JP7165300B2 - Welding pasting member and pasting member pasting method - Google Patents

Welding pasting member and pasting member pasting method Download PDF

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JP7165300B2
JP7165300B2 JP2017197861A JP2017197861A JP7165300B2 JP 7165300 B2 JP7165300 B2 JP 7165300B2 JP 2017197861 A JP2017197861 A JP 2017197861A JP 2017197861 A JP2017197861 A JP 2017197861A JP 7165300 B2 JP7165300 B2 JP 7165300B2
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welding
heat
adherend
sheet
pasting
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敏文 平
哲也 松井
卓治 大原
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TOYO ALMINIUM KABUSHIKI KAISHA
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本発明は、被着体に多数の部材を貼付ける溶着貼付け用部材及び貼付け部材貼付け方法に関する。 BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a welding attachment member for attaching multiple members to an adherend and a method for attaching an attachment member.

現在、金属、ガラス、陶器、磁器、及び耐熱プラスチックなどの粒状部材は、それらにホットメルト系接着剤又は粘着剤を直接塗布し、被着体に貼付けている。粒状部材を多数貼付ける場合は、ホットメルト系接着剤又は粘着剤を一度塗布した後、シート化して被着体に貼付けを行う。 At present, granular members such as metal, glass, pottery, porcelain, and heat-resistant plastic are directly coated with a hot-melt adhesive or pressure-sensitive adhesive and attached to an adherend. When a large number of granular members are attached, a hot-melt adhesive or pressure-sensitive adhesive is applied once, then formed into a sheet and attached to an adherend.

しかし、粒状部材を多数、被着体に貼付ける際、部材の一粒毎にホットメルト系接着剤又は粘着剤を塗布加工し、被着体に貼付けなければならない。また、多数の部材にホットメルト系接着剤又は粘着剤を塗布加工し、シート化しなければならない。例えば、非特許文献１に示すようなデザインのクリスタルを貼付ける際には、クリスタルの一粒ずつに接着又は粘着加工が必要となる。 However, when a large number of granular members are attached to an adherend, each grain of the member must be coated with a hot-melt adhesive or pressure-sensitive adhesive and attached to the adherend. In addition, it is necessary to apply a hot-melt adhesive or pressure-sensitive adhesive to a large number of members to form a sheet. For example, when attaching a crystal with a design as shown in Non-Patent Document 1, each crystal must be adhered or adhered.

そのため、一粒毎に接着加工又は粘着加工を施すことは工数がかかる。また、接着又は粘着加工は溶剤を使用するため、人体安全や環境に配慮しなければならず、数億円規模の専用の大がかりな設備を必要とする。 Therefore, it takes a lot of man-hours to apply adhesive processing or adhesive processing to each grain. In addition, since a solvent is used for adhesion or adhesion processing, human safety and the environment must be taken into consideration, and dedicated large-scale facilities costing hundreds of millions of yen are required.

意匠登録第１４１３５８９号Design Registration No. 1413589

本発明は、上記状況を鑑みてなされたもので、接着加工又は粘着加工が簡略化され、大がかりな設備を必要とせずして、多数の部材を被着体に貼付けることができる溶着貼付け用部材及び多数の部材を被着体に貼り付ける貼付け部材貼付け方法を提供することを解決すべき課題とする。 SUMMARY OF THE INVENTION The present invention has been made in view of the above-mentioned circumstances, and is for welding and pasting, which simplifies the adhesion process or adhesive process, and enables a large number of members to be pasted to an adherend without requiring large-scale equipment. An object of the present invention is to provide a method for attaching a member and a plurality of members to an adherend.

上記課題を解決するための発明の構成上の特徴は、多数の貼付け部材を被着体の表面に所定の配置で貼り付けるための溶着貼付け用部材であって、
前記多数の貼付け部材と、
前記多数の貼付け部材が前記所定の配置で一面側に配置された熱溶着シートと、
前記熱溶着シートに配置された前記多数の貼付け部材部分に対応する位置が開口する開口部が形成され、前記熱溶着シートの他面側に重ね合わせて配置される非熱溶着性材料からなる非熱溶着シートと、
を有することである。ここで、多数の貼付け部材とは、金属、ガラス、陶器、磁器、耐熱プラスチック、電子部品、及び機能性部材などであり、全てが同じ種類又はこれらを混在することができる。また、被着体としては布、紙、木材、金属、ガラス、陶器、磁器、及び耐熱プラスチックなどが挙げられるが熱溶着シートで多数の貼付け部材を貼り付けることができるものであれば特に限定されない。そして、熱溶着シートとしてはホットメルト系接着剤又は粘着剤などがあげられ、熱溶着シートを構成する材料の溶融する温度が多数の貼付け部材、非熱溶着シート、及び被着体に対して熱によって変形や変色するなどの問題が生じない温度である材料が好ましい。 The constitutional feature of the invention for solving the above problems is a welding attachment member for attaching a large number of attachment members to the surface of an adherend in a predetermined arrangement,
the plurality of attachment members;
a heat-welding sheet in which the plurality of attachment members are arranged in the predetermined arrangement on one side;
A non-heat-welding material made of a non-heat-fusible material is formed on the heat-fusible sheet so as to have openings at positions corresponding to the plurality of pasting member portions arranged on the heat-fusible sheet. a heat-welding sheet;
is to have Here, the multiple attachment members are metal, glass, pottery, porcelain, heat-resistant plastic, electronic parts, functional members, and the like, all of which may be of the same type or a mixture of these. The adherend includes cloth, paper, wood, metal, glass, pottery, porcelain, heat-resistant plastic, and the like, but is not particularly limited as long as a large number of attachment members can be attached with a heat-welding sheet. . The heat-welding sheet includes a hot-melt adhesive or pressure-sensitive adhesive. It is preferable to use a material whose temperature does not cause problems such as deformation or discoloration due to heat.

また、上記発明は、前記一面側に前記非熱溶着シートがもう一枚重ね合わせられて配置されているか、及び／又は、
前記多数の貼付け部材を前記熱溶着シートとで挟む位置に配置されている、前記熱溶着シート以上の大きさの非熱溶着性材料からなるカバーシートを有することができる。 Further, in the above invention, another non-heat-welding sheet is superimposed on the one surface side, and/or
A cover sheet made of a non-heat-fusible material and having a size larger than that of the heat-fusible sheet may be provided so as to sandwich the plurality of sticking members with the heat-fusible sheet.

