JPH0673429B2 - Pont cracker manufacturing method and apparatus - Google Patents

Pont cracker manufacturing method and apparatus

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Publication number
JPH0673429B2
JPH0673429B2 JP20155691A JP20155691A JPH0673429B2 JP H0673429 B2 JPH0673429 B2 JP H0673429B2 JP 20155691 A JP20155691 A JP 20155691A JP 20155691 A JP20155691 A JP 20155691A JP H0673429 B2 JPH0673429 B2 JP H0673429B2
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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.)
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JP20155691A
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JPH04335862A (en )
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清人 山上
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有限会社光陽機械製作所
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Description

【発明の詳細な説明】 DETAILED DESCRIPTION OF THE INVENTION

【0001】 [0001]

【産業上の利用分野】本発明は特に薄いポン煎餅を製造するさいに有益となるポン煎餅の製造方法とその装置に関する。 The present invention relates to a pop cracker production method to be useful again to produce a particularly thin Pont cracker for that device.

【0002】 [0002]

【従来の技術】水蒸気の爆発的膨張を利用してポン煎餅を連続的に焼き上げることのできるポン煎餅焼き装置として、出願人は図1に示す如き特開昭63−18194 2. Description of the Related Art As the explosive expansion Pont cracker baked apparatus capable of bake Pont cracker continuously using steam, the applicant as shown in FIG. 1 JP 63-18194
1号を提案している。 It has proposed a No. 1. 図中1はモーター、2は原動スプロケッ3を具備した歯車伝動装置、4は回転軸、5は回転軸4に固定されたカム、6は同じく回転軸4に固定された従動スプロケット、7は二つのスプロケット3、6 Figure 1 represents a motor, 2 is a gear transmission provided with the driving sprocket 3, the rotation shaft 4, the cam 5 fixed to rotating shaft 4, driven sprocket which is also fixed to the rotary shaft 4 is 6, 7 two One of the sprocket 3, 6
に掛け回されたチエーン、8は支持軸9廻りに揺動自在となされたレバー、10はレバー8の下端に軸着されカム5に位置制御されるローラー、11はレバー8に固着された係止部材、11aは係止部材11の先端下面に固定された係止板、11bは係止板11aの下面に付設したゴム等の緩衝板、12は緩衝板11bを支持するための支持体、12aは支持体12の上面に付設したゴム等の緩衝板、13はレバー8に軸着された連結ロッド、1 The hung around the chain lever has been made swingable support shaft 9 around 8, the rollers are controlled in position cam 5 is rotatably attached to the lower end of the lever 8 10, engagement 11 which is secured to the lever 8 stop member, 11a are engaging plate tip is fixed to the lower surface of the locking member 11, the buffer plate such as rubber 11b is that attached to the lower surface of the retaining plate 11a, 12 is a support for supporting the buffer plate 11b, 12a is a buffer plate such as rubber which is attached to the upper surface of the support member 12, 13 connecting rod which is pivotally attached to the lever 8, 1
4は支持軸15廻りの揺動自在で下端部が連結ロッド1 4 coupling is swingable at the lower end of the support shaft 15 around the rod 1
3に軸着された上側アーム、16は上端部を連結ロッド13に軸着された下側アーム、17は支持軸18廻りの揺動自在で先端部が下側アーム16の下端部と軸着された押圧アーム、19は案内筒20内に摺動変位自在に嵌挿され押圧アーム17に連動される摺動軸、21は摺動軸19の下端に固着された押圧子、そして22はコンロ23で加熱される加熱板であり、これら各部の作動は次のようになされるのであって、即ちモーター1の回転によりカム5が回転されてレバー8が矢印方向アへ揺動され、続いて連結ロッド13及びアーム14、16を介して押圧アーム17の先端がトグル機構原理下に下方変位され、続いて摺動軸19及び押圧子21が下降変位されるのであり、この後カム5の回転がさらに進行すると、 Pivotally been the upper arm 3, 16 lower arm that is pivotally attached to the upper end the connecting rod 13, 17 at the lower end and the shaft attachment of the support shaft 18 is swingably of around tip lower arm 16 has been pressed arm 19 is interlocked with the pressure arm 17 slidably inserted displaceable in the guide tube 20 sliding shaft, 21 is secured to the lower end of the sliding shaft 19 pushing element and 22 stove, a heating plate which is heated at 23, the operation of these units is a than is done in such a way that the lever 8 cam 5 is rotated by the rotation of the motor 1 is swung in the arrow direction a, followed by the tip of the pressing arm 17 via a connecting rod 13 and the arm 14, 16 is displaced downward under the toggle mechanism principle, followed by the sliding shaft 19 and the pushing element 21 is of being displaced downward, the rotation of the rear cam 5 When but further progress,
ローラー10がカム5の切欠箇所に達してレバー8が瞬時に矢印方向イへ揺動され、これにより前述とは逆に押圧子21は上昇変位されるのであり、以後は上記した一連の動作が繰り返される。 Lever 8 roller 10 reaches the notch portion of the cam 5 is swung in the direction of the arrow b instantaneously, thereby it than pushing element 21 is raised displaced contrary to the above, a series of operations described above is thereafter Repeated. 一方、24は焼ごてであって一般には上金型と下金型とからなり、下金型には凹み穴が設けられる一方、上金型にはその下面に前記凹み穴と嵌合される凸部が設けられ、且つ必要に応じて適宜な把手が設けられる。 Meanwhile, 24 is generally a baked iron consists of a upper mold and the lower mold, while the hole recessed in the lower mold is provided, the upper mold is fitted to the recessed hole on its lower surface convex portion is provided that, an appropriate handle is provided in accordance and necessary. なおmはスティック阻止装置で押圧子21を駆動シリンダーnで縦軸廻りに揺動させて摺動軸19の焼き付き固着を防止するものである。 Incidentally m is to prevent burn sticking sliding shaft 19 is swung to the pushing element 21 with the stick blocking device on the vertical axis around the driving cylinder n.

