JP3001236U - Temporarily fixed midsole and foot mold in the shoemaking process - Google Patents
Temporarily fixed midsole and foot mold in the shoemaking processInfo
- Publication number
- JP3001236U JP3001236U JP1994002945U JP294594U JP3001236U JP 3001236 U JP3001236 U JP 3001236U JP 1994002945 U JP1994002945 U JP 1994002945U JP 294594 U JP294594 U JP 294594U JP 3001236 U JP3001236 U JP 3001236U
- Authority
- JP
- Japan
- Prior art keywords
- insole
- foot mold
- foot
- adhesive
- mold
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
- Expired - Lifetime
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- Footwear And Its Accessory, Manufacturing Method And Apparatuses (AREA)
Abstract
(57)【要約】
【目的】 本願考案は、従来の技術の欠陥−中底の足型
への仮り止めにおいて、ステープル，接着テープ，プラ
スチックバンド等による方法では、中底，足型の内部や
表面にそれらが残ったり痕跡が残って、靴使用時に足裏
や靴下を損傷し覆き心地が悪化し、また足型の使用耐久
性が低下する−を解消することを目的とする。
【構成】 製靴工程中において、足型または中底または
両方の表面の前後方向の中間または爪先部または足首部
またはそれら全部分の前後または左右の複数箇所に、中
底と足型とを人力により接着し剥離し払拭後に痕跡が残
らない接着剤を滴下して付着し、中底と足型とを重合し
接着する。
(57) [Summary] [Purpose] The present invention is a defect of the prior art-in temporary fixing of the insole to the foot mold, the method using staples, adhesive tape, plastic band, etc. It is intended to eliminate the problem that the soles or socks remain on the surface and damage the soles and socks during use of the shoe, the covering comfort is deteriorated, and the durability of the foot mold is reduced. [Structure] During the shoemaking process, the insole and the insole are manually put in the middle of the front or rear direction of the foot mold or the insole or both surfaces, or at the front or rear or left and right of the toe part or all of them. An adhesive that does not leave a trace after adhesion, peeling and wiping is dropped and adhered, and the insole and the foot mold are polymerized and adhered.
Description
【０００１】[0001]
この登録出願に係る考案（以下、「本願考案と略称する）は、皮革その他の素 材によって靴を製造する各種の作業工程の中において、皮革等の甲皮を靴の足型 の外周面に密着させて被覆する被覆工程の次に、前記の被覆した甲皮の下縁を足 型の下面に装着した中底の下面の周辺部に折り曲げて引き寄せてひだをとり接着 剤を塗って圧着するといういわゆるつりこみ工程を行った後に、足型を中底から 上へ引き離して抜きとる抜去工程を行う以前に、中底を足型に仮り止めする仮り 止め工程の技術に関するものである。 The invention (hereinafter, abbreviated as “the present invention”) related to this registration application is that the upper of leather or the like is applied to the outer peripheral surface of the shoe last during various work steps of manufacturing shoes with leather or other materials. Next, after the coating step, the lower edge of the coated upper is bent to the periphery of the lower surface of the insole that is attached to the lower surface of the foot mold, attracted to gather the folds, and apply adhesive to bond. The present invention relates to a temporary fixing process technology for temporarily fixing the insole to the foot mold before performing the so-called squeezing process, and then performing the withdrawal process of pulling the insole upward from the insole.