また、上記課題を解決するための発明の構成上の特徴は、貼付け部材と、
前記貼付け部材を貼り付ける被着体と前記貼付け部材との間に位置し、前記貼付け部材より一回り大きい熱溶着部と、
を有する。 In addition, the constitutional features of the invention for solving the above problems are an attachment member,
a heat-sealed portion positioned between an adherend to which the affixing member is to be affixed and the affixing member and which is one size larger than the affixing member;
have

さらに、上記課題を解決するための多数の貼付け部材貼付け方法は、前記他面側を前記被着体に対面させて前記溶着貼付け用部材を前記被着体にセットするセット工程と、
前記他面側又は前記一面側から加熱して、少なくとも前記多数の貼付け部材が配置されている部分の前記熱溶着シートを溶融させる熱溶着工程と、
前記熱溶着シートの一部が溶融している間に、前記被着体から前記非熱溶着シートを前記被着体から離間する方向に移動させて前記熱溶着シートの前記多数の貼付け部材が配置されている部分から他の部分と共に取り除く剥離工程と、
を有することを特徴とする。 Further, a number of affixing member affixing methods for solving the above problems include a setting step of setting the welding affixing member to the adherend with the other side facing the adherend;
a heat welding step of heating from the other surface side or the one surface side to melt at least the portion of the heat-welding sheet where the plurality of attachment members are arranged;
While a part of the heat-welding sheet is melted, the non-heat-welding sheet is moved from the adherend in a direction away from the adherend, and the plurality of attaching members of the heat-welding sheet are arranged. A peeling step of removing the part with other parts from the part where the
characterized by having

また、上記貼付け部材貼付け方法は、前記剥離工程において、前記熱溶着シートの前記多数の貼付け部材が配置されている部分が、前記多数の貼付け部材のそれぞれの前記被着体側面よりも僅かに大きい。 Further, in the attaching member attaching method, in the peeling step, a portion of the heat-welding sheet where the numerous attaching members are arranged is slightly larger than the side surface of the adherend of each of the numerous attaching members. .

また、上記貼付け部材貼付け方法は、前記熱溶着シートが熱で溶融し、前記被着体に浸み込む。 Further, in the method of attaching the attaching member, the thermal adhesive sheet is melted by heat and soaks into the adherend.

また、上記貼付け部材貼付け方法は、前記熱溶着工程が、溶融した前記熱溶着シートが前記被着体の裏面に到達する前に加熱を終了する。 Further, in the attaching member attaching method, in the heat-welding step, heating is completed before the melted heat-welding sheet reaches the back surface of the adherend.

本発明は、熱溶着シートが一枚の薄膜状である。そのため、多数の貼付け部材の１つずつに熱溶着シートを塗布しないため、熱溶着シートの塗布加工が非常に簡略化される。そして、本発明は多数の貼付け部材が配置されていない熱溶着シートの他面側に位置し、熱溶着シートに配置された多数の貼付け部材の周囲の部分が切り抜かれた熱溶着シート以上の大きさの薄膜状の非熱溶着性材料からなる非熱溶着シートを有するため、多数の貼付け部材を被着体に溶着後、多数の貼付け部材のない部分の熱溶着シートが非熱溶着シートとともに取り除かれ、被着体に残らない。結果、大がかりな設備を必要とせずに、被着体に多数の貼付け部材をきれいに溶着することができる。 In the present invention, the heat-welding sheet is in the form of a single thin film. Therefore, since the heat-welding sheet is not applied to each one of a large number of sticking members, the process of applying the heat-welding sheet is greatly simplified. In addition, the present invention is positioned on the other side of the heat-welding sheet on which a large number of sticking members are not arranged, and the portion around the large number of sticking members arranged on the heat-welding sheet is cut out and has a size larger than that of the heat-welding sheet. Since it has a non-heat-welding sheet made of a thin film-like non-heat-welding material, after a number of pasting members have been welded to an adherend, the heat-welding sheet at the portion where there are no pasting members is removed together with the non-heat-welding sheet. and does not remain on the adherend. As a result, a large number of attachment members can be neatly welded to the adherend without requiring large-scale equipment.

また、溶着貼付け用部材の一面側及び他面側のどちら側からでも熱又は高周波などにより加熱することで、熱溶着工程で熱溶着シートが溶融する。その結果、多数の貼付け部材は、被着体との間に介在する溶融した熱溶着シートにより被着体の表面に貼り付いた状態となると共に、貼付け部材の周辺を除く部分の熱溶着シートは非熱溶着シートにより被着体には溶着しない。そのような熱溶着シートが溶融した状態（特に貼付け部材と被着体との間やその周辺が溶融した状態）で剥離工程により非熱溶着シートを取り除くと、熱溶着シートは、溶融しているために貼付け部材の周囲で分断されて貼付け部材と被着体との間に介在する部分を除いて非熱溶着シートと共に取り除かれることになる。そのときに非熱溶着シートには貼付け部材が通過できる開口部をもつため、貼付け部材の周囲の熱溶着シートを選択的に取り除くことができる。 Further, the heat-welding sheet is melted in the heat-welding step by heating with heat or high frequency from either one side or the other side of the member for welding and pasting. As a result, a large number of the affixed members are stuck to the surface of the adherend by the melted heat-welding sheet interposed between the adherend and the heat-welded sheet except for the periphery of the affixed member. The non-heat-welding sheet does not weld to the adherend. When the non-heat-fusible sheet is removed by the peeling process in a state in which such a heat-fusible sheet is melted (especially in a state where the portion between the attachment member and the adherend and its periphery is melted), the heat-fusible sheet is melted. Therefore, it is to be removed together with the non-heat-fusible sheet except for the part that is cut around the sticking member and interposed between the sticking member and the adherend. At that time, since the non-heat-welding sheet has an opening through which the pasting member can pass, the heat-welding sheet around the pasting member can be selectively removed.

つまり、熱溶着工程後は簡単に非熱溶着シートを取り除け、その上多数の貼付け部材のない部分の熱溶着シートは非熱溶着シートとともに取り除かれる。よって、多数の貼付け部材が貼り付けられていない部分は被着体に残らないため、被着体の仕上がりもきれいである。 In other words, the non-heat-welding sheet can be easily removed after the heat-welding process, and moreover, the heat-welding sheet at the portion where there is no affixing member is removed together with the non-heat-welding sheet. Therefore, the adherend does not remain on the portion to which a large number of pasting members are not adhered, so that the adherend can be finished neatly.