【0003】上記装置によりポン煎餅を製造するさいは次のように行われる。 [0003] again to produce the Pont cracker by the device is performed as follows. 即ち、先づ加熱された状態の下金型の凹み穴内に必要な材料を入れ、次いで同凹み穴に同じく加熱された状態の上金型の凸部を嵌合させるようにして凹み穴を封鎖し、次いで焼ごて24を図1に示すように押圧子21の直下で加熱板22上の一定位置に載置し、図示しない操作スイッチを操作することによりモーター1を回転させて押圧子21を降下させ、これにより上金型の上面を適当圧力で押圧し、適当時間の経過後に瞬時にその押圧力を解除させるようにする。 That is, previously Dzu put heated material required lower mold recess hole state, then seal the hole recess so as to fit the convex portion of the upper die in a state of being also heated in the same recessed hole and then placed at a predetermined position on the heating plate 22 baked iron 24 immediately below the pushing member 21 as shown in FIG. 1, the motor 1 is rotated by operating the operation switch (not shown) pushing element 21 It was lowered, thereby pressing the upper surface of the upper mold at a proper pressure, so as to release the pressing force immediately after a suitable time. これにより前記凹み穴内の製品材料はそれに含有される水分の爆発的膨張により粉砕されて膨軟となり、凹み穴の形状に合致したポン煎餅となされるのである。 Thus is crushed by the explosive expansion of the water product material contained therein in the recessed hole becomes 膨軟 and of being made pop cracker that matches the shape of the recessed hole.

【0004】 [0004]