【０００２】[0002]
従来の靴の製造作業における中底と足型の仮り止め工程には、平成３年登録出 願公開第２８６７０１号公開登録公報（以下、「従来技術」と略称する）の第１ ページ右欄第１０行から第２ページ右下欄第４行までに記載されているように、 下記の技術が採用されていた。 １．足型の下面に中底の上面を重合し、中底下面から足型下面へ金属製釘，ス テープルを打ちこむ。 ２．足型の下面から下方へ突出し固定したピンをして、足型の下面に重合した 中底に刺突する。 ３．両面接着テープにより、中底上面の大部分を足型下面に貼付する。 ４．接着剤により、中底上面の大部分を足型下面に接着する。 ５．輪ゴム等の伸縮材により、中底を足型に緊締する。 ６．足型の下面に中底の上面を重合し、足型の中間の上面から中底の下面にか けてプラスチックバンドやひも等の結束材を巻き重ね、巻重部を熱溶着する。 ７．上記１〜６の作業を全て作業者が作業機械に対して着脱してから手作業に より行う。 しかし、上記の従来技術には下記の欠陥があった。 ａ．１の方法では、中底下面から足型下面へ打ちこんだ釘，ステープルが、 折れたり抜き忘れたり、特に甲皮の爪先側のものは発見困難であるために、中底 に残りその内部に残留したり上面に突出したり起立して上面にわずかに飛び出し たりして、靴の使用中に足裏を損傷する。 ｂ．１の方法では、足型の下面には釘，ステープルを打ちこんだ傷跡が生じ て打ち込み不能になったり、足型の寿命が短かく修理を要する。 ｃ．１の方法では釘，ステープル抜去後、２の方法では足型抜去後に、いず れも中底上面に釘，ステープル，ピンの傷孔により凹凸が生じて、靴の履き心地 が悪化したり靴下が損傷する。 ｄ．３，４の方法では、中底上面と足型下面が接着剤によって汚損し、特に 靴の使用中に履き心地が悪化したり靴下が中底上面に付着する。 ｅ．５，６の方法では、中底の足型への着脱の手操作が煩雑であり、且つ中 底と足型との正確な重合状態がずれる。 ｆ．１〜６の方法では、約８００グラムのプラスチック製の足型を手で支持 した状態において、中底を重合し、作業機械へ着脱し、手操作により釘，ピン， テープ，接着剤，輪ゴム，プラスチックバンド，ひもを着脱，切断するので、煩 雑な重労働となることが避けられない。 For the temporary fixing process of the insole and the foot in the conventional shoe manufacturing work, refer to the right column on the right side of the first page of the registration application publication No. 286701 published registration in 1991 (hereinafter referred to as "prior art"). The following techniques have been adopted as described in line 10 to the lower right column of page 2 and line 4. 1. The upper surface of the insole is superposed on the lower surface of the foot mold, and metal nails and staples are driven from the lower surface of the insole to the lower surface of the foot mold. 2. A pin fixed by protruding downward from the lower surface of the foot mold is pierced into the insole which overlaps with the lower surface of the foot mold. 3. With the double-sided adhesive tape, most of the upper surface of the insole is attached to the lower surface of the foot mold. 4. Most of the upper surface of the insole is adhered to the lower surface of the foot mold with an adhesive. 5. Tighten the insole to the foot with elastic materials such as rubber bands. 6. The upper surface of the insole is superposed on the lower surface of the foot mold, and a binding material such as a plastic band or a string is wound from the middle upper surface of the foot mold to the lower surface of the insole, and the wound portion is heat-welded. 7. All of the above work 1 to 6 are performed manually after the worker attaches and detaches to and from the work machine. However, the above-mentioned prior art has the following defects. a. In method 1, nails and staples struck from the bottom surface of the insole to the bottom surface of the foot mold are broken or forgotten, and it is difficult to find the toe side of the instep, so it remains on the insole and remains inside. Damage the soles of the shoes while using them by sticking them out, protruding from the top or standing up and popping out slightly to the top. b. In the method 1, the bottom surface of the foot mold is damaged by nails and staples, making it impossible to drive it, and the life of the foot mold is short and repair is required. c. After removing nails and staples in method 1 and after removing the foot mold in method 2, unevenness is created on the upper surface of the insole due to the scratches in the nails, staples, and pins, and the comfort of the shoes is reduced and socks are worn. Will be damaged. d. In the methods 3 and 4, the upper surface of the insole and the lower surface of the toe are soiled by the adhesive, and the wearing comfort is deteriorated or the socks are attached to the upper surface of the insole, especially during use of the shoe. e. In the methods 5 and 6, the manual operation for attaching and detaching the insole to the insole is complicated, and the accurate polymerization state of the insole and the insole deviates. f. According to the methods 1 to 6, with the foot of plastic weighing about 800 grams being supported by hand, the insole is polymerized and attached to and detached from the work machine, and nails, pins, tapes, adhesives, rubber bands, Since the plastic band and the string are attached and detached and cut, it is inevitable that complicated heavy labor is required.
