B2 - Stir processing equipment - Google Patents

Stir processing equipment Download PDF

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JP6633299B2
JP6633299B2 JP2015116071A JP2015116071A JP6633299B2 JP 6633299 B2 JP6633299 B2 JP 6633299B2 JP 2015116071 A JP2015116071 A JP 2015116071A JP 2015116071 A JP2015116071 A JP 2015116071A JP 6633299 B2 JP6633299 B2 JP 6633299B2
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stirring
drive shaft
shaped
rod
blade
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JP2017000933A (en
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梶原　秀浩
秀浩 梶原
徹 笠原
徹 笠原
秀和 川島
秀和 川島
聰夫 折井
聰夫 折井
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Kajiwara KK
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Description

本発明は、固形物及び粘着性材よりなる材料等を撹拌処理する撹拌処理装置に関する。   The present invention relates to an agitation processing apparatus for agitating a material such as a solid material and an adhesive material.

従来、撹拌処理装置として、特許文献１のような攪拌機がある。この攪拌機は、撹拌容器に対し自転公転駆動される底部掻取羽根と旋回駆動される側面掻取羽根とを備えている。   BACKGROUND ART Conventionally, there is a stirrer as disclosed in Patent Document 1 as a stirring treatment device. This stirrer includes a bottom scraping blade driven to rotate and revolve with respect to a stirring vessel, and a side scraping blade driven to rotate.

従って、底部掻取羽根のサイクロイド移動又はトロコイド移動及び側面掻取羽根の旋回移動により撹拌容器の全領域を撹拌し、粘性物の混合を高めることができる。   Therefore, the cycloidal or trochoidal movement of the bottom scraping blade and the swiveling movement of the side scraping blade can stir the entire area of the stirring vessel, thereby increasing the mixing of viscous substances.

しかし、固形物及び粘着性材の攪拌による混合は、固形物が粘着性材により相互に結着して固体の固まりとなり、共回りする、攪拌子に固形物の塊りが付着して一体となって動く、一部の固形物が撹拌容器の外周部に粘着性材により付着し自重では撹拌容器の底部側に落下し難く、攪拌されずにその位置に留まる等の現象が起こり、固形物及び粘着性材の混合が十分ではなかったという問題があった。   However, the mixing of the solid and the sticky material by stirring is such that the solids are bound to each other by the sticky material to form a solid mass, and co-rotate. Some solid matter adheres to the outer periphery of the stirring vessel with an adhesive material, and it is difficult for it to fall to the bottom side of the stirring vessel under its own weight, causing a phenomenon such as remaining at that position without stirring. In addition, there was a problem that the mixing of the adhesive material was not sufficient.

特開平１１−３４７９０号公報JP-A-11-34790

解決しようとする問題点は、固形物及び粘着性材の混合が十分ではなかった点である。   The problem to be solved is that the mixing of the solid and the tacky material was not sufficient.

本発明は、固形物及び粘着性材の混合を向上させることを可能とするため、底部及び周回状の側壁部を有し粒状又は塊状の固形物及び粘着性材を投入して撹拌処理するための撹拌容器と、 前記撹拌容器の上部側に備えられ駆動源により回転駆動される撹拌主駆動軸と、前記撹拌主駆動軸に支持され該撹拌主駆動軸を中心に旋回する第１の撹拌旋回部と、前記撹拌主駆動軸の周りで前記第１の撹拌旋回部に回転可能に支持され前記撹拌主駆動軸に連動構成されて自転及び前記第１の撹拌旋回部の旋回により公転する撹拌駆動軸と、前記撹拌駆動軸に支持され該撹拌駆動軸を中心に旋回する第２の撹拌旋回部と、前記第２の撹拌旋回部に支持され前記撹拌駆動軸の周りで公転して前記撹拌容器の底部を掻き取り摺動する羽根状撹拌子と、前記羽根状撹拌子側に支持され前記第２の撹拌旋回部の旋回外周側方向に棒状に延設された棒状撹拌子とを備え、前記羽根状撹拌子が前記撹拌駆動軸の自転及び公転により前記撹拌容器内で移動するとき前記側壁部との間に間隔を有し、前記棒状撹拌子は、前記底部及び側壁部の縦断面形状に倣う形状で先端が立ち上げ形成され、前記棒状撹拌子は、前記側壁部に付着している固形物を掻き落とすために前記底部に倣って近接すると共に前記側壁部に一定のクリアランスで近接するように形成され、前記撹拌駆動軸の自転及び公転により前記棒状撹拌子が前記側壁部に前記粘着性材により付着する前記固形物を前記底部方向に掻き落とし前記羽根状撹拌子により前記底部の固形物及び粘着性材を撹拌混合し前記棒状撹拌子が前記固形物及び粘着性材を効果的に混合して前記固形物を前記粘着性材でコーティングすることを特徴とする。 The present invention is intended to improve the mixing of the solid and the sticky material, and to add a granular or massive solid and a sticky material having a bottom portion and a circumferential side wall portion to perform a stirring treatment. , A stirring main drive shaft provided on the upper side of the stirring container and rotationally driven by a drive source, and a first stirring turn supported by the stirring main drive shaft and turning about the stirring main drive shaft. And a stirring drive that is rotatably supported by the first stirring and rotating portion around the stirring main drive shaft and is configured to be linked to the stirring main drive shaft and revolve by rotation and rotation of the first stirring and rotating portion. An axle, a second agitation swivel unit supported by the agitation drive shaft and rotating about the agitation drive shaft, and the agitating container supported by the second agitation swivel unit and revolving around the agitation drive shaft. A blade-shaped stirrer that scrapes and slides the bottom of the blade, Jo stirring is supported on the slave and a rod-like stirrer, which extends into a rod to the turning outer circumferential side direction of the second agitating pivot portion, the stirring said blade-like stirrer is by rotation and revolution of the stirrer drive shaft When moving in the container, there is an interval between the side wall portion, the rod-shaped stirrer is formed with a tip rising in a shape that follows the vertical cross-sectional shape of the bottom portion and the side wall portion, and the rod-shaped stirrer is The rod-shaped agitator is formed so as to follow the bottom and to approach the side wall with a certain clearance in order to scrape off solid substances attached to the side wall , and to rotate and revolve the stirring drive shaft. The solids adhered to the side wall by the adhesive material are scraped off in the direction of the bottom, and the solids at the bottom and the adhesive material are agitated and mixed by the blade-shaped stirrer. And adhesive material Results to mixed to wherein the coating the solid in the adhesive material.