【発明が解決しようとする課題】上記した在来の製造方法では下金型の凹み穴と上金型の下面凸部との嵌合操作が円滑に行われ難いのであって、このことが製造の能率を低下させるほかポン煎餅の生産ラインによる自動的且つ連続的な機械製造を困難となしており、このため出願人は前記上金型を凸部のない実質的な平面状のものとなして下金型との嵌合操作を不要ならしめた焼ごてを実願平2−406632号として提案している。 A than hardly performed smoothly fitting operation between the underside convex portion of the recessed hole and the upper die of the lower die in the above-mentioned conventional manufacturing method [0006] This is prepared automatic and continuous and without difficulty machinery manufacturing, Thus applicant without those of the upper mold with no protrusions substantially planar by other Pont cracker production lines to reduce the efficiency It has proposed a sintered iron which made if required the fitting operation of the lower mold as No. Jitsugantaira 2-406632 Te. 本発明は上記焼ごてを使用して機械的にしかも製品材料の無駄を生じさせないでポン煎餅を製造できるようになすほか、特に薄厚の製品でも支障なく能率的に製造できるようになすことを目的とする。 The present invention is that the form so that it can be efficiently manufactured without any trouble in addition, particularly thin products forming so that it can produce Pont cracker without causing waste of mechanically Moreover product material using the above sintered iron for the purpose.

【0005】 [0005]

【課題を解決するための手段】本発明を実施するための装置は、押圧子が焼ごての上面を適当時間押圧した後、 Apparatus for carrying out the present invention SUMMARY OF THE INVENTION After the pushing element presses appropriate time a top of the baked iron,
瞬時に上方へ退避されるものとなるポン煎餅焼き装置に於いて前記押圧子の上方変位を適宜希望する寸法間隙に許容するための押圧子上方変位許容装置を設けたものとなす。 It makes with that provided presser upward displacement permitting device for permitting dimensioned gap appropriately desired upward displacement of the pushing element at the Pont cracker baked apparatus becomes to be saved upward instantly.

【0006】しかしてポン煎餅の製造にさいして本発明では凹み穴の設けられた下金型とこれを被うための実質的な平面状の上金型による噛み合せ不要な焼ごてを使用すると共に、焼ごてを押圧する押圧子の上方変位が適宜希望する寸法間隙に許容されるようにして行うことを特徴とするものである。 [0006] Thus the present invention Pont cracker manufacturing when using unnecessary baked iron engagement by substantially planar upper mold for covering the lower mold provided with the recessed hole and this together, in which the upper displacement of the pushing element for pushing the baked iron is equal to or conducted as is permitted dimensioned gap desired appropriately.

【0007】 [0007]

【作用】押圧子が予定された寸法間隙に上方変位されると、上金型が同寸法間隙だけ上方変位されるものとなり、このさい凹み室内に発生した水蒸気は自身の圧力により上下金型の隙間から瞬時に放出されるが、同凹み室内の製品材料は上下金型の上方変位による寸法間隙の大きさとの関連で外部へ放出されるものとならないのでありその無駄が防止される。 When [action] pushing element is displaced upward dimensioned gap is scheduled, it is assumed that the upper mold is displaced upward by the same dimension gap, the upper and lower molds by the pressure of the Sai recess steam generated in the room itself Although released from the gap instantaneously, the product material of the same recess chamber is than not intended to be released to the outside in relation to the size of the dimension clearance by the upper displacement of the upper and lower molds that waste is prevented. また焼ごては製品材料の供給及び製品の取り出しの度に上下金型を開放・閉鎖させるようにするが、このさい上下金型は噛み合わせを要しないため厳密な位置合わせが不要となり簡便に実施されるものとなる。 The baked iron is so as to open, closing the upper and lower dies each time the removal of the supply and Products material, this again the upper and lower molds are conveniently not required strict alignment for not requiring engagement a being implemented.

【0008】 [0008]