【０００３】[0003]
本願考案は、前記の従来の技術の欠陥…「ステープル，釘が中底に残りその内 部に残留したり上面に突出したり起立して上面にわずかに飛び出したりして靴使 用中に足裏を損傷し、足型の下面に釘，ステープルの打ちこみ傷跡が生じて打ち こみ不能となり足型の寿命が短かく修理を要し、釘，ステープル，足型抜去後に 中底上面に釘，ステープル，ピンの打ちこみ傷孔による凹凸が生じ靴の履き心地 が悪化し靴下が損傷し、中底上面が接着剤で汚損し靴の履き心地が悪化し靴下が 損傷し、中底の足型への着脱が煩雑で中底と足型の重合状態がずれ、また煩雑な 重労働となる」……ことを解消することを目的とする。 The invention of the present application is deficient in the above-mentioned prior art ... "Staples and nails remain on the insole and remain on the inner part of the shoe, or protrude from the upper surface or stand up and slightly protrude to the upper surface, so that the sole of the foot is in use during use of the shoe. Damage, and nails and staples were struck on the lower surface of the foot mold, making it impossible to pierce the foot mold and the life of the foot mold was short, requiring repair. Indentation of the pin causes unevenness, which deteriorates the wearing comfort of the shoe and damages the socks, and the upper surface of the insole is soiled with an adhesive, which deteriorates the wearing comfort of the shoe and damages the socks. Is complicated and the polymerization state of the insole and the foot mold is deviated, and complicated heavy labor is required. "...
【０００４】[0004]
本願考案は、前記の従来の技術の欠陥を解消するために、靴の足型へ靴の中底 を仮り止めするについて、下記の構成要件を備えたことを特徴とする技術に関す るものである。 「足型または中底または両方の表面の前後方向の中間または爪先部または足首 部またはそれら全部分の前後または左右の複数箇所に、中底と足型とを人力によ り接着し剥離し払拭可能且つ払拭後に痕跡が残らない接着剤を滴下して付着し、 中底と足型を重合して接着する。」 SUMMARY OF THE INVENTION The present invention relates to a technique characterized in that, in order to solve the above-mentioned drawbacks of the conventional technique, the provision of the following constitutional requirements is provided for temporarily fixing the insole of the shoe to the shoe last. is there. `` By manually adhering and peeling off the insole and the foot mold to the middle of the foot mold or the insole or both surfaces in the anteroposterior direction, or the toe part, the ankle part, or the front, rear, left, and right parts of the entire part, and wipe it off. An adhesive that is possible and leaves no trace after wiping is dropped and attached, and the insole and the foot mold are polymerized and attached. "
【０００５】[0005]
中底と足型の内部と表面には、何物も残留せず且つ何の痕跡もなくて平滑とな り、靴の使用時には足裏はもちろん靴下も損傷することなく、また履き心地が良 好となり足型の使用の耐久性が増加する。 Nothing remains on the insole and the inside of the foot mold and the surface is smooth without any traces, so the soles and socks are not damaged when the shoe is used, and it is comfortable to wear. Favor and increase the durability of the foot type.
【０００６】[0006]
本願考案は、その一実施例を図面により説明すると、下記の装置と、下記の順 序の作業工程から構成されている。 Ａ．装置としては・・・ １．第１図において、床上に載置した基台１には、その前面方向と後方との 間を手動または外力による自動で揺動可能とした揺動軸２を備え、揺動軸２上方 には裏返えした靴の足型３の足首部４の上方へ開放した開孔５に嵌合する支持棒 ６と足首部４の外周面の前後左右に密着する取付台７とを固定し、基台１の後方 の上面には、裏返えした足型３の爪先部８の上面に接触して足型３の表面をほぼ 水平に支持する位置に垂直に突出した支柱９を固定し、揺動軸２と支柱９はねじ １０，１１等の手段により上下方向に高低を調節可能とする。 ２．また、第１，２図において、基台１の後上方には、熱溶性半固溶体の接 着剤１２（ホットメルト）を滴下する塗布機１３を固定し、その前方上方には左 右に離隔した位置に各別の２箇の接着剤１２の滴下口１４を下向きに設け、塗布 機１３の内部には熱溶性の半固溶体の接着剤１２を貯蔵し、接着剤１２は調節機 １５により、靴の足型３とそれに接着すべき中底１６の両材料の組成性質の種類 に応じて両者を人力で容易に接着と剥離と払拭可能の性質を有する複数の種類を 選択可能とし、また接着剤１２はそれにより接着した後の足型３と中底１６とを 容易に人力で剥離し且つ両者の接着痕跡を残さずに払拭可能の性質を有し、且つ 基台１の前面に設けたスイッチ１７の開閉に関連する電気回路の作用不作用によ り滴下口１４から接着剤１２が滴下または滴下を停止し、さらに調節機１５の操 作により接着剤１２の滴下量を加減し調節可能とする。 