本発明の撹拌処理装置は、上記構成であるから、羽根状撹拌子及び棒状撹拌子により固形物及び粘着性材の相互の混合を促進することができる。 Since the stirring apparatus of the present invention has the above-described configuration, the mutual mixing of the solid and the adhesive material can be promoted by the blade-shaped stirrer and the rod-shaped stirrer.

羽根状撹拌子が撹拌駆動軸の自転及び公転により撹拌容器内で移動するとき側壁部との間に間隔を有しであるから、側壁部と羽根状撹拌子とで固形物を挟むことが抑制され、固形物の形状を破損させることを防止又は抑制するができる。   When the blade-shaped stirrer moves inside the stirring vessel due to the rotation and revolution of the stirring drive shaft, there is a space between the side wall and the stirrer, so that solid matter is not sandwiched between the side wall and the blade-shaped stirrer. Thus, it is possible to prevent or suppress the shape of the solid material from being damaged.

底部及び側壁部の内壁面に倣って近接するとき棒状撹拌子及び内壁面間にクリアランスを有するから、側壁部に付着している固形物及び粘着性材の塊を削ぎ落として底部側に落下させ、混合を促進させることができる。 Since there is a clearance between the rod-shaped stirrer and the inner wall surface when approaching the inner wall surface of the bottom and the side wall portion, the solids and the sticky material adhering to the side wall portion are scraped off and dropped to the bottom side. , Can promote mixing.

加熱撹拌装置を、一部を省略し撹拌容器を断面にして示す概略構成図である。（実施例１）It is a schematic block diagram which shows a heating stirring apparatus with a part omitted and the stirring container made into a cross section. (Example 1) 図１から側面掻取羽根を外した概略図である。（実施例１）It is the schematic which removed the side scraping blade from FIG. (Example 1) 撹拌駆動軸と羽根状撹拌子と棒状撹拌子との組み付け関係を示す斜視図である。（実施例１）It is a perspective view which shows the assembly relationship of a stirring drive shaft, a blade-shaped stirrer, and a rod-shaped stirrer. (Example 1) 撹拌駆動軸と羽根状撹拌子と棒状撹拌子との組み付け関係を示す正面図である。（実施例１）It is a front view which shows the assembling relationship of the stirring drive shaft, the blade-shaped stirring bar, and the rod-shaped stirring bar. (Example 1) 撹拌駆動軸と羽根状撹拌子と棒状撹拌子との組み付け関係を示す側面図である。（実施例１）It is a side view which shows the assembly relationship of a stirring drive shaft, a blade-shaped stirring bar, and a rod-shaped stirring bar. (Example 1) 撹拌駆動軸と羽根状撹拌子と棒状撹拌子との組み付け関係を示す平面図である。（実施例１）It is a top view which shows the assembly relationship of a stirring drive shaft, a blade-shaped stirring bar, and a rod-shaped stirring bar. (Example 1)

固形物及び粘着性材の混合を向上させることを可能にするという目的を、底部及び周回状の側壁部を有し材料を投入して撹拌処理するための撹拌容器と、前記撹拌容器の上部側に備えられ駆動源により回転駆動される撹拌主駆動軸と、前記撹拌主駆動軸に支持され該撹拌主駆動軸を中心に旋回する第１の撹拌旋回部と、前記撹拌主駆動軸の周りで前記第１の撹拌旋回部に回転可能に支持され前記撹拌主駆動軸に連動構成されて自転及び前記第１の撹拌旋回部の旋回により公転する撹拌駆動軸と、前記撹拌駆動軸に支持され該撹拌駆動軸を中心に旋回する第２の撹拌旋回部と、前記撹拌駆動軸の周りで前記第２の撹拌旋回部に支持され撹拌駆動軸の周りで公転して前記撹拌容器の底部を掻き取り摺動する羽根状撹拌子と、前記羽根状撹拌子側に支持され前記第２の撹拌旋回部の旋回外周側方向に棒状に延設された棒状撹拌子と、前記羽根状撹拌子が前記撹拌駆動軸の自転及び公転により前記撹拌容器内で移動するとき前記側壁部との間に間隔を有し、前記棒状撹拌子は、前記底部及び側壁部の縦断面形状に倣う形状で延設形成され、前記棒状撹拌子が、前記底部及び側壁部の内壁面に倣って近接するとき前記棒状撹拌子及び前記内壁面間にクリアランスを有することで実現した。   A stirrer having a bottom and a circumferential side wall for charging and stirring the material, and an upper side of the stirrer, for the purpose of improving the mixing of the solid and the adhesive material. A stirrer main drive shaft rotatably driven by a drive source, a first stirrer turning unit supported by the stirrer main drive shaft and turning around the stirrer main drive shaft, and around the stirrer main drive shaft. An agitation drive shaft rotatably supported by the first agitation and swivel unit, interlocked with the agitation main drive shaft and revolving by rotation and revolving of the first agitation and swivel unit; and an agitation drive shaft supported by the agitation drive shaft. A second agitation swirler that swivels about the agitation drive shaft; and a second agitation drive shaft supported by the second agitation swivel and revolved about the agitation drive shaft to scrape the bottom of the agitation vessel. The sliding blade-like stirrer and the blade-like stirrer side A rod-shaped stirrer that is held and extends in a rod-like direction in the direction of the outer circumference of rotation of the second stirring and swirling unit; and the blade-shaped stirrer moves in the stirring vessel by rotation and revolution of the stirring drive shaft. With a space between the side wall portion, the rod-shaped stirrer is formed to extend in a shape following the vertical cross-sectional shape of the bottom portion and the side wall portion, and the rod-shaped stirrer is formed on the inner wall surface of the bottom portion and the side wall portion. This is realized by providing a clearance between the rod-shaped stirrer and the inner wall surface when approaching by copying.

前記羽根状撹拌子は、前記撹拌駆動軸を挟んで一対備えられ、前記棒状撹拌子は、前記一対の羽根状撹拌子側のそれぞれに支持され、前記一対の棒状撹拌子の一方は、前記羽根状撹拌子との間に副棒状撹拌子を併設してもよい。   The blade-shaped stirrer is provided in a pair with the stirring drive shaft interposed therebetween, the rod-shaped stirrer is supported on each of the pair of blade-shaped stirrers, and one of the pair of bar-shaped stirrers is the blade. A sub-rod-shaped stirrer may be provided in addition to the stirrer.

［全体概要構成］
図１は、加熱撹拌装置を、一部省略し一部を断面にして示す概略図、図２は、図１から側面掻取羽根を外した概略図である。以下の説明において、上下とは、重力方向の上下を意味する。 [Overall configuration]
FIG. 1 is a schematic diagram showing the heating and stirring device partially omitted and partly in cross section, and FIG. 2 is a schematic diagram showing the heating and stirring device with the side surface scraping blades removed from FIG. In the following description, up and down means up and down in the direction of gravity.