実施形態１の溶着貼付け用部材１１の横断面を模式的に示した説明図である。FIG. 2 is an explanatory view schematically showing a transverse cross section of the welding pasting member 11 of Embodiment 1; 実施形態１の溶着貼付け用部材１１を一面Ａから見た説明図である。FIG. 2 is an explanatory view of the member for welding and pasting 11 of Embodiment 1 as viewed from one side A; 実施形態１の溶着貼付け用部材１１を他面Ｂから見た説明図である。FIG. 2 is an explanatory view of the welding and pasting member 11 of Embodiment 1 as viewed from the other side B; 実施形態１の別の溶着貼付け用部材の横断面を模式的に示した説明図である。FIG. 4 is an explanatory view schematically showing a cross section of another welding and pasting member of Embodiment 1; 実施形態１の溶着貼付け用部材１１を被着体５に貼り付ける熱溶着工程を模式的に示した説明図である。FIG. 4 is an explanatory view schematically showing a thermal welding step of attaching the welding and pasting member 11 of Embodiment 1 to an adherend 5; 実施形態１の溶着貼付け用部材１１を被着体５に溶着した熱溶着工程後の状態を模式的に示した説明図である。FIG. 4 is an explanatory view schematically showing a state after a thermal welding step in which the member for welding and pasting 11 of Embodiment 1 is welded to an adherend 5; 実施形態１の溶着貼付け用部材１１の型紙４が取り除かれた剥離工程後の状態を模式的に示した説明図である。FIG. 4 is an explanatory view schematically showing a state after a peeling process in which the paper pattern 4 of the member for welding and pasting 11 of Embodiment 1 is removed; 実施形態１の溶着貼付け用部材１１を被着体５に貼り付ける熱溶着工程を模式的に示した説明図である。FIG. 4 is an explanatory view schematically showing a thermal welding step of attaching the welding and pasting member 11 of Embodiment 1 to an adherend 5; 実施形態１の溶着貼付け用部材１１を被着体５に溶着した熱溶着工程後の状態を模式的に示した説明図である。FIG. 4 is an explanatory view schematically showing a state after a thermal welding step in which the member for welding and pasting 11 of Embodiment 1 is welded to an adherend 5; 実施形態１の溶着貼付け用部材１１の型紙４が取り除かれた剥離工程後の状態を模式的に示した説明図である。FIG. 4 is an explanatory view schematically showing a state after a peeling process in which the paper pattern 4 of the member for welding and pasting 11 of Embodiment 1 is removed; 実施形態２の溶着貼付け用部材１２の横断面を模式的に示した説明図である。FIG. 10 is an explanatory view schematically showing a cross section of the welding and pasting member 12 of Embodiment 2; 実施形態２の溶着貼付け用部材１２を一面Ａから見た説明図である。FIG. 11 is an explanatory view of the welding and pasting member 12 of Embodiment 2 as viewed from one side A; 実施形態２の溶着貼付け用部材１２を他面Ｂから見た説明図である。FIG. 11 is an explanatory view of the welding and pasting member 12 of Embodiment 2 as viewed from the other side B; 実施形態２の溶着貼付け用部材１２を被着体５に貼り付ける熱溶着工程を模式的に示した説明図である。FIG. 10 is an explanatory view schematically showing a thermal welding step of attaching the welding and pasting member 12 of Embodiment 2 to an adherend 5; 実施形態２の溶着貼付け用部材１２を被着体５に溶着した熱溶着工程後の状態を模式的に示した説明図である。FIG. 10 is an explanatory view schematically showing a state after a thermal welding step in which the welding and pasting member 12 of Embodiment 2 is welded to an adherend 5; 実施形態２の溶着貼付け用部材１２を被着体５に貼り付ける熱溶着工程を模式的に示した説明図である。FIG. 10 is an explanatory view schematically showing a thermal welding step of attaching the welding and pasting member 12 of Embodiment 2 to an adherend 5; 実施形態３の溶着貼付け用部材１３の横断面を模式的に示した説明図である。FIG. 11 is an explanatory view schematically showing a transverse cross section of the welding and pasting member 13 of Embodiment 3; 実施形態３の溶着貼付け用部材１３を一面Ａから見た説明図である。FIG. 11 is an explanatory diagram of the welding and pasting member 13 of Embodiment 3 as viewed from one side A; 実施形態３の溶着貼付け用部材１３を被着体５に貼り付ける熱溶着工程を模式的に示した説明図である。FIG. 10 is an explanatory view schematically showing a thermal welding step of attaching the welding and pasting member 13 of Embodiment 3 to an adherend 5; 実施形態３の溶着貼付け用部材１３を被着体５に溶着した熱溶着工程後の状態を模式的に示した説明図である。FIG. 11 is an explanatory view schematically showing a state after a thermal welding step in which the welding and pasting member 13 of Embodiment 3 is welded to an adherend 5; 実施形態３の溶着貼付け用部材１３を被着体５に貼り付ける熱溶着工程を模式的に示した説明図である。FIG. 10 is an explanatory view schematically showing a thermal welding step of attaching the welding and pasting member 13 of Embodiment 3 to an adherend 5; 実施形態３の溶着貼付け用部材１３を被着体５に溶着した熱溶着工程後の状態を模式的に示した説明図である。FIG. 11 is an explanatory view schematically showing a state after a thermal welding step in which the welding and pasting member 13 of Embodiment 3 is welded to an adherend 5; 実施形態４の溶着貼付け用部材１４の横断面を模式的に示した説明図である。FIG. 11 is an explanatory view schematically showing a cross section of a member for welding and pasting 14 of Embodiment 4; 実施形態４の溶着貼付け用部材１４を被着体５に貼り付ける熱溶着工程を模式的に示した説明図である。FIG. 11 is an explanatory view schematically showing a thermal welding step of attaching the welding and pasting member 14 of Embodiment 4 to an adherend 5; 実施形態４の溶着貼付け用部材１４を被着体５に溶着した熱溶着工程後の状態を模式的に示した説明図である。FIG. 11 is an explanatory view schematically showing a state after a thermal welding step in which the welding and pasting member 14 of Embodiment 4 is welded to an adherend 5; 実施形態４の溶着貼付け用部材１４を被着体５に貼り付ける熱溶着工程を模式的に示した説明図である。FIG. 11 is an explanatory view schematically showing a thermal welding step of attaching the welding and pasting member 14 of Embodiment 4 to an adherend 5; 実施形態４の溶着貼付け用部材１４を被着体５に溶着した熱溶着工程後の状態を模式的に示した説明図である。FIG. 11 is an explanatory view schematically showing a state after a thermal welding step in which the welding and pasting member 14 of Embodiment 4 is welded to an adherend 5; 実施形態５の溶着貼付け用部材１５を被着体５に溶着した熱溶着工程後の状態を模式的に示した説明図である。FIG. 11 is an explanatory view schematically showing a state after a thermal welding step in which the welding and pasting member 15 of Embodiment 5 is welded to an adherend 5; 実施形態５の溶着貼付け用部材１５の型紙４が取り除かれた剥離工程後の状態を模式的に示した説明図である。FIG. 11 is an explanatory view schematically showing a state after a peeling process in which the paper pattern 4 of the member 15 for welding and pasting according to Embodiment 5 is removed; 実施形態５の溶着貼付け用部材１５を被着体５に溶着した熱溶着工程後の状態を模式的に示した説明図である。FIG. 11 is an explanatory view schematically showing a state after a thermal welding step in which the welding and pasting member 15 of Embodiment 5 is welded to an adherend 5; 実施形態５の溶着貼付け用部材１５の型紙４が取り除かれた剥離工程後の状態を模式的に示した説明図である。FIG. 11 is an explanatory view schematically showing a state after a peeling process in which the paper pattern 4 of the member 15 for welding and pasting according to Embodiment 5 is removed; 実施形態５の溶着貼付け用部材１５の型紙４が取り除かれた剥離工程後の状態を模式的に示した説明図である。FIG. 11 is an explanatory view schematically showing a state after a peeling process in which the paper pattern 4 of the member 15 for welding and pasting according to Embodiment 5 is removed;