Ｂ．作業工程としては・・・ １．甲皮（図示しない）を被覆し密着させた足型３を上下反転し底１９を上 にして手で支持する。 ２．前記の足型３の足首部４の開口５をして、点線図示のように、基台１の 前面方向に揺動し停止した揺動軸２の支持棒６に嵌合し、足首部４の前後左右の 外周面の下方を揺動軸２の取付台７に嵌合する。 ３．揺動軸２をして、実線図示のように、基台１の後方へ前記の足型３を伴 って後方へ揺動し停止し、足型３の爪先部８の上下反転した表面を支柱９の上面 に載置して、足型３をその表面が水平になるように支持する。 ４．塗布機１３の調節機１５を操作して、足型３とそれに接着すべき中底１ ６の両材料の組成性質の種類に応じて両者を人力で容易に接着し剥離し払拭でき 且つ痕跡が残らない性質を有する接着剤１２を選択し、且つその接着剤１２の適 切な滴下量を調節する。 ５．基台１の前面のスイッチ１７を操作して閉鎖，開放することにより、塗 布機１３を作用，停止し、滴下口１４から接着剤１２をして、足型３の底１９の 表面の前後方向中間部の左右の離隔した２箇所へ滴下，付着し停止する。 ６．点線図示のように、揺動軸２をして基台１の前面方向へ前記の足型３を 伴って揺動し停止する。 ７．中底１６を取り上げてから中底１６の表面を下にして上下反転し、中底 １６の輪郭線を足型３のそれに合致させながら中底１６の表面を足型３の底１９ へとその接着剤１２を介し密着させて両者を接着する。 ８．甲皮の下縁を前記の中底１６の裏面へ周辺部に折り曲げて引き寄せてひ だをとり接着剤を塗って圧着するつりこみ工程を行う。 ９．靴の本底（図示しない）をして、中底１６の裏面とつりこみ済みの甲皮 の下縁とに貼付して固定する。 １０．前記の一体とした本底，中底１６，足型３，甲皮を足型３と共に揺動 軸２の支持棒６，取付台７から取りはずす。 １１．足型３をして、その底１９の近く支点とし足首部４と爪先部８が近づ く方向へ折り曲げ中底１６と甲皮とから上へ抜去し、中底１６と接着状態から剥 離して、足型３の底１９の表面と中底１６の表面とに付着した接着剤１２を払拭 して両表面を平滑化する。 An embodiment of the present invention will be described with reference to the drawings, and is composed of the following apparatus and work steps in the following order. A. As a device ... 1. In FIG. 1, a base 1 placed on the floor is provided with a swing shaft 2 which can be manually or automatically swung between the front direction and the rear side, and the swing shaft 2 is provided above the swing shaft 2. A support bar 6 fitted into an opening 5 opened upward of the ankle portion 4 of the foot mold 3 of the shoe which has been turned upside down, and a mounting base 7 which is closely attached to the front, rear, left and right of the outer peripheral surface of the ankle part 4 are fixed, On the rear upper surface of 1, the column 9 protruding vertically is fixed at a position where it comes into contact with the upper surface of the toe portion 8 of the flipped foot mold 3 and supports the surface of the foot mold 3 almost horizontally. The height of the column 2 and the column 9 can be adjusted in the vertical direction by means of screws 10 and 11. 2. In FIGS. 1 and 2, an applicator 13 for dropping the adhesive 12 (hot melt) of a heat-soluble semi-solid solution is fixed to the upper rear of the base 1, and the left and right of the applicator 13 are separated from the upper front thereof. At each position, two separate drop ports 14 for the adhesive 12 are provided facing downward, and the adhesive 12 of the heat-soluble semi-solid solution is stored inside the applicator 13, and the adhesive 12 is adjusted by the controller 15. Depending on the composition properties of both materials of the shoe last 3 and the insole 16 to be adhered to it, it is possible to select a plurality of types having the property of easily adhering, peeling and wiping the both by human effort. The agent 12 has a property of easily peeling the foot mold 3 and the insole 16 after being adhered thereby by human power and capable of being wiped without leaving a trace of adhesion of both, and is provided on the front surface of the base 1. Adhesion from the drip port 14 due to the inaction of the electric circuit related to the opening and closing of the switch 17. 