図１、図２のように、本実施例１の加熱撹拌装置１は、撹拌処理装置の一例であり、材料である食材を加熱撹拌調理するものである。但し、撹拌処理装置としては、加熱せずに常温で撹拌処理する装置、冷却しながら撹拌処理する装置として構成することもできる。撹拌処理する材料も、食材以外に各種資材、化学品、医薬品、漢方薬等を適用することもできる。   As shown in FIGS. 1 and 2, the heating and stirring device 1 according to the first embodiment is an example of a stirring processing device, and heats, stirs and cooks a food material as a material. However, the stirring apparatus may be configured as an apparatus that performs stirring processing at room temperature without heating, or an apparatus that performs stirring processing while cooling. As the material to be agitated, various materials, chemicals, pharmaceuticals, Chinese herbs, and the like can be applied in addition to foods.

本実施例は、前記のように食材を対象とし、材料は、カラメルナッツ、カラメルポプコーン、納豆などのように、ある程度の大きさを持った粒状、塊状等の固形物と粘着性材として粘着性を持つ液状物とよりなる。   This embodiment is intended for foodstuffs as described above, and the material is a solid having a certain size, such as caramel nut, caramel popcorn, natto, etc. And a liquid material having

加熱撹拌装置１は、撹拌容器の一例としての撹拌鍋３と、撹拌主駆動軸５と、第１の撹拌旋回部７と、撹拌駆動軸９及び側面掻取軸１１とを備えている。撹拌駆動軸９には、第２の撹拌旋回部１３が取り付けられ、この第２の撹拌旋回部１３に羽根状撹拌子である掻取羽根１５、１７、棒状撹拌子１９、２１、副棒状撹拌子２３、内周側棒状撹拌子２５が取り付けられている。側面掻取軸１１には、側面掻取羽根２７が取り付けられている。   The heating and stirring device 1 includes a stirring pot 3 as an example of a stirring vessel, a stirring main drive shaft 5, a first stirring swirling unit 7, a stirring drive shaft 9 and a side scraping shaft 11. A second stirring swirler 13 is attached to the stirring drive shaft 9, and the second stirring swirler 13 has blade-like stirring elements 15, 17, rod-shaped stirring elements 19, 21, and a sub-rod-shaped stirring element. The stirrer 23 and the inner peripheral side bar-shaped stirrer 25 are attached. The side surface scraping blade 11 is attached to the side surface scraping shaft 11.

前記撹拌鍋３は、底部３ａ及び周回状の側壁部３ｂを有し材料を投入して撹拌処理するためのものであり、鉄又はステンレス等で形成され、底部３ａに加熱装置としてガス加熱装置（図示せず。）が底部３ａ側に備えられている。このガス加熱装置の他に、冷却ミスト等を噴霧する冷却ノズル等も備え、撹拌鍋３ａの底部側を冷却できるようになっている。   The stirring pot 3 has a bottom 3a and a circumferential side wall 3b and is used for charging and stirring the material, and is made of iron or stainless steel, and a gas heating device ( (Not shown) is provided on the bottom 3a side. In addition to this gas heating device, a cooling nozzle or the like for spraying a cooling mist or the like is also provided so that the bottom side of the stirring pot 3a can be cooled.

前記撹拌主駆動軸５は、撹拌鍋３の上部に備えられて駆動ボックス２９に支持され、駆動ボックス２９内の駆動源であるギヤードモータにより回転駆動され、自転する構成となっている。   The main stirring drive shaft 5 is provided on the top of the stirring pot 3 and is supported by a drive box 29. The main drive shaft 5 is driven to rotate by a geared motor that is a drive source in the drive box 29, and is configured to rotate.

前記第１の撹拌旋回部７は、撹拌主駆動軸５に支持され該撹拌主駆動軸５を中心に撹拌主駆動軸５と共に回転し、旋回する。この第１の撹拌旋回部７は、平面から見てほぼ長円形状に形成されたボックス形状をなし、撹拌主駆動軸５に一端側が支持されている。この第１の撹拌旋回部７は、撹拌主駆動軸５の回転半径方向に長く、前記撹拌鍋３に対し撹拌主駆動軸５の軸心回りに旋回する構成となっている。   The first stirring and swirling unit 7 is supported by the stirring main drive shaft 5, and rotates and turns with the stirring main drive shaft 5 around the stirring main drive shaft 5. The first stirring and swirling section 7 has a box shape formed in a substantially elliptical shape when viewed from a plane, and has one end supported by the stirring main drive shaft 5. The first stirring and turning unit 7 is long in the rotation radius direction of the main stirring drive shaft 5, and is configured to turn around the axis of the main stirring drive shaft 5 with respect to the stirring pot 3.

図３は、撹拌駆動軸と羽根状撹拌子と棒状撹拌子との組み付け関係を示す斜視図、図４は、撹拌駆動軸と羽根状撹拌子と棒状撹拌子との組み付け関係を示す正面図、図５は、撹拌駆動軸と羽根状撹拌子と棒状撹拌子との組み付け関係を示す側面図、図６は、撹拌駆動軸と羽根状撹拌子と棒状撹拌子との組み付け関係を示す平面図である。   FIG. 3 is a perspective view showing an assembling relationship between a stirring drive shaft, a blade-shaped stirrer and a rod-shaped stirrer, and FIG. 4 is a front view showing an assembling relationship between a stirring drive shaft, a blade-shaped stirrer and a rod-shaped stirrer. FIG. 5 is a side view showing an assembling relationship between the stirring drive shaft, the blade-shaped stirrer and the rod-shaped stirrer, and FIG. 6 is a plan view showing an assembling relationship between the stirring drive shaft, the blade-shaped stirrer and the rod-shaped stirrer. is there.

図１〜図６のように、撹拌駆動軸９は、撹拌主駆動軸５の周りで第１の撹拌旋回部７に回転可能に支持され撹拌主駆動軸５に連動構成されて自転及び第１の撹拌旋回部７の旋回により公転する構成となっている。   As shown in FIGS. 1 to 6, the stirring drive shaft 9 is rotatably supported by the first stirring swivel unit 7 around the stirring main drive shaft 5, and is configured to interlock with the stirring main drive shaft 5 to rotate and rotate. The orbital rotation of the agitating and swirling unit 7 revolves around.