本発明の代表的な実施形態を図１～図３２を参照して説明する。なお、本発明の溶着貼付け用部材の横断面図は断面を示す斜線を省略してある。 A representative embodiment of the present invention will be described with reference to FIGS. 1-32. Incidentally, in the cross-sectional view of the member for welding and pasting of the present invention, oblique lines indicating the cross section are omitted.

（実施形態１）
本実施形態１の溶着貼付け用部材１１は、図１及び２に示すように、複数の粒状のアルミナ焼結体(多数の貼付け部材)２とホットメルト系接着シート(熱溶着シート)３と型紙（非熱溶着シート）４とを有し、アルミナ焼結体２が配置される全体より大きめの四角形状である。ホットメルト系接着シート３としては特に限定しないが、溶融する温度が、型紙４、被着体５、アルミナ焼結体２に対して問題が生じない温度である材料が採用できる。 (Embodiment 1)
As shown in FIGS. 1 and 2, the welding pasting member 11 of Embodiment 1 comprises a plurality of granular alumina sintered bodies (many pasting members) 2, a hot-melt adhesive sheet (thermal welding sheet) 3, and a pattern paper. (Non-heat-welding sheet) 4, and has a quadrangular shape larger than the whole on which the alumina sintered body 2 is arranged. Although the hot-melt adhesive sheet 3 is not particularly limited, a material that melts at a temperature that does not cause problems for the paper pattern 4, the adherend 5, and the alumina sintered body 2 can be used.

アルミナ焼結体２は、ホットメルト系接着シート３の一面側(Ａ面側)に、被着体５に貼り付けられる貼付け面が当接するよう配置されている。ホットメルト系接着シート３は、アルミナ焼結体２が一面に配置されており、薄膜状のシートである。アルミナ焼結体２はホットメルト系接着シート３に熱又は高周波などによる加熱によって仮接着されても良いし、そのままでも良い。 The alumina sintered body 2 is arranged so that the attachment surface to be attached to the adherend 5 is in contact with one surface side (side A) of the hot-melt adhesive sheet 3 . The hot-melt adhesive sheet 3 is a thin film sheet having the alumina sintered body 2 arranged on one surface thereof. The alumina sintered body 2 may be temporarily adhered to the hot-melt adhesive sheet 3 by heat or high-frequency heating, or may be left as it is.

型紙４は、ホットメルト系接着シート３を挟んだ両面(アルミナ焼結体２が配置されるＡ面側及び多数の貼付け部材が配置されていない他面側(Ｂ面側))に重ね合わせて配設され、全体の大きさがホットメルト系接着シート３と同じか大きい非熱溶着性材料からなる薄膜状のシートである。型紙４全体の大きさをホットメルト系接着シート３よりも大きくすると、型紙４の周囲からホットメルト系接着シート３が溶融してはみ出ることがなくなる。また、Ａ面側にも配置することによりホットメルト系接着シート３のＡ面側がアルミナ焼結体２に誤って融着するおそれがなくなる。 The pattern paper 4 is superimposed on both sides of the hot-melt adhesive sheet 3 (side A on which the alumina sintered body 2 is arranged and the other side (side B) on which many attachment members are not arranged). It is a thin-film sheet made of a non-thermally-fusible material that is disposed and whose overall size is the same as or larger than that of the hot-melt adhesive sheet 3 . If the size of the entire paper pattern 4 is made larger than the hot-melt adhesive sheet 3, the hot-melt adhesive sheet 3 will not melt and protrude from the periphery of the paper pattern 4.例文帳に追加Also, by arranging it on the A side as well, there is no possibility that the A side of the hot-melt adhesive sheet 3 is fused to the alumina sintered body 2 by mistake.

そして、型紙４はＡ面側・Ｂ面側の両面ともアルミナ焼結体２の部分に対応する位置が開口するように切り抜かれた開口部４１が形成されている。開口部４１の大きさとしては、アルミナ焼結体２と同じか少し大きいことが好ましい。図１及び２では開口部４１の大きさがアルミナ焼結体２よりも一回り大きくしているため、溶着貼付け用部材１１をＢ面側から見た場合、図３に示すようにアルミナ焼結体２の部分が切り抜かれてホットメルト系接着シート３が見える。 The pattern paper 4 is formed with openings 41 that are cut out at positions corresponding to the portions of the alumina sintered body 2 on both the A side and the B side. The size of the opening 41 is preferably the same as or slightly larger than the alumina sintered body 2 . 1 and 2, since the size of the opening 41 is slightly larger than that of the alumina sintered body 2, when the member 11 for welding and pasting is viewed from the B side, as shown in FIG. A portion of the body 2 is cut out and the hot-melt adhesive sheet 3 is visible.

なお、図１は溶着貼付け用部材１１の側面（横断面）を模式的に表しているため、型紙４及びホットメルト系接着シート３を厚く図示しているが、両方ともにできるだけ薄いことが望ましい。型紙４及びホットメルト系接着シート３の総厚はアルミナ焼結体２の厚みを超えない厚みであり、ホットメルト系接着シート３は接着剤のはみ出しや接着剤が被着体の裏面への染み出しを防止する上で薄い方が望ましい。また、図４に示すように、型紙４の開口部４１はアルミナ焼結体２の一粒一粒の外形とほぼ同じに形成することができる。 Since FIG. 1 schematically shows the side surface (cross section) of the welding pasting member 11, the paper pattern 4 and the hot-melt adhesive sheet 3 are shown thick, but it is desirable that both are as thin as possible. The total thickness of the paper pattern 4 and the hot-melt adhesive sheet 3 does not exceed the thickness of the alumina sintered body 2. A thinner one is desirable in order to prevent extrusion. Further, as shown in FIG. 4, the openings 41 of the paper pattern 4 can be formed to have substantially the same outer shape as each grain of the alumina sintered body 2 .