12 stops dropping or dripping, by further operation of the adjuster 15 is adjustable by adjusting the dropping amount of the adhesive 12. B. As a work process ... 1. The foot mold 3 which is covered and closely attached to the instep (not shown) is turned upside down and supported by hand with the bottom 19 facing up. 2. The opening 5 of the ankle portion 4 of the foot mold 3 is formed and fitted to the support bar 6 of the swing shaft 2 which has been swung in the front direction of the base 1 and stopped, as shown by the dotted line. The lower part of the front, rear, left and right outer peripheral surfaces is fitted to the mount 7 of the swing shaft 2. 3. As shown by the solid line, the swing shaft 2 is swung backward to the rear of the base 1 with the foot mold 3 and then stopped, and the upside down surface of the toe part 8 of the foot mold 3 is moved. The foot mold 3 is placed on the upper surface of the column 9 and the foot mold 3 is supported so that its surface is horizontal. 4. By operating the adjuster 15 of the applicator 13, it is possible to easily attach and remove the foot 3 and the insole 16 which are to be adhered to it, manually according to the type of compositional properties of the material to be adhered to the foot 3 and remove traces. An adhesive 12 having a property that does not remain is selected, and an appropriate dropping amount of the adhesive 12 is adjusted. 5. By operating the switch 17 on the front surface of the base 1 to close and open it, the applicator 13 is operated and stopped, and the adhesive 12 is applied from the drip port 14 to the front and rear of the surface of the bottom 19 of the foot mold 3. Drops and adheres to two left and right separated areas in the middle of the direction, and stops. 6. As shown by the dotted line, the swing shaft 2 is swung in the front direction of the base 1 along with the foot mold 3 to stop. 7. After picking up the insole 16, turn it upside down with the surface of the insole 16 facing down, and align the contour of the insole 16 with that of the foot mold 3 and move the surface of the insole 16 to the bottom 19 of the foot mold 3. The two are adhered to each other by making them adhere to each other via the adhesive 12. 8. The lower edge of the instep is bent to the back surface of the insole 16 toward the periphery and drawn, the folds are removed, an adhesive is applied, and a crimping process is performed. 9. Take the outsole of the shoe (not shown) and attach it to the back of the insole 16 and the lower edge of the instepped upper to fix it. 10. The integrated outsole, insole 16, foot mold 3, and upper body together with the foot mold 3 are removed from the support rod 6 of the swing shaft 2 and the mounting base 7. 11. Using the foot mold 3, bend it so that the ankle part 4 and the toe part 8 come close to it as a fulcrum near the bottom 19 and pull it upward from the insole 16 and the upper to separate it from the adhesive state with the insole 16. Then, the adhesive 12 adhering to the surface of the bottom 19 and the surface of the insole 16 of the foot mold 3 is wiped to smooth both surfaces.