さらに述べると、撹拌駆動軸９は、撹拌主駆動軸５の周りで第１の撹拌旋回部７の他端側に回転可能（自転可能）に支持されて下方に延設され、その下端側が撹拌鍋３内に至っている。この撹拌駆動軸９は、撹拌主駆動軸５に減速ギヤ組により連動構成されて第１の撹拌旋回部７に対して自転し、第１の撹拌旋回部７の旋回により撹拌主駆動軸５を中心に公転する構成となっている。撹拌駆動軸９は、コイルばねの介在などにより軸方向に伸縮自在に形成されている。この撹拌駆動軸９の伸縮構造により第１の撹拌旋回部７の旋回により撹拌駆動軸９の回転位置により撹拌鍋３の底部３ａに対する長さを変化させることができるようになっている。   More specifically, the stirring drive shaft 9 is rotatably (rotatably) supported at the other end of the first stirring and swirling portion 7 around the stirring main drive shaft 5 and extends downward, and the lower end thereof is stirred. It is in pot 3. The agitation drive shaft 9 is interlocked with the agitation main drive shaft 5 by a reduction gear set, rotates around the first agitation swivel unit 7, and rotates the agitation main drive shaft 5 by the swirl of the first agitation swivel unit 7. It is configured to revolve around the center. The stirring drive shaft 9 is formed so as to be able to expand and contract in the axial direction by interposing a coil spring or the like. The length of the stirring pot 3 with respect to the bottom 3a can be changed by the rotation position of the stirring drive shaft 9 due to the rotation of the first stirring turning section 7 due to the expansion and contraction structure of the stirring drive shaft 9.

前記第２の撹拌旋回部１３は、撹拌駆動軸９に支持され撹拌駆動軸９を中心に旋回する構成となっている。   The second stirring and turning unit 13 is supported by the stirring drive shaft 9 and turns around the stirring drive shaft 9.

この第２の撹拌旋回部１３は、二股の支持桿により形成され、横方向の中間棒部１３ａと中間棒部１３ａの両側の羽根支持棒部１３ｂ、１３ｃとからなっている。中間棒部１３ａは、その中間部が撹拌駆動軸９の下端部揺動自在に支持されている。なお、中間棒部１３ａが撹拌駆動軸９に結合される中間部は、長さ方向の中点ではなく、多少一方側にずれている。   The second stirring and swirling portion 13 is formed by a bifurcated support rod, and includes a lateral intermediate rod 13a and blade support rods 13b and 13c on both sides of the intermediate rod 13a. The intermediate rod portion 13a has an intermediate portion swingably supported at the lower end portion of the stirring drive shaft 9. Note that the intermediate portion where the intermediate rod portion 13a is coupled to the stirring drive shaft 9 is not at the midpoint in the longitudinal direction, but is slightly shifted to one side.

羽根支持棒部１３ｂ、１３ｃは、図３、図５、図６のように、中間棒部１３ａの両端に直交するように下方に延設され、それぞれ旋回方向の前方へ傾斜するように設定されている。   As shown in FIGS. 3, 5, and 6, the blade supporting rod portions 13b and 13c extend downward so as to be orthogonal to both ends of the intermediate rod portion 13a, and are set so as to be inclined forward in the turning direction. ing.

前記掻取羽根１５、１７は、撹拌駆動軸９を挟んで一対備えられ、撹拌駆動軸９の周りで第２の撹拌旋回部１３の羽根支持棒部１３ｂ、１３ｃに支持されている。この掻取羽根１５、１７は、撹拌駆動軸９の周りで公転して撹拌鍋３の底部３ａを掻き取り摺動するものである。   The scraping blades 15 and 17 are provided in a pair with the stirring drive shaft 9 interposed therebetween, and are supported around the stirring drive shaft 9 by the blade support rods 13 b and 13 c of the second stirring and swirling unit 13. The scraping blades 15 and 17 revolve around the stirring drive shaft 9 to scrape and slide the bottom 3 a of the stirring pot 3.

掻取羽根１５、１７は、羽根支持棒部１３ｂ、１３ｃの下端部に支持され、羽根支持棒部１３ｂ、１３ｃの傾斜に沿って旋回方向の前方に傾斜して取り付けられ、すくい角が設定されている。   The scraping blades 15 and 17 are supported at the lower ends of the blade support rods 13b and 13c, and are mounted to be inclined forward in the turning direction along the inclination of the blade support rods 13b and 13c, and the rake angle is set. ing.

掻取羽根１５、１７の大きさ、形状は、相互で若干異なり、掻取羽根１７が掻取羽根１５よりも大きく形成されている。但し、掻取羽根１５、１７を同一の大きさ、形状に形成することもできる。また、掻取羽根１５、１７は、撹拌鍋３に対し、従来の羽根よりも比較的小さく形成されている。   The sizes and shapes of the scraping blades 15 and 17 are slightly different from each other, and the scraping blade 17 is formed larger than the scraping blade 15. However, the scraping blades 15 and 17 can be formed in the same size and shape. Further, the scraping blades 15 and 17 are formed relatively smaller than the conventional blades with respect to the stirring pot 3.

掻取羽根１５、１７が撹拌駆動軸９の自転及び公転により撹拌鍋３内で移動するとき側壁部３ｂに最も近接する位置で側壁部３ｂとの間に図１、図２のように間隔を有する配置となっている。この間隔は、羽根支持棒部１３ｃの下端と側壁部３ｂとの間の寸法が掻取羽根１７の幅寸法に一致する程度である。但し、この間隔も適用する材料に応じて適宜選択することができる。   When the scraping blades 15 and 17 move within the stirring pot 3 due to the rotation and revolution of the stirring drive shaft 9, a space is provided between the side walls 3 b at the position closest to the side walls 3 b as shown in FIGS. 1 and 2. It is arranged to have. This interval is such that the dimension between the lower end of the blade supporting rod 13c and the side wall 3b matches the width of the scraping blade 17. However, this interval can be appropriately selected according to the material to be applied.

前記棒状撹拌子１９、２１は、一対の羽根状撹拌子側である掻取羽根１５、１７のそれぞれに支持され、第２の撹拌旋回部１３の旋回外周側方向に棒状に延設されている。この棒状撹拌子１９、２１は、底部３ａ及び側壁部３ｂの縦断面形状に倣う形状で延設形成されている。つまり棒状撹拌子１９、２１は、底部３ａ及び側壁部３ｂ間の湾曲３ｃに倣った湾曲部１９ａ、２１ａを備え、湾曲部１９ａ、２１ａに連続して側壁部３ｂに倣った直線部１９ｂ、２１ｂが立ち上げ形成されている。   The rod-shaped stirrers 19 and 21 are supported by the scraping blades 15 and 17, respectively, which are a pair of blade-shaped stirrers, and extend in a rod shape in the direction of the outer circumference of the second stirring and swirling unit 13. . The bar-shaped stirrers 19 and 21 are formed to extend in a shape that follows the vertical cross-sectional shape of the bottom 3a and the side wall 3b. That is, the rod-shaped stirrers 19, 21 include the curved portions 19a, 21a following the curve 3c between the bottom 3a and the side wall 3b, and the straight portions 19b, 21b following the curved portions 19a, 21a and following the side wall 3b. Is formed.