・貼付け方法その１
図５に示すように、本溶着貼付け用部材１１のＢ面側を被着体５に当接させた状態で(セット工程)、Ａ面側から熱又は高周波などにより加熱する。加熱によりホットメルト系接着シート３を溶解させ、アルミナ焼結体２を被着体５に溶着させる(熱溶着工程)。特にアルミナ焼結体２を介して加熱することで、ホットメルト系接着シート３のうち、アルミナ焼結体２と被着体５との間に介在する部分から優先的に溶融が進行していくことになり好ましい。 ・Paste method 1
As shown in FIG. 5, while the B side of the main welding and pasting member 11 is in contact with the adherend 5 (setting step), the A side is heated by heat or high frequency. The hot-melt adhesive sheet 3 is melted by heating, and the alumina sintered body 2 is welded to the adherend 5 (thermal welding step). In particular, by heating through the alumina sintered body 2, the hot-melt adhesive sheet 3 preferentially melts from the portion interposed between the alumina sintered body 2 and the adherend 5. Therefore, it is preferable.

ホットメルト系接着シート３は、図６に示すように、型紙４部分とアルミナ焼結体２部分とで型紙４の厚さ分、わずかな段差が生じ、型紙４部分のホットメルト系接着シート３が溶融した場合はＡ面側とＢ面側とがホットメルト系接着シート３によって一体化する。そして、型紙４を取り除く(剥離工程)と、図７に示すように、ホットメルト系接着シート３が溶融しているためにアルミナ焼結体２の周囲で切断されて、アルミナ焼結体２が被着体５の表面に溶着される。アルミナ焼結体２は、ホットメルト系接着シート３により被着体５の表面に熱溶着される。アルミナ焼結体２が溶着していない部分のホットメルト系接着シート３は型紙４を取り除くとともに取り除かれる。 As shown in FIG. 6, the hot-melt adhesive sheet 3 has a slight level difference corresponding to the thickness of the pattern paper 4 between the pattern paper 4 and the alumina sintered body 2. melts, the A side and the B side are integrated by the hot-melt adhesive sheet 3 . Then, when the pattern paper 4 is removed (peeling step), as shown in FIG. 7, the hot-melt adhesive sheet 3 is melted and cut around the alumina sintered body 2, and the alumina sintered body 2 is removed. It is welded to the surface of the adherend 5 . The alumina sintered body 2 is heat-sealed to the surface of the adherend 5 with a hot-melt adhesive sheet 3 . A portion of the hot-melt adhesive sheet 3 where the alumina sintered body 2 is not welded is removed together with the paper pattern 4 .

ここで、開口部４１の大きさがアルミナ焼結体２よりも大きくなっていてもホットメルト系接着シート３はアルミナ焼結体２の周囲で切断されるようにすることができる。特にアルミナ焼結体２を介して加熱することで、ホットメルト系接着シート３はアルミナ焼結体２の周囲から溶融することになり、また、ホットメルト系接着シート３は型紙４の厚みの分だけ浮き上がることになることから、ホットメルト系接着シート３はアルミナ焼結体２と被着体５との間で溶融し、アルミナ焼結体２の周囲にまで溶融が進行したときに被着体５には熱溶着されることなくアルミナ焼結体２の周囲に沿って切断されるようにする条件を選択することができる。 Here, the hot-melt adhesive sheet 3 can be cut around the alumina sintered body 2 even if the size of the opening 41 is larger than the alumina sintered body 2 . In particular, by heating through the alumina sintered body 2, the hot-melt adhesive sheet 3 melts from the periphery of the alumina sintered body 2, and the hot-melt adhesive sheet 3 has a thickness corresponding to the thickness of the pattern paper 4. Since the hot-melt adhesive sheet 3 is melted between the alumina sintered body 2 and the adherend 5, and when the melting progresses to the periphery of the alumina sintered body 2, the adherend For 5, conditions can be selected so that the alumina sintered body 2 is cut along the periphery without being thermally welded.

・貼付け方法その２
図８に示すように、本溶着貼付け用部材１１のＢ面側を被着体５に当接させた状態で(セット工程)、Ｂ面側の被着体５から加熱する。アルミナ焼結体２の側からでは伝熱が困難である場合や、被着体５が布などの伝熱性に優れた部材である場合などにはＢ面側から加熱することもできる。加熱によりホットメルト系接着シート３を溶解させ、アルミナ焼結体２を被着体５に溶着させる(熱溶着工程)。 ・Paste method 2
As shown in FIG. 8, while the B side of the main welding/pasting member 11 is in contact with the adherend 5 (setting step), the B side of the adherend 5 is heated first. If it is difficult to transfer heat from the alumina sintered body 2 side, or if the adherend 5 is a member with excellent heat transfer properties such as cloth, heating can be performed from the B side. The hot-melt adhesive sheet 3 is melted by heating, and the alumina sintered body 2 is welded to the adherend 5 (thermal welding step).

ホットメルト系接着シート３は、図９に示すように、型紙４部分とアルミナ焼結体２部分とで型紙４の厚さ分、わずかな段差が生じ、型紙４部分のホットメルト系接着シート３が溶融した場合はＡ面側とＢ面側とがホットメルト系接着シート３によって一体化する。そして、型紙４を取り除く(剥離工程)と、図１０に示すように、ホットメルト系接着シート３によって溶着されたアルミナ焼結体２が被着体５に残る。アルミナ焼結体２が溶着していない部分のホットメルト系接着シート３は型紙４を取り除くとともに取り除かれる。 As shown in FIG. 9, the hot-melt adhesive sheet 3 has a slight level difference corresponding to the thickness of the pattern paper 4 between the pattern paper 4 portion and the alumina sintered body 2 portion. melts, the A side and the B side are integrated by the hot-melt adhesive sheet 3 . Then, when the template 4 is removed (peeling step), the alumina sintered body 2 welded by the hot-melt adhesive sheet 3 remains on the adherend 5 as shown in FIG. A portion of the hot-melt adhesive sheet 3 where the alumina sintered body 2 is not welded is removed together with the paper pattern 4 .