【０００７】[0007]
本願考案は、上記の装置と作業行程から構成されているので、次のとうりの作 用を生ずる。 １．足型３の底１９の表面と中底１６の表面との間に滴下し両者を密着させた 接着剤１２は、両者の剥離と払拭とにより痕跡が残留せずに、両者の両表面は平 滑化する。 ２．足型３は揺動軸２の支持捧６，取付台７に支持されて静止，固定されてい るので、中底１６はその輪郭を足型３の輪郭に対してずれることなく正確に合致 させて重合可能となり、重合後は前後または左右に離隔した２箇所の接着剤１２ の接着力によって、前記の甲皮の中底１６へのつりこみ行程と本底の甲皮のつり こみ部と中底１６への貼着の際にも、中底１６は足型３からはずれることがない 。 ３．相対的に重量物である足型３は、揺動軸２の支持捧６，取付台７に支持さ れて静止，固定されているので、相対的に軽量物である中底６を足型３へ重合し 接着する作業と甲皮の中底１６へのつりこみ作業と相対的に軽量物である本底の 中底１６と甲皮とへの貼付作業とは、軽快，容易，簡易になり軽労働化される。 Since the present invention is composed of the above-mentioned device and working process, it produces the following operations. 1. The adhesive 12 was dropped between the surface of the bottom 19 and the surface of the insole 16 of the foot mold 3 to bring them into close contact with each other. Slip. 2. Since the foot mold 3 is stationary and fixed by being supported by the supporting member 6 and the mounting base 7 of the swing shaft 2, the insole 16 accurately matches its contour with the contour of the foot mold 3. It becomes possible to polymerize, and after the polymerization, due to the adhesive force of the two adhesives 12 which are separated from each other in the front and rear or left and right, the above-mentioned instep of the instep to the insole 16 and the instep of the outsole of the instep The insole 16 does not come off from the foot mold 3 even when it is attached to the bottom 16. 3. Since the foot mold 3 which is a relatively heavy object is supported by the support shaft 6 and the mounting base 7 of the swing shaft 2 so as to be stationary and fixed, the foot mold 3 is a relatively lightweight object. The work of polymerizing and adhering to 3 and the work of slinging on the insole 16 of the instep and the attaching work to the insole 16 of the outsole and the instep which are relatively lightweight are easy, easy and easy. It becomes light labor.
【０００８】[0008]
前記の実施例においては、接着剤１２を足型３の底１９の表面の前後方向中間 部の左右の離隔した２箇へ滴下，付着する例を示したが、接着剤１２を滴下，付 着すべき対象物は、中底１６の表面でもよくまた足型３と中底１６の両方でもよ く、また、接着剤１２を滴下，付着すべき位置は、足型３と中底１６とそれら双 方の爪先部８と足首部４の各別の表面または双方の表面であって前後方向の左右 または前後において３箇所以上であってもよく、少くとも２箇所以上の複数箇所 であればよい。 In the above-described embodiment, the adhesive 12 is dropped and adhered to two left and right spaced parts in the front-rear direction intermediate portion of the surface of the bottom 19 of the foot mold 3, but the adhesive 12 is dropped and adhered. The object to be treated may be the surface of the insole 16 or both the foot mold 3 and the insole 16, and the positions where the adhesive 12 is dropped and attached are the foot mold 3 and the insole 16 and those. There may be three or more positions on the different surfaces of the two toe parts 8 and the ankle part 4 or both surfaces, and there may be three or more positions on the left and right sides of the front-back direction, or at least two or more positions. .
【０００９】[0009]
１．作用１に基いて、中底１６の内部と表面には、何物も残留せず且つ何の痕 跡もなくて平滑であるから、靴の使用時には足裏はもちろん靴下も損傷すること なく、また履き心地も良好になる。 ２．作用１に基いて、足型３の内部と表面には、何物も残留せず且つ何の痕跡 もなくて平滑であるから、足型３の使用の耐久性が増加する。 ３．作用２に基いて、中底１６は、足型３への重合，接着時はもちろん接着後 の工程においても、足型３の輪郭に正確に合致しておりずれることがない。 ４．作用３に基いて、中底６と本底とは足型３に対しては、極めて相対的に軽 量であるから、中底１６の足型３への重合，接着作業はもちろんのこと、甲皮の 中底１６へのつりこみ作業も本底の中底１６と甲皮への貼付作業も共に軽快，簡 易，容易となり軽作業化できる。 1. Based on the action 1, nothing is left on the inside and the surface of the insole 16 and it is smooth without any trace, so that the sole and socks are not damaged when the shoe is used. In addition, comfort will be improved. 2. Based on the action 1, since nothing remains on the inside and the surface of the foot mold 3 and there is no trace and it is smooth, the durability of the use of the foot mold 3 is increased. 3. On the basis of the action 2, the insole 16 exactly matches the contour of the foot mold 3 during the process of superposing and adhering to the foot mold 3 as well as in the process after the adhesion, and does not shift. 4. Based on the action 3, since the insole 6 and the outsole are extremely light weight relative to the foot mold 3, not only the polymerization and adhesion work of the insole 16 to the foot mold 3, Both the work to hang the instep on the insole 16 and the work to attach it to the insole 16 on the outsole and the instep are light, easy and easy, and light work is possible.