【実施例】以下に、本発明の具体的な実施例を図2〜図5により説明する。 EXAMPLES] Hereinafter, specific embodiments of the present invention by Figures 2-5. 本発明は図1に示される先に提案の装置の後背面の構成を異ならしめてあり、このさい加熱部の前面側は実質的に同一であるために省略し、図2は後背側のみを示した斜視図である。 The present invention is Yes made different the back of the structure after the device previously proposed, shown in Figure 1, the front side of the reheating portion is omitted because it is substantially the same, FIG. 2 shows only the dorsal and a perspective view. 本発明では図1に於ける係止部材11と支持体12との当接部の構成を改良し、該部に特殊な押圧子上方変位許容装置を構成するのである。 The present invention improves the structure of the contact portion between at the locking member 11 and the support 12 in FIG. 1, it is to construct a special pushing element upward displacement permitting device to the site. 即ち、図に於いて25及び25はフレームFに固定した張出部材で、各々の上面には二つの起立部材2 That is, in the projecting member 25 and 25 fixed to the frame F as shown in the drawing to each of the top two upright members 2
6a、26bを対向させて固着してある。 6a, it is secured to 26b are opposed to. そして、各二つの起立部材26a、26bの上端は連結板27を介して結合することにより一対の方形の枠組k、k(図3参照)を形成し、これら一対の枠組の間に係止部材11を位置させた状態となしている。 Each two upright members 26a, the upper end of 26b forms a framework k of the pair of square by binding via the connecting plate 27, k (see FIG. 3), the locking member between the pair of framework and forms a state of being position 11. 28及び28は各連結板27、27に上下変位可能に螺合させた調整操作ネジで、その先端は前記各枠組を構成した二つの起立部材2 28 and 28 in the adjustment operation screws vertically displaceable manner was screwed into the connecting plate 27, the tip of two upright members constituting said each framework 2
6a、26bの相互間に形成された各溝h内に位置させてある。 6a, it is then positioned in each groove h formed between 26b mutually. 29は係止部材11の直下に配置した円筒形支持体でその中心線方向には図3に示すように横軸30を設け、その各端部は前記溝h、h内に嵌入させてなる。 29 is in the center line direction in the cylindrical support directly under the locking member 11 provided horizontal axis 30 as shown in FIG. 3, formed by the respective end is fitted in the groove h, h .
31はコ字形部材で横軸30に該軸廻りの揺動自在に止着してある。 31 are then secured to the horizontal shaft 30 swingably of the shaft around at U-shaped member. 32はフレームFに固着された台板33上に固定した空気圧シリンダーである。 32 is a pneumatic cylinder fixed on which is secured to the frame F base plate 33. 該シリンダー32 The cylinder 32
のピストンロッド32a先端には別のコ字形部材34が固定してあって、これと連結ロッド35の下端を図3に示すように軸36着すると共に同ロッド35の上端を前記コ字形部材31に固定してある。 The piston rod 32a in the tip each other by another U-shaped member 34 is fixed, the U-shaped member 31 the upper end of the rod 35 with the lower end of the connecting rod 35 and which axially 36 deposited as shown in FIG. 3 It is fixed to.

【0009】スプロケット6の側面には突段部6aが形成してあって段部側方にはピン37が植設してある。 [0009] The side surface of the sprocket 6 with the stepped portion side with each other to form the 突段 portion 6a pin 37 are implanted. また該スプロケット6近傍のフレームFから起立させた支持部材38には触子39aの突出されたセンサー39が設けてあり、前記ピン37と触子39aの接触に関連して前記シリンダー32が係止部材11と同期して作動されるようになしてある。 The Yes and sensor 39 that protrudes the probe 39a in the support member 38 is raised from the frame F in the vicinity the sprocket 6 is provided, the pin 37 and the probe 39a in contact with the associated the cylinder 32 is engaging the in synchronism with the member 11 are no to be actuated.