・その他
本実施形態１の溶着貼付け用部材１１は、多数の貼付け部材貼付け方法によって、Ａ面側及びＢ面側のどちら側からでも加熱することができる。そして、熱溶着工程でホットメルト系接着シート３が溶融し、アルミナ焼結体２は型紙４の開口部４１を抜けるため、被着体５に溶着することができる。熱溶着工程後は、図６に示すように、型紙４は被着体５との間にホットメルト系接着シート３が介在していない。つまり、型紙４はアルミナ焼結体２とも被着体５とも溶着していない。そのため、型紙４を被着体５から簡単に取り除くことができる。 Others The member 11 for welding and pasting according to the first embodiment can be heated from either the A side or the B side by a number of pasting member pasting methods. Then, the hot-melt adhesive sheet 3 is melted in the thermal welding step, and the alumina sintered body 2 passes through the opening 41 of the pattern paper 4 , so that it can be welded to the adherend 5 . After the thermal welding step, the hot-melt adhesive sheet 3 is not interposed between the paper pattern 4 and the adherend 5, as shown in FIG. That is, the paper pattern 4 is not welded to the alumina sintered body 2 or the adherend 5 . Therefore, the paper pattern 4 can be easily removed from the adherend 5 .

また、ホットメルト系接着シート３が一枚の薄膜状のシートであるため、アルミナ焼結体２の１つずつにホットメルト系接着シート３を塗布する必要がなく、従来技術におけるホットメルト系接着シート３を塗布加工する工程に相当する工程が非常に簡略化される。そして、アルミナ焼結体２部分が切り抜かれた開口部４１を有する非熱溶着性材料からなる型紙４を有するため、アルミナ焼結体２を被着体５に溶着後、アルミナ焼結体２のない部分のホットメルト系接着シート３が型紙４とともに取り除かれ、被着体５に残らない。結果、大がかりな設備を必要とせずに、被着体５にアルミナ焼結体２をきれいに溶着することができる。 In addition, since the hot-melt adhesive sheet 3 is a single thin-film sheet, there is no need to apply the hot-melt adhesive sheet 3 to each of the alumina sintered bodies 2. The process corresponding to the process of coating the sheet 3 is greatly simplified. Then, since the alumina sintered body 2 has a pattern paper 4 made of a non-heat-welding material having an opening 41 cut out, after the alumina sintered body 2 is welded to the adherend 5, the alumina sintered body 2 The hot-melt adhesive sheet 3 in the free part is removed together with the paper pattern 4 and does not remain on the adherend 5. - 特許庁As a result, the alumina sintered body 2 can be cleanly welded to the adherend 5 without requiring large-scale equipment.

貼付け部材が小さい場合、ホットメルト系接着シート３を一粒一粒に塗布するのは非常に面倒で手間がかかるが、本実施形態１の溶着貼付け用部材１１であれば、貼り付け部材の大きさに関係なく、数が多くてもホットメルト系接着シート３上に配置するだけで良い。また、先に型紙４をホットメルト系接着シート３に配置すれば、開口部４１にアルミナ焼結体２を所定位置に簡単に配置することもできる。 When the member to be attached is small, it is very troublesome and time-consuming to apply the hot-melt adhesive sheet 3 piece by piece. Regardless of the number, it is enough to just arrange them on the hot-melt adhesive sheet 3 even if the number is large. Also, if the pattern paper 4 is placed on the hot-melt adhesive sheet 3 in advance, the alumina sintered body 2 can be easily placed in the opening 41 at a predetermined position.

本実施形態１の溶着貼付け用部材１１は、上記したように、アルミナ焼結体２のように多数の貼付け部材を被着体５に簡単に溶着することができるため、特殊技能を必要としない。溶着貼付け用部材１１そのものも簡単に作成できる上、溶着も簡単であるため、大量生産向きであり、難しい作業教育が不要になるという効果も有する。溶着が簡単であるため、一般消費者向けの商品として販売することも可能である。 As described above, the welding pasting member 11 of Embodiment 1 can easily weld a large number of pasting members such as the alumina sintered body 2 to the adherend 5, and therefore does not require special skills. . Since the member 11 itself for welding and pasting can be easily produced, and welding is also easy, it is suitable for mass production and has the effect of eliminating the need for difficult work training. Because it is easy to weld, it can be sold as a product for general consumers.

その他に、アルミナ焼結体２はアルミナの粉末を成形・焼結したものである。アルミナは、熱伝導性が高いため、熱溶着工程でホットメルト系接着シート３が溶融しやすく、被着体５への負担が少ない。その上、アルミナ焼結体２は水分を吸収しやすく、吸収した水分が気化しやすいため、被着体５として被服を採用すると、気化熱で熱を下げる効果を有する被服を作成することができる。本実施形態１の溶着貼付け用部材１１は、貼り付け部材の配置による装飾的価値や多種の貼付け部材を多種の被着体に溶着できる汎用性だけでなく、アルミナ焼結体２のような機能的効果を有する貼り付け部材を溶着することによって、前記機能的効果を付加することも容易にできる。 In addition, the alumina sintered body 2 is obtained by molding and sintering alumina powder. Since alumina has high thermal conductivity, the hot-melt adhesive sheet 3 is easily melted in the heat-sealing process, and the burden on the adherend 5 is small. In addition, since the alumina sintered body 2 easily absorbs moisture and the absorbed moisture is easily vaporized, if a clothing is used as the adherend 5, a clothing having the effect of lowering the heat by the heat of vaporization can be produced. . The welding pasting member 11 of Embodiment 1 not only has a decorative value due to the arrangement of the pasting members and versatility in that various pasting members can be welded to various adherends, but also functions like the alumina sintered body 2. By welding an attachment member having a functional effect, the functional effect can be easily added.

（実施形態２）
本実施形態２の溶着貼付け用部材１２は、実施形態１の溶着貼付け用部材１１と同じ構成及び作用効果を基本的に有する。以下では、異なる構成を中心に説明していく。 (Embodiment 2)
The welding pasting member 12 of the second embodiment basically has the same configuration and effects as the welding pasting member 11 of the first embodiment. In the following, different configurations will be mainly described.

本実施形態２の溶着貼付け用部材１２は、図１１及び１２に示すように、複数の粒状のアルミナ焼結体２とホットメルト系接着シート３と型紙４とカバーシート６とを有し、アルミナ焼結体２が配置される全体より大きめの四角形状である。 As shown in FIGS. 11 and 12, the welding pasting member 12 of Embodiment 2 includes a plurality of granular alumina sintered bodies 2, a hot-melt adhesive sheet 3, a paper pattern 4, and a cover sheet 6. It has a rectangular shape larger than the whole in which the sintered body 2 is arranged.