この棒状撹拌子１９、２１が、底部３ａ及び側壁部３ｂの内壁面３ｄに倣って近接するとき棒状撹拌子１９、２１及び内壁面３ｄ間にクリアランスを有する設定となっている。このクリアランスは、対象とする粒状、塊状等の固形物の大きさに合わせて予め設定される。棒状撹拌子１９、２１の取り付け位置を掻取羽根１５、１７に対して調節自在とし、クリアランスを調節可能に構成することもできる。粘着性材の粘性に応じてクリアランスを設定し、或いは調節するように構成する。このクリアランスを適用する材料に応じて自動調整する構成にすることも可能である。   When the rod-shaped stirrers 19 and 21 approach and follow the inner wall surface 3d of the bottom 3a and the side wall 3b, a clearance is provided between the rod-shaped stirrers 19 and 21 and the inner wall surface 3d. This clearance is set in advance in accordance with the size of the target solid, such as granular or massive. The mounting position of the bar-shaped stirrers 19 and 21 can be adjusted with respect to the scraping blades 15 and 17 so that the clearance can be adjusted. The clearance is set or adjusted according to the viscosity of the adhesive material. It is also possible to adopt a configuration in which the clearance is automatically adjusted according to the material to which the clearance is applied.

また、棒状撹拌子１９、２１は、直線部１９ｂ、２１ｂが掻取羽根１５、１７の前面に対し旋回方向の前方上方に傾斜するように設定されている。
なお、棒状撹拌子１９、２１の支持は、掻取羽根１５、１７に限らず、羽根支持棒部１３ｂ、１３ｃに取り付ける構成にすることもできる。 The bar-shaped stirrers 19 and 21 are set such that the straight portions 19b and 21b are inclined forward and upward with respect to the front surfaces of the scraping blades 15 and 17 in the turning direction.
In addition, the support of the bar-shaped stirrers 19 and 21 is not limited to the scraping blades 15 and 17, but may be configured to be attached to the blade support rods 13b and 13c.

一対の棒状撹拌子の一方である棒状撹拌子１９には、掻取羽根１５との間に副棒状撹拌子２３が併設され、フォーク状となっている。副棒状撹拌子２３は、棒状撹拌子１９に一体に形成され、直線部１９ｂに平行に配置されている。   The bar-shaped stirrer 19, which is one of a pair of bar-shaped stirrers, is provided with a sub-bar-shaped stirrer 23 between the scraper 15 and has a fork shape. The auxiliary rod-shaped stirrer 23 is formed integrally with the rod-shaped stirrer 19 and is arranged parallel to the straight portion 19b.

なお、副棒状撹拌子２３は、棒状撹拌子１９、２１の双方に設けることもでき、棒状撹拌子１９に代えて棒状撹拌子２１側にのみ設けることもできる。   In addition, the sub-rod-shaped stirring bar 23 can be provided on both of the bar-shaped stirring bars 19 and 21, and can be provided only on the bar-shaped stirring bar 21 side instead of the bar-shaped stirring bar 19.

掻取羽根１５には、内周側棒状撹拌子２５が取り付けられている。内周側棒状撹拌子２５は、掻取羽根１５から撹拌駆動軸９の軸方向下部側に上向き傾斜で延設されている。この内周側棒状撹拌子２５は、掻取羽根１５、１７間での撹拌を促進させるものである。   The inner peripheral side bar-shaped stirrer 25 is attached to the scraping blade 15. The inner peripheral side bar-shaped stirrer 25 extends upwardly from the scraping blade 15 to the axially lower side of the stirring drive shaft 9. The inner circumferential bar-like stirrer 25 promotes stirring between the scraping blades 15 and 17.

前記側面掻取軸１１は、上端が第１の撹拌旋回部７に固定して取り付けられ、下端側が撹拌鍋３内で外周側に偏倚形成され、前記側面掻取羽根２７が取り付けられている。第１の撹拌旋回部７の旋回により側面掻取軸１１を介して側面掻取羽根２７が撹拌鍋３の側壁部３ｂを掻取摺動する。
［撹拌駆動］
駆動力が撹拌主駆動軸５に伝達され撹拌主駆動軸５が回転すると第１の撹拌旋回部７が撹拌主駆動軸５の軸心回りに一体的に旋回する。この旋回により撹拌駆動軸９が撹拌主駆動軸５の軸心回りである撹拌鍋３の中心回りに公転する。 The side scraping shaft 11 has an upper end fixedly attached to the first stirring and swirling portion 7, a lower end biased toward the outer periphery in the stirring pan 3, and the side scraping blade 27 attached thereto. By the rotation of the first stirring swirler 7, the side scraping blades 27 slide and scrape the side wall 3b of the stirring pot 3 via the side scraping shaft 11.
[Stirring drive]
When the driving force is transmitted to the stirring main drive shaft 5 and the stirring main drive shaft 5 rotates, the first stirring turning unit 7 turns integrally around the axis of the stirring main drive shaft 5. With this rotation, the stirring drive shaft 9 revolves around the center of the stirring pot 3 around the axis of the stirring main drive shaft 5.

同時に内部の歯車の噛み合いを介して撹拌主駆動軸５から撹拌駆動軸９に回転駆動力が伝達される。この回転伝達により撹拌駆動軸９が軸心回りに自転駆動される。   At the same time, a rotational driving force is transmitted from the stirring main drive shaft 5 to the stirring drive shaft 9 via the meshing of the internal gears. By this rotation transmission, the stirring drive shaft 9 is driven to rotate around its axis.

すなわち、撹拌駆動軸９は、撹拌主駆動軸５の軸心回りで自転、公転駆動され、第２の撹拌旋回部１３の旋回を介して掻取羽根１５、１７が撹拌鍋３の底部３ａを掻取移動し、棒状撹拌子１９、２１、副棒状撹拌子２３、内周側棒状撹拌子２５が撹拌移動する。   That is, the stirring drive shaft 9 is rotated and revolved around the axis of the main stirring drive shaft 5, and the scraping blades 15, 17 move the bottom 3 a of the stirring pot 3 through the turning of the second stirring turning unit 13. After the scraping movement, the rod-shaped stirrers 19 and 21, the auxiliary rod-shaped stirrer 23, and the inner peripheral side rod-shaped stirrer 25 are moved by stirring.