【0010】上記のように構成した本発明装置を使用してポン煎餅を製造するさいは例えば次のように行われる。 [0010] again to produce a Pong cracker using the present invention apparatus configured as described above is performed as follows by way of example. 先づ図4(a)に示すように、150℃〜200℃ As shown earlier Dzu Figure 4 (a), 150 ℃ ~200 ℃
に加熱された焼ごて40の下金型41に形成された凹み穴41a内にいりこやつなぎ材としての春雨などからなる製品材料wを入れると共に、実質的な平面状となされた上金型42で閉鎖する。 With add product material w made of vermicelli as dried sardine and tie the formed recessed hole 41a in the lower die 41 of the heated shrink-iron 40, the upper mold was made substantially planar to close at 42. 次いで、焼ごて40を適度に加熱された加熱板22の一定位置に載置し、モーター1 Then placed on a fixed position of the heating plate 22 that is moderately heated baked iron 40, the motor 1
を回転させる。 The rotation. これにより押圧子21はカム及び図示しないバネなどを介して変位され焼ごて40を適当押圧力(例えば50〜80Kg/cm )で押圧すると共に適当時間(例えば1秒〜3秒)の後にその押圧力をカム5 Thereby pushing element 21 after the appropriate pressing force displaced sintered iron 40 via a cam and spring (not shown) (e.g. 50~80Kg / cm 2) appropriate time while pressing (e.g. 1 to 3 seconds) cam 5 and the pressing force
の切欠箇所の存在により瞬時に消失されるものとなる。 It becomes dissipated instantaneously by the presence of the notch portion of the.
そして、このような作動の一方ではセンサー39が触子39aとピン6aとの関連で押圧子21の作動を検出して押圧子21の押圧力が消失する前に空気圧シリンダー32を伸長作動させ、該作動により円筒支持体29は調整操作ネジ28、28の下端と張出軸30との関連で規制される最上位置にまで上昇されるのであって、この状態ではカム5の回動に伴って矢印方向アの最上位置に押し上げられた係止部材11の緩衝板11b下面の位置よりも僅かに下方に位置した状態となされる。 Then, while such operation is extended actuating the pneumatic cylinder 32 before the pressing force of the pushing element 21 detects the operation of the pushing element 21 in relation to the sensor 39 probe 39a and the pin 6a is lost, a than the cylindrical support 29 by the acting dynamic is raised to the uppermost position is restricted in relation to the lower end ChoIzurujiku 30 of the adjusting operation screw 28, in this state with the rotation of the cam 5 It made a state slightly located below the position of the buffer plate 11b lower surface of the locking member 11 pushed up to the uppermost position in the direction of the arrow a. このさいの円筒支持体29と緩衝板11b下面との間隙s(図5参照)は製品材料の種類、性質などによって適切な大きさとなすのであって、その調整は調整操作ネジ28、28 Gap s (see Fig. 5) the type of product material between the cylindrical support 29 for the old and the buffer plate 11b lower surface, there than make an appropriate size, such as by the nature, the adjustment is adjustment operation screw 28, 28
を適宜上下変位させることにより行うのであり、これにより押圧子21は上方への退避を前記間隙sに依存して許容されるものとなる。 Suitably it is than carried out by vertical displacement, thereby pushing element 21 is assumed to be acceptable depending retraction upward into the gap s to. 本例のようにいりこを製品材料として使用する場合には前記間隙sは上金型が1/10 The gap s when used as a product material dried sardine as in this embodiment the upper mold 1/10
mm〜2/10mmの範囲内で上昇変位自在となるように設定される。 Mm~2 / in 10mm within the set so as to be freely raised displacement. このため上金型41は図4(b)に示すように凹み穴41a内に発生した水蒸気圧により凡そ1 Upper mold 41 for this purpose approximately 1 by steam pressure generated into recessed bore 41a as shown in FIG. 4 (b)
/10mm〜2/10mmの範囲内で一時的に上昇変位されるのであり、該状態の下では製品材料wの乾物は凹み室41a内に残された状態で殆ど水蒸気のみが大気へ放出されるものとなって、製品材料の損失は可及的に回避される。 / 10mm~2 / 10mm and of being temporarily raised displaced within the range of only little steam while dry matter left in the recessed chamber 41a of the product material w is under the condition that is released to the atmosphere become things, product loss material is avoided as much as possible. また凹み穴41a内の水蒸気は放出のさい爆発的に膨張するものとなり、このさいの動的エネルギーにより製品材料wは粉砕されて膨張され、その外形が凹み穴41aの形状に合致されるものとなる。 The water vapor in the recessed hole 41a becomes that expands again explosively release, product material w by kinetic energy of this again is expanded be ground, and that its external shape is matched to the shape of the recessed hole 41a Become. そして極めて短い一定時間が経過すると空気圧シリンダー32がタイマーなどの作用により自動的に短縮作動して円筒形支持体29が大きく降下され係止部材11の位置規制が緩和されるため押圧子21は大きく上昇変位されるのであり、この後は焼ごて40を図4(c)に示すように開放して製品w1の取り出しを行う。 The pushing element 21 for position regulation of the locking member 11 is lowered greatly cylindrical support 29 is relieved pneumatic cylinder 32 when a very short predetermined time has elapsed is automatically shortened actuated by the action of a timer is greater and of being raised displaced, taken out of the product w1 after this opens the tempered iron 40 as shown in FIG. 4 (c).