本実施形態２の溶着貼付け用部材１２は、実施形態１の溶着貼付け用部材１１のアルミナ焼結体２の上に、カバーシート６が配置されている。カバーシート６は、ホットメルト系接着シート３及び型紙４と同じかそれらより若干大きい薄膜状の非熱溶着性材料からなるシート部材である。 In the welding pasting member 12 of the second embodiment, a cover sheet 6 is arranged on the alumina sintered body 2 of the welding pasting member 11 of the first embodiment. The cover sheet 6 is a sheet member made of a thin non-heat-fusible material that is the same as or slightly larger than the hot-melt adhesive sheet 3 and the pattern paper 4 .

・貼付け方法その１
図１３に示すように、本溶着貼付け用部材１２のＢ面側を被着体５に当接させた状態で(セット工程)、Ａ面側のカバーシート６から加熱する。加熱によりホットメルト系接着シート３を溶融させ、アルミナ焼結体２を被着体５に溶着させる(熱溶着工程)。ホットメルト系接着シート３は、図１４に示すように、型紙４部分とアルミナ焼結体２部分とで型紙４の厚さ分、わずかな段差が生じ、型紙４部分のホットメルト系接着シート３が溶融した場合はＡ面側とＢ面側とがホットメルト系接着シート３によって一体化する。そして、型紙４をカバーシート６と共に取り除く(剥離工程)と、図７に示すように、ホットメルト系接着シート３によって溶着されたアルミナ焼結体２が被着体５に残る。 ・Paste method 1
As shown in FIG. 13, while the B side of the main welding/pasting member 12 is in contact with the adherend 5 (setting step), the cover sheet 6 on the A side is heated first. The hot-melt adhesive sheet 3 is melted by heating, and the alumina sintered body 2 is welded to the adherend 5 (thermal welding step). As shown in FIG. 14, the hot-melt adhesive sheet 3 has a slight level difference corresponding to the thickness of the pattern paper 4 between the pattern paper 4 and the alumina sintered body 2. melts, the A side and the B side are integrated by the hot-melt adhesive sheet 3 . Then, when the pattern paper 4 is removed together with the cover sheet 6 (peeling step), the alumina sintered body 2 welded by the hot-melt adhesive sheet 3 remains on the adherend 5 as shown in FIG.

・貼付け方法その２
図１５に示すように、本溶着貼付け用部材１２のＢ面側を被着体５に当接させた状態で(セット工程)、Ｂ面側の被着体５から加熱する。加熱によりホットメルト系接着シート３を溶融させ、アルミナ焼結体２を被着体５に溶着させる(熱溶着工程)。ホットメルト系接着シート３は、図１６に示すように、型紙４部分とアルミナ焼結体２部分とで型紙４の厚さ分、わずかな段差が生じ、型紙４部分のホットメルト系接着シート３が溶融した場合はＡ面側とＢ面側とがホットメルト系接着シート３によって一体化する。そして、型紙４を取り除く(剥離工程)と、図１０に示すように、ホットメルト系接着シート３によって溶着されたアルミナ焼結体２が被着体５に残る。 ・Paste method 2
As shown in FIG. 15 , while the B side of the main welding attachment member 12 is in contact with the adherend 5 (setting step), the adherend 5 on the B side is heated first. The hot-melt adhesive sheet 3 is melted by heating, and the alumina sintered body 2 is welded to the adherend 5 (thermal welding step). As shown in FIG. 16, the hot-melt adhesive sheet 3 has a slight level difference corresponding to the thickness of the pattern paper 4 between the pattern paper 4 portion and the alumina sintered body 2 portion. melts, the A side and the B side are integrated by the hot-melt adhesive sheet 3 . Then, when the template 4 is removed (peeling step), the alumina sintered body 2 welded by the hot-melt adhesive sheet 3 remains on the adherend 5 as shown in FIG.

本実施形態２の溶着貼付け用部材１２は、実施形態１の溶着貼付け用部材１１及び貼付け方法の効果に加えて、アルミナ焼結体２を覆うようにカバーシート６があることで、アルミナ焼結体２が破損したり、汚れたり、溶着貼付け用部材１２から離散したりするのを防ぐことができる。 In the welding pasting member 12 of the second embodiment, in addition to the effects of the welding pasting member 11 and the pasting method of the first embodiment, there is a cover sheet 6 so as to cover the alumina sintered body 2. It is possible to prevent the body 2 from being damaged, soiled, and separated from the welding pasting member 12.例文帳に追加

（実施形態３）
本実施形態３の溶着貼付け用部材１３は、図１７及び１８に示すように、複数の粒状のアルミナ焼結体２とホットメルト系接着シート３と型紙４とカバーシート６とを有し、アルミナ焼結体２が配置される全体より大きめの四角形状である。 (Embodiment 3)
As shown in FIGS. 17 and 18, the welding pasting member 13 of Embodiment 3 has a plurality of granular alumina sintered bodies 2, a hot-melt adhesive sheet 3, a paper pattern 4, and a cover sheet 6. It has a rectangular shape larger than the whole in which the sintered body 2 is arranged.

本実施形態３の溶着貼付け用部材１３は、実施形態２の溶着貼付け用部材１２のうち、ホットメルト系接着シート３とカバーシート６との間の型紙４、つまりＡ面側の型紙４がない構成である。 The welding pasting member 13 of Embodiment 3 does not have the paper pattern 4 between the hot-melt adhesive sheet 3 and the cover sheet 6, that is, the paper pattern 4 on the side A of the welding pasting member 12 of Embodiment 2. Configuration.

・貼付け方法その１
図１９に示すように、本溶着貼付け用部材１３のＢ面側を被着体５に当接させた状態で(セット工程)、Ａ面側のカバーシート６から加熱する。加熱によりホットメルト系接着シート３が溶融し、アルミナ焼結体２は型紙４の開口部４１を抜け、被着体５に溶着する(熱溶着工程)。図２０に示すように、ホットメルト系接着シート３と型紙４とは被着体５側に位置している。しかし、型紙４と被着体５との間にホットメルト系接着シート３はないため、型紙４は被着体５に溶着しないし、型紙４部分のホットメルト系接着シート３が被着体５に溶着もしない。そのため、カバーシート６と型紙４を取り除く(剥離工程)と、図７に示すように、ホットメルト系接着シート３によって溶着されたアルミナ焼結体２が被着体５に残る。 ・Paste method 1
As shown in FIG. 19, while the B side of the main welding/pasting member 13 is in contact with the adherend 5 (setting step), the cover sheet 6 on the A side is heated first. The hot-melt adhesive sheet 3 is melted by heating, and the alumina sintered body 2 passes through the opening 41 of the pattern paper 4 and is welded to the adherend 5 (thermal welding step). As shown in FIG. 20, the hot-melt adhesive sheet 3 and the paper pattern 4 are positioned on the adherend 5 side. However, since there is no hot-melt adhesive sheet 3 between the paper pattern 4 and the adherend 5 , the paper pattern 4 does not adhere to the adherend 5 , and the hot-melt adhesive sheet 3 at the part of the paper pattern 4 does not adhere to the adherend 5 . It does not weld to Therefore, when the cover sheet 6 and the pattern paper 4 are removed (peeling step), the alumina sintered body 2 welded by the hot-melt adhesive sheet 3 remains on the adherend 5 as shown in FIG.