同時に、側面掻取羽根２７が撹拌鍋３の側壁部３ｂを掻取摺動する。
［各部の作用効果］
２枚の掻取羽根１５、１７は、撹拌鍋３の底部３ａに掻取羽根１５、１７の樹脂羽根部を押付けられた状態で、旋回(自転)しながら移動する(公転)運動に従い、底部３ａを掻取ながら内容物の攪拌混合を行なう。底部３ａは、加熱又は冷却の伝熱面で、掻取により伝熱が促進される。特に加熱の場合、掻取は底部３ａの粘着材料を更新し、焦げの発生防止に大きな効果がある。 At the same time, the side scraping blades 27 scrape and slide on the side wall 3b of the stirring pot 3.
[Effects of each part]
The two scraping blades 15 and 17 follow the (revolving) motion of rotating (rotating) while the resin blades of the scraping blades 15 and 17 are pressed against the bottom 3 a of the stirring pot 3. The contents are stirred and mixed while scraping 3a. The bottom 3a is a heat transfer surface for heating or cooling, and heat transfer is promoted by scraping. In particular, in the case of heating, the scraping renews the adhesive material on the bottom 3a and has a great effect on preventing the occurrence of burning.

掻取羽根１５、１７の撹拌鍋３の底部３ａと接触する部分の長さは、２枚の掻取羽根１５、１７の運動で底部３ａの大部分(中央部分)が掻取られる長さとされている。この条件を満たす長さは、長短の範囲で、幅はあるが、短い側のものが好ましい。長い長さの樹脂羽根は、羽根周囲の進行方向にある固形物が羽根と共回りする部分が大きくなるので、分散混合の点で若干不利となる。   The length of the portion of the scraping blades 15 and 17 that comes into contact with the bottom 3a of the stirring pot 3 is set to a length such that most of the bottom portion 3a (center portion) is scraped by the movement of the two scraping blades 15 and 17. ing. The length that satisfies this condition is in the range of long and short, and has a width, but the shorter side is preferable. The resin blade having a long length is slightly disadvantageous in terms of dispersion and mixing, since a portion where solids in the traveling direction around the blade co-rotate with the blade becomes large.

主羽根の軌跡を鍋側面と少し距離を取ることで、鍋側面と主羽根で固形物を挟むことで固形物の形状を破損させる事を防止する。   By keeping the trajectory of the main blade slightly away from the side of the pot, it is possible to prevent the solid from being sandwiched between the side of the pot and the main blade, thereby preventing the shape of the solid from being damaged.

棒状撹拌子１９、２１、副棒状撹拌子２３、内周側棒状撹拌子２５は、固形物及び粘着性材の相互の混合に効果的である。 The rod-shaped stirrers 19, 21, the sub-rod-shaped stirrer 23, and the inner-side rod-shaped stirrer 25 are effective in mutually mixing the solid and the adhesive material .

即ち、棒状撹拌子１９、２１、副棒状撹拌子２３、内周側棒状撹拌子２５を粒状の固形物に大きさが近い丸棒にすると、棒状撹拌子１９、２１、副棒状撹拌子２３、内周側棒状撹拌子２５が接触する個々の固形物に動きを与え、粘着に打ち勝ち、隣り合う固形物間の相対位置を変化させることにより、混合を促進することができる。   That is, when the rod-shaped stirrers 19 and 21, the sub-rod-shaped stirrer 23, and the inner peripheral rod-shaped stirrer 25 are formed into a round bar having a size close to a granular solid, the rod-shaped stirrers 19 and 21, the sub-rod-shaped stirrer 23, Mixing can be promoted by imparting movement to the individual solids with which the inner peripheral side bar-shaped stirrer 25 comes into contact, overcoming the stickiness and changing the relative position between adjacent solids.

そして、棒状撹拌子１９、２１、副棒状撹拌子２３、内周側棒状撹拌子２５は、断面が円形形状であることが固形物の形状にダメージを与え難いので好ましい。但し、棒状撹拌子１９、２１、副棒状撹拌子２３、内周側棒状撹拌子２５の断面形状は、材料により選択することもでき、必ずしも円形形状に限らず、楕円形状、三角形状、四角形状、六角形状等、種々の断面形状を選択でき、また、延設形状も選択することができる。   The rod-shaped stirrers 19, 21, the sub-rod-shaped stirrer 23, and the inner-side bar-shaped stirrer 25 are preferably circular in cross section, since they do not easily damage the shape of the solid. However, the cross-sectional shapes of the rod-shaped stirrers 19, 21, the sub-rod-shaped stirrer 23, and the inner peripheral side bar-shaped stirrer 25 can be selected depending on the material, and are not necessarily limited to the circular shape, but may be elliptical, triangular, or square. , A hexagonal shape, and various cross-sectional shapes, and an extended shape can also be selected.

フォーク状に二本丸棒が並んだ棒状撹拌子１９及び副棒状撹拌子２３の部分は固着し固まりとなった固形物を全体として動かす効果も加わる。   The portion of the bar-shaped stirrer 19 and the sub-bar-shaped stirrer 23 in which two round bars are arranged in a fork shape also has the effect of moving the solidified solidified material as a whole.

自転、公転運動により、主羽根の金属丸棒状の棒状撹拌子１９及び副棒状撹拌子２３のフォーク部分は、撹拌鍋３の底部３ａと少しのクリアランス(3-15ｍｍ)を持って、通過する。   Due to the rotation and orbital motion, the fork portions of the metal round bar-shaped stirrer 19 and the sub-bar-shaped stirrer 23 of the main blade pass through the bottom portion 3a of the stirring pot 3 with a small clearance (3-15 mm).

主羽根樹脂面の掻取効果に加え、棒状撹拌子１９、２１、副棒状撹拌子２３、内周側棒状撹拌子２５により固形物が撹拌鍋３の底部３ａを攪拌移送される効果が加わり、加熱時の焦げ付きが防止される。   In addition to the effect of scraping the resin surface of the main blade, the effect that the solid is stirred and transferred to the bottom 3a of the stirring pot 3 by the rod-shaped stirrers 19 and 21, the auxiliary rod-shaped stirrer 23, and the inner-side rod-shaped stirrer 25 is added. Burning during heating is prevented.