【0011】上記実施例に於いて極めて薄厚のポン煎餅を製造するさいは凹み穴41aの深さを例えば1mm程度になすが、この場合水蒸気は大気に放出されるさい上下金型41、42の壁面に規制されるためその流動方向が水平化される傾向となって製品材料の水平方向の膨張が円滑に行われるのであり、したがって製品材料は凹み穴41aの周囲まで確実に達するものとなって、製品外形の整ったポン煎餅を得ることができるのである。 [0011] Although forms include, for example 1mm about the depth of the hole 41a recessed again to produce a very thin Pont cracker of in the above-mentioned embodiments, the steam in this case the old upper and lower dies 41 and 42 are released to the atmosphere and than the horizontal expansion of the product material is smoothly performed its flow direction because it is restricted to the wall surface becomes prone to be leveled, thus the product material becomes to reach reliably to ambient recessed holes 41a , it is possible to obtain the Pont cracker fully equipped PACKAGE.

【0012】 [0012]

【発明の効果】本発明によれば凹み穴の設けられた下金型と、下面を実質的に平面状となされた噛み合わせ不要の上金型とからなる焼ごてを使用してポン煎餅を迅速且つ効率良く製造し得るのであって、即ち上下金型の凹凸による嵌合動作を必要としないこと及び爆発的膨張時の蒸気逃がしを材料の種類や多寡に応じて微妙な調整を図りながら極めて薄厚な製品であっても周辺部まで均一な肉厚をなす品質の良好なものになし得るのである。 A lower mold provided with holes recessed According to the present invention, Pong crackers using a baked iron consisting substantially unnecessary upper die engagement was made a planar lower surface the a as it can quickly and efficiently produced, i.e. while realizing fine adjustment in response that does not require a connecting operation by the upper and lower molds of the irregularities and the relief steam during explosive inflation on the type and amount of material it's also a very small thickness products may be made to have good quality which forms a uniform thickness to the periphery.

【0013】さらに上記の如く凹凸の噛み合わせを不要とした焼ごての使用は上金型を機械的に上方へ開放させることにより、従来の手作業を省略する全く新規で能率的な生産ライン設備となすことができ、生産性の向上と安価な製品販売に寄与すること大ならしめ得るものとなる。 [0013] By further use of tempered iron that unnecessary the engagement of as uneven above for opening to mechanically upward upper die quite efficient production line in the new omitted traditional manual It can be made with the equipment, and those that can tighten become large to contribute to the improvement and inexpensive product sales productivity.

【図面の簡単な説明】 BRIEF DESCRIPTION OF THE DRAWINGS

【図1】従来例を示し一部を断面となされた側面図である。 1 is a side view was made as a partly sectional showing a conventional example.

【図2】本発明に係る装置の一実施例を示す部分図である。 Is a partial view showing an embodiment of a device according to the invention; FIG.

【図3】本発明に係る押圧子上方変位許容装置を示す図である。 It is a diagram showing a pushing element upward displacement permitting device according to the present invention; FIG.

【図4】本発明に係る焼ごての断面図で、(a)は製品材料を入れた状態を示す図、(b)は水蒸気が放出される状態を示す図、(c)は焼ごてを開放した状態を示す図である。 [Figure 4] a sectional view of a baked iron according to the present invention, (a) is diagram showing a state containing the product material, (b) shows a state in which water vapor is released, (c) is baked your is a diagram illustrating an open state hands.

【図5】円筒形支持体と係止部材との関係を示す図である。 5 is a diagram showing the relationship between the cylindrical support and the locking member.