【００１０】[0010]
図１は装置全体の側面図であり、図２は図１の要部の斜
図である。 揺動軸・・・・２ 足型・・・・・３ 足首部・・・・４ 支持棒・・・・６ 取付台・・・・７ 爪先部・・・・８ 支柱・・・・・９ 接着剤・・・１２ 滴下口・・・１４ 調節機・・・１５ 中底・・・・１６FIG. 1 is a side view of the entire apparatus, and FIG. 2 is a perspective view of a main part of FIG. Swing shaft ・ ・ ・ ・ 2 Foot type ・ ・ ・ 3 Ankle part ・ ・ ・ ・ 4 Support rod ・ ・ ・ ・ 6 Mounting base ・ ・ ・ ・ ・ ・ 7 Toe part ・ ・ ・ ・ ・ ・ 8 Strut ・ ・ ・9 Adhesive ... 12 Drip port ... 14 Adjuster ... 15 Middle bottom ... 16
Claims (1)
方向の中間または爪先部または足首部またはそれら全部
分の前後または左右の複数箇所に、中底と足型とを人力
により接着し剥離し払拭可能且つ払拭後に痕跡が残らな
い接着剤を滴下して付着し、中底と足型を重合して接着
した、製靴工程における仮り止めした中底と足型。1. An insole and a foot mold are manually adhered and peeled off at a plurality of positions in the front-rear direction, on the surface of the foot mold or the insole or both of them, in the front-rear direction, or on the toe part, the ankle part or all of these parts. Adhesive that can be wiped off and leaves no trace after wiping is adhered, and the insole and foot mold are temporarily fixed in the shoe making process by polymerizing and adhering the insole and the foot mold.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| JP1994002945U JP3001236U (en) | 1994-02-18 | 1994-02-18 | Temporarily fixed midsole and foot mold in the shoemaking process |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| JP1994002945U JP3001236U (en) | 1994-02-18 | 1994-02-18 | Temporarily fixed midsole and foot mold in the shoemaking process |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| JP3001236U true JP3001236U (en) | 1994-08-23 |
Family
ID=43137221
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| JP1994002945U Expired - Lifetime JP3001236U (en) | 1994-02-18 | 1994-02-18 | Temporarily fixed midsole and foot mold in the shoemaking process |
Country Status (1)
| Country | Link |
|---|---|
| JP (1) | JP3001236U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JP3409148B2 (en) | 1994-09-06 | 2003-05-26 | 株式会社ウヱムラ | Shoe manufacturing method, shoe and shoe midsole |
| JP3466321B2 (en) | 1995-03-24 | 2003-11-10 | 株式会社ミツウマ | How to make shoes |
Citations (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JPS6357645B2 (en) * | 1983-01-31 | 1988-11-11 | Ndc Kk | |
| JPH0376772A (en) * | 1989-08-17 | 1991-04-02 | Yodogawa Steel Works Ltd | Method and device for bonding |
| JPH03286701A (en) * | 1990-04-02 | 1991-12-17 | Midori Anzen Kk | Method for tacking middle sole to last |
| JPH04312671A (en) * | 1991-04-11 | 1992-11-04 | Konishi Kk | Adhesive setting method for facing plate |
-
1994
- 1994-02-18 JP JP1994002945U patent/JP3001236U/en not_active Expired - Lifetime
Patent Citations (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JPS6357645B2 (en) * | 1983-01-31 | 1988-11-11 | Ndc Kk | |
| JPH0376772A (en) * | 1989-08-17 | 1991-04-02 | Yodogawa Steel Works Ltd | Method and device for bonding |
| JPH03286701A (en) * | 1990-04-02 | 1991-12-17 | Midori Anzen Kk | Method for tacking middle sole to last |
| JPH04312671A (en) * | 1991-04-11 | 1992-11-04 | Konishi Kk | Adhesive setting method for facing plate |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JP3409148B2 (en) | 1994-09-06 | 2003-05-26 | 株式会社ウヱムラ | Shoe manufacturing method, shoe and shoe midsole |
| JP3466321B2 (en) | 1995-03-24 | 2003-11-10 | 株式会社ミツウマ | How to make shoes |
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