更に棒状撹拌子１９、２１、副棒状撹拌子２３、内周側棒状撹拌子２５の丸棒は進行方向が撹拌鍋３の底部３ａの面に対し鋭角となっており、回転により、材料を下方向に押し付ける力が作用する。   Further, the round bars of the rod-shaped stirrers 19 and 21, the auxiliary rod-shaped stirrer 23, and the inner peripheral side bar-shaped stirrer 25 have an advancing direction at an acute angle with respect to the surface of the bottom 3a of the stirring pot 3, and the material is lowered by rotation. A pressing force acts in the direction.

このため、材料は撹拌鍋３の底部３ａの面からの抗力と棒状撹拌子１９、２１、副棒状撹拌子２３、内周側棒状撹拌子２５の丸棒からの押し付けで、挟み込むような力を受け混合が促進される。   Therefore, the material exerts a drag force from the surface of the bottom portion 3a of the stirring pot 3 and a force to pinch the rod-shaped stirrers 19, 21, the sub-rod-shaped stirrer 23, and the inner-circumferential-side bar-shaped stirrer 25 by pressing the round bar. Receiving mixing is promoted.

棒状撹拌子１９、２１は、撹拌鍋３の側壁部３ｂに少しのクリアランス(3-10ｍｍ)を持って、平行な棒となっている。更にこの棒状撹拌子１９、２１は進行方向が鍋底面に対し鋭角となっており、撹拌鍋３の側壁部３ｂに付着している固形物を底部３ａ方向に掻き落とす機能を有している。   The bar-shaped stirrers 19 and 21 are parallel bars with a small clearance (3-10 mm) on the side wall 3b of the stirring pot 3. Further, the rod-shaped stirrers 19 and 21 have an advancing direction at an acute angle with respect to the bottom surface of the pot, and have a function of scraping solid substances attached to the side wall 3b of the stirring pot 3 toward the bottom 3a.

本実施例では、混合を良くするため、掻取羽根１５、１７は交互に傾きを持って取り付けられているが、傾きはなくとも基本性能は発揮される。   In this embodiment, the scraping blades 15 and 17 are alternately mounted with an inclination in order to improve the mixing, but the basic performance is exhibited even without the inclination.

掻取羽根１５、１７の自転公転運動の軌跡はハイポサイクロイドが好ましい。これにより掻取羽根１５、１７の軌跡は、撹拌鍋３の底部３ａを横断する大きな動きとなり、粘着する固形物を引き離す動きとなり、混合が促進される。但し、掻取羽根１５、１７の自転公転運動の軌跡はハイポサイクロイドに限らない。   The locus of the revolution of the scraper blades 15 and 17 is preferably a hypocycloid. Accordingly, the trajectory of the scraping blades 15 and 17 becomes a large movement crossing the bottom 3a of the stirring pot 3, and becomes a movement of separating the sticking solid matter, thereby promoting the mixing. However, the trajectory of the revolution of the scraper blades 15 and 17 is not limited to the hypocycloid.

実施例において、撹拌駆同軸９は、撹拌鍋３の底部３ａ中心軸に平行で、傾斜しない構成としているが、混合は十分可能である。但し、撹拌駆同軸９は、撹拌鍋３の底部３ａ中心軸に平行ではなく、傾斜させると底部３ａに対し掻取羽根１５、１７の接触する角度が大きく変化し、混合に好ましい効果がでる。   In the embodiment, the stirrer coaxial 9 is configured so as to be parallel to the central axis of the bottom 3a of the stirrer 3 and not inclined, but mixing is sufficiently possible. However, the agitator 9 is not parallel to the central axis of the bottom 3a of the stirring pan 3, but if it is tilted, the contact angle of the scraping blades 15 and 17 with the bottom 3a greatly changes, and a favorable effect for mixing can be obtained.

撹拌鍋３の側壁部３ｂ周辺の底部３ａ側部分は、公転する側面掻取羽根２７で掻取られ、掻取範囲は、掻取羽根１５、１７と少し(10mm程度)重なる。   The portion near the bottom 3a around the side wall 3b of the stirring pot 3 is scraped by the revolving side scraping blade 27, and the scraping range slightly overlaps with the scraping blades 15 and 17 (about 10 mm).

公転運動する側面掻取羽根２７と自転公転運動する掻取羽根１５、１７がすれ違う時に混合が促進される。   Mixing is promoted when the revolving side scraping blade 27 and the revolving revolving scraping blades 15 and 17 pass each other.

［撹拌調理］
本装置を用いてアーモンドのカラメルナッツを製造する実施例を説明する。
＜撹拌鍋の仕様＞
撹拌鍋の鍋径 ：８５０ｍｍ
撹拌鍋の内容積：２００L（満水）
ガス加熱及び鍋底外部より冷却機能付き
＜レシピ＞
・ナッツ１２ｋｇ(常温：20℃)
・グラニュー糖
・水
・添加物
＜手順＞
（１）撹拌鍋３にグラニュー糖、水投入
（２）ガス加熱装置の点火、撹拌主駆動軸５の駆動による撹拌開始
掻取羽根１５、１７等による攪拌を行わせ、グラニュー糖を溶解し煮詰める。
（３）撹拌鍋３に固形物であるナッツを追加投入
（４）撹拌鍋３の壁温を火力調整により調整し、ナッツの焙煎と糖のカラメル化を行う
（５）消火 (製品を徐冷しカラメルを徐々に固体化させる工程に入る)
（６）撹拌鍋３の裏面に冷却ミスト噴霧を短時間繰り返し行い、飴(カラメル)の温度及び撹拌鍋３の壁温をゆっくりと下げる。(壁温を下げすぎると壁面にカラメルが固化するため)。ゆっくりの程度は、予め実験で求めた。
（７）撹拌鍋３に添加物を適宜投入(調理鍋裏から冷却)
（８） ミスト終了
（９）掻取羽根１５、１７等を跳ね上げ、撹拌鍋３を傾動させ、カラメルナッツを取出す
こうした手順により、大部分が粒状のナッツで、カラメルでコーティングされた焙煎ナッツが得られた。 [Stirring cooking]
An example in which almond caramel nut is manufactured using the present apparatus will be described.
<Specification of stirring pot>
Pot diameter of stirring pot: 850mm
Stirring pot inner volume: 200L (full)
With gas heating and cooling function from outside the pan bottom <recipe>
・ 12 kg of nuts (normal temperature: 20 ° C)
・ Granulated sugar / water / additives <Procedure>
(1) Granulated sugar and water are put into the stirring pot 3 (2) Ignition of the gas heating device and start of stirring by driving the stirring main drive shaft 5 Stirring is performed by the scraping blades 15 and 17 to dissolve and boil down the sugar. .
(3) Additional solid nuts are added to the stirring pot 3 (4) The wall temperature of the stirring pot 3 is adjusted by adjusting the heating power to roast the nuts and caramelize the sugar (5) Fire extinguishing (Begins the process of cooling and gradually solidifying the caramel)
(6) The cooling mist spraying is repeatedly performed on the back surface of the stirring pot 3 for a short time to slowly lower the temperature of the candy (caramel) and the wall temperature of the stirring pot 3. (Because the caramel solidifies on the wall if the wall temperature is lowered too much). The degree of slowness was determined in advance by experiments.
(7) Add additives as needed to the stirring pot 3 (cool from behind the cooking pot)
(8) End of mist (9) Raise the scraper blades 15, 17 and so on, tilt the stirring pot 3, and take out caramel nuts. By such a procedure, most of the nuts are granular, and roasted nuts coated with caramel was gotten.