【符号の説明】 DESCRIPTION OF SYMBOLS

A 押圧子上方変位許容装置 w 製品材料 40 焼ごて 41 下金型 41a 凹み穴 42 上金型 A pushing element upward displacement permitting device w product material 40 sintered iron 41 lower mold 41a recessed hole 42 upper die

Claims (2)

    【特許請求の範囲】 [The claims]
  1. 【請求項1】 凹み穴の設けられた下金型とこれを被うための実質的な平面状の上金型による噛み合せ不要の焼ごてを使用すると共に、焼ごてを押圧する押圧子の上方変位が適宜希望する寸法間隙に許容されるようにして行われることを特徴とするポン煎餅の製造方法。 1. A with using unnecessary baked iron engagement by substantially planar upper mold for the lower mold provided with the recessed hole and covering it, presses the baked iron pushing element Pont cracker method for producing characterized in that the upper displacement is performed so as to be allowed dimensioned gap desired appropriately.
  2. 【請求項2】 押圧子が焼ごての上面を適当時間押圧した後、瞬時に上方へ退避されるものとなるポン煎餅焼き装置に於いて、前記押圧子の上方変位を適宜希望する寸法間隙に許容するための押圧子上方変位許容装置を設けたことを特徴とするポン煎餅焼き装置。 After wherein the presser presses appropriate time a top of the baked iron, instantaneously at the Pont cracker baked apparatus becomes to be saved upward, dimensions gaps appropriately desired upward displacement of the pushing element Pont cracker baked apparatus characterized by presser provided upward displacement permitting device for permitting the.
JP20155691A 1991-05-11 1991-05-11 Pont cracker manufacturing method and apparatus Expired - Lifetime JPH0673429B2 (en)

Priority Applications (1)

Application Number Priority Date Filing Date Title
JP20155691A JPH0673429B2 (en) 1991-05-11 1991-05-11 Pont cracker manufacturing method and apparatus

Applications Claiming Priority (1)

Application Number Priority Date Filing Date Title
JP20155691A JPH0673429B2 (en) 1991-05-11 1991-05-11 Pont cracker manufacturing method and apparatus

Publications (2)

Publication Number Publication Date
JPH04335862A true JPH04335862A (en) 1992-11-24
JPH0673429B2 true JPH0673429B2 (en) 1994-09-21

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Country Link
JP (1) JPH0673429B2 (en)

Cited By (1)

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Publication number Priority date Publication date Assignee Title
JP2004057068A (en) * 2002-07-29 2004-02-26 Toshiaki Sawano Method for producing puffed foamed food and production equipment therefor

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JP2006314256A (en) * 2005-05-12 2006-11-24 Delice Co Ltd Device for producing swollen confectionery
WO2014148930A1 (en) * 2013-03-22 2014-09-25 Marek Figiel Device for baking food products, especially rice cakes

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US5114408A (en) * 1990-10-18 1992-05-19 Daig Corporation Universal hemostasis valve having improved sealing characteristics
JP2582374Y2 (en) * 1991-06-04 1998-09-30 株式会社トップ The valve body
US5911710A (en) * 1997-05-02 1999-06-15 Schneider/Namic Medical insertion device with hemostatic valve
US7226433B2 (en) * 1998-02-06 2007-06-05 Possis Medical, Inc. Thrombectomy catheter device having a self-sealing hemostasis valve
JP2955854B1 (en) * 1998-04-24 1999-10-04 株式会社グッドマン Catheter introducer of the hemostasis valve
US6699221B2 (en) * 2000-06-15 2004-03-02 Vincent L. Vaillancourt Bloodless catheter
US8308691B2 (en) * 2006-11-03 2012-11-13 B. Braun Melsungen Ag Catheter assembly and components thereof
EP2404635A1 (en) * 2006-11-08 2012-01-11 Cardiac Pacemakers, Inc. Break-away hemostasis Hub
JP5372762B2 (en) * 2007-09-27 2013-12-18 テルモ株式会社 Valve body and the medical devices

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* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
JP2004057068A (en) * 2002-07-29 2004-02-26 Toshiaki Sawano Method for producing puffed foamed food and production equipment therefor
JP4660789B2 (en) * 2002-07-29 2011-03-30 敏昭 澤野 Production method and production Kigu of puffed foam food

Also Published As

Publication number Publication date Type
JPH04335862A (en) 1992-11-24 application
JP1993664C (en) grant

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