１ 加熱撹拌装置（撹拌処理装置）
３ 撹拌鍋（撹拌容器）
５ 撹拌主駆動軸
７ 第1の撹拌旋回部
９ 撹拌駆動軸
１３第２の撹拌旋回部
１５、１７ 掻取羽根（羽根状撹拌子）
１９、２１ 棒状撹拌子
２３ 副棒状撹拌子 1 Heating stirrer (stirring processor)
3 stirring pot (stirring vessel)
5 Stirring Main Drive Shaft 7 First Stirring Turning Unit 9 Stirring Drive Shaft 13 Second Stirring Turning Unit 15, 17 Scraping Blade (Blade-like Stirrer)
19, 21 rod-shaped stirrer 23 sub-rod-shaped stirrer

Claims (3)

底部及び周回状の側壁部を有し粒状又は塊状の固形物及び粘着性材を投入して撹拌処理するための撹拌容器と、
前記撹拌容器の上部側に備えられ駆動源により回転駆動される撹拌主駆動軸と、
前記撹拌主駆動軸に支持され該撹拌主駆動軸を中心に旋回する第１の撹拌旋回部と、
前記撹拌主駆動軸の周りで前記第１の撹拌旋回部に回転可能に支持され前記撹拌主駆動軸に連動構成されて自転及び前記第１の撹拌旋回部の旋回により公転する撹拌駆動軸と、
前記撹拌駆動軸に支持され該撹拌駆動軸を中心に旋回する第２の撹拌旋回部と、
前記第２の撹拌旋回部に支持され前記撹拌駆動軸の周りで公転して前記撹拌容器の底部を掻き取り摺動する羽根状撹拌子と、
前記羽根状撹拌子側に支持され前記第２の撹拌旋回部の旋回外周側方向に棒状に延設された棒状撹拌子と、を備え、
前記羽根状撹拌子が前記撹拌駆動軸の自転及び公転により前記撹拌容器内で移動するとき前記側壁部との間に間隔を有し、
前記棒状撹拌子は、前記底部及び側壁部の縦断面形状に倣う形状で先端が立ち上げ形成され、
前記棒状撹拌子は、前記側壁部に付着している固形物を掻き落とすために前記底部に倣って近接すると共に前記側壁部に一定のクリアランスで近接するように形成され、
前記撹拌駆動軸の自転及び公転により前記棒状撹拌子が前記側壁部に前記粘着性材により付着する前記固形物を前記底部方向に掻き落とし前記羽根状撹拌子により前記底部の固形物及び粘着性材を撹拌混合し前記棒状撹拌子が前記固形物及び粘着性材を効果的に混合して前記固形物を前記粘着性材でコーティングする、
ことを特徴とする撹拌処理装置。 A stirring vessel for charging and stirring a granular or massive solid and an adhesive having a bottom portion and a circumferential side wall portion,
A stirring main drive shaft provided on the upper side of the stirring vessel and rotationally driven by a drive source,
A first stirring and turning unit supported on the stirring main drive shaft and turning around the stirring main drive shaft;
An agitation drive shaft rotatably supported by the first agitation swivel unit around the agitation main drive shaft, interlockingly configured with the agitation main drive shaft, and revolving by rotation and rotation of the first agitation swivel unit;
A second stirring and swiveling unit supported on the stirring drive shaft and rotating about the stirring drive shaft;
A blade-shaped stirrer supported by the second stirring swirler and revolving around the stirring drive shaft to scrape and slide the bottom of the stirring vessel;
A bar-shaped stirrer supported on the blade-shaped stirrer side and extending in a bar-like direction in the direction of the outer circumference of the swirl of the second stirring swirler ,
When the wing-shaped stirrer moves in the stirring vessel by the rotation and revolution of the stirring drive shaft, there is a gap between the blade and the side wall portion,
The rod-shaped stirrer is formed by raising the tip in a shape that follows the vertical cross-sectional shape of the bottom portion and the side wall portion,
The rod-shaped stirrer is formed so as to follow the bottom in order to scrape off solid matter attached to the side wall and to approach the side wall with a certain clearance ,
The rod-shaped stirrer scrapes off the solid matter adhered to the side wall part by the adhesive material by the rotation and revolving of the stirring drive shaft in the bottom direction, and the solid matter and the adhesive material at the bottom part by the blade-shaped stirrer element. The bar-shaped stir bar effectively mixes the solid and the sticky material to coat the solid with the sticky material.
A stirring processing device characterized by the above-mentioned. 請求項１記載の撹拌処理装置であって、
前記棒状撹拌子は、前記羽根状撹拌子との間に副棒状撹拌子を併設した、
ことを特徴とする撹拌処理装置。 The stirring processing device according to claim 1,
The rod-shaped stirrer is provided with a sub-rod-shaped stirrer between the blade-shaped stirrer,
An agitation processing apparatus characterized by the above-mentioned. 請求項１記載の撹拌処理装置であって、
前記羽根状撹拌子は、前記撹拌駆動軸を挟んで一対備えられ、
前記棒状撹拌子は、前記一対の羽根状撹拌子側のそれぞれに支持され、
前記一対の棒状撹拌子の一方は、前記羽根状撹拌子との間に副棒状撹拌子を併設した、
ことを特徴とする撹拌処理装置。 The stirring processing device according to claim 1,
The blade-shaped stirrer is provided as a pair with the stirring drive shaft interposed therebetween,
The rod-shaped stir bar is supported on each of the pair of blade-shaped stir bars,
One of the pair of rod-shaped stirrers is provided with a sub-rod-shaped stirrer in parallel with the blade-shaped stirrer,
An agitation processing apparatus characterized by the above-mentioned.
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