・貼付け方法その２
図２１に示すように、本溶着貼付け用部材１３のＢ面側を被着体５に当接させた状態で(セット工程)、Ｂ面側の被着体５から加熱する。加熱によりホットメルト系接着シート３が溶融し、アルミナ焼結体２は型紙４の開口部４１を抜け、被着体５に溶着する(熱溶着工程)。図２２に示すように、型紙４と被着体５との間にホットメルト系接着シート３はないため、型紙４は被着体５に溶着しないし、型紙４部分のホットメルト系接着シート３が被着体５に溶着もしない。そのため、図示とは若干異なり、型紙４とホットメルト系接着シート３とは被着体５から離れて浮いたような状態となることもある。そのため、カバーシート６と型紙４を取り除く(剥離工程)と、図１０に示すように、ホットメルト系接着シート３によって溶着されたアルミナ焼結体２が被着体５に残る。 ・Paste method 2
As shown in FIG. 21, while the B side of the main welding/pasting member 13 is in contact with the adherend 5 (setting step), the B side of the adherend 5 is heated first. The hot-melt adhesive sheet 3 is melted by heating, and the alumina sintered body 2 passes through the opening 41 of the pattern paper 4 and is welded to the adherend 5 (thermal welding step). As shown in FIG. 22, since there is no hot-melt adhesive sheet 3 between the pattern paper 4 and the adherend 5, the pattern paper 4 does not adhere to the adherend 5, and the hot-melt adhesive sheet 3 in the pattern paper 4 portion does not adhere to the adherend 5. is not welded to the adherend 5 either. Therefore, the paper pattern 4 and the hot-melt adhesive sheet 3 may be separated from the adherend 5 and float, slightly different from the illustration. Therefore, when the cover sheet 6 and the pattern paper 4 are removed (peeling step), the alumina sintered body 2 welded by the hot-melt adhesive sheet 3 remains on the adherend 5 as shown in FIG.

本実施形態３の溶着貼付け用部材１３は、実施形態２の溶着貼付け用部材１２及び貼付け方法の効果を有し、さらに型紙４を一枚、節約したシートとすることができる。 The welding pasting member 13 of Embodiment 3 has the effects of the welding pasting member 12 and the pasting method of Embodiment 2, and furthermore, one paper pattern 4 can be saved as a sheet.

そして、アルミナ焼結体２は熱伝導性が高いアルミナ焼結体２と被着体５との間のホットメルト系接着シート３は溶融してアルミナ焼結体２が被着体５に溶着する間に、型紙４部分のホットメルト系接着シート３が溶融した場合はカバーシート６によって、熱又は高周波を加える部材に溶着するのを防ぐことができる。 The hot-melt adhesive sheet 3 between the alumina sintered body 2 and the adherend 5 melts and the alumina sintered body 2 is welded to the adherend 5. In the meantime, if the hot-melt adhesive sheet 3 of the pattern paper 4 is melted, the cover sheet 6 can prevent it from being welded to the member to which heat or high frequency is applied.

（実施形態４）
本実施形態４の溶着貼付け用部材１４は、図２３に示すように、粒状のアルミナ焼結体２とホットメルト系接着シート３と型紙４とを有し、アルミナ焼結体２が配置される全体より大きめの四角形状である。 (Embodiment 4)
As shown in FIG. 23, the welding pasting member 14 of Embodiment 4 has a granular alumina sintered body 2, a hot-melt adhesive sheet 3, and a paper pattern 4, and the alumina sintered body 2 is arranged. It has a square shape that is larger than the whole.

本実施形態４の溶着貼付け用部材１４は、実施形態１の溶着貼付け用部材１１のうち、アルミナ焼結体２が配置されるＡ面側に、型紙４が配置されていない構成である。 The welding pasting member 14 of the present embodiment 4 has a configuration in which the paper pattern 4 is not arranged on the side A, on which the alumina sintered body 2 is arranged, of the welding pasting member 11 of the first embodiment.

・貼付け方法その１
図２４に示すように、本溶着貼付け用部材１４のＢ面側を被着体５に当接させた状態で(セット工程)、Ａ面側から加熱する。加熱によりホットメルト系接着シート３が溶融し、アルミナ焼結体２は型紙４の開口部４１を抜け、被着体５に溶着する(熱溶着工程)。図２５に示すように、型紙４と被着体５との間にホットメルト系接着シート３は介在しないため、型紙４もホットメルト系接着シート３も被着体５に溶着しない。そのため、型紙４を取り除く(剥離工程)と、図７に示すように、ホットメルト系接着シート３によって溶着されたアルミナ焼結体２が被着体５に残る。 ・Paste method 1
As shown in FIG. 24, while the B side of the main welding attachment member 14 is in contact with the adherend 5 (setting step), the A side is heated. The hot-melt adhesive sheet 3 is melted by heating, and the alumina sintered body 2 passes through the opening 41 of the pattern paper 4 and is welded to the adherend 5 (thermal welding step). As shown in FIG. 25 , since the hot-melt adhesive sheet 3 is not interposed between the pattern 4 and the adherend 5 , neither the pattern 4 nor the hot-melt adhesive sheet 3 is welded to the adherend 5 . Therefore, when the template 4 is removed (peeling step), the alumina sintered body 2 welded by the hot-melt adhesive sheet 3 remains on the adherend 5 as shown in FIG.

・貼付け方法その２
図２６に示すように、本溶着貼付け用部材１４のＢ面側を被着体５に当接させた状態で(セット工程)、Ｂ面側の被着体５から加熱する。加熱によりホットメルト系接着シート３が溶融し、アルミナ焼結体２は型紙４の開口部４１を抜け、被着体５に溶着する(熱溶着工程)。図２７に示すように、型紙４と被着体５との間にホットメルト系接着シート３は介在しないため、型紙４もホットメルト系接着シート３も被着体５に溶着しない。そのため、型紙４を取り除く(剥離工程)と、図１０に示すように、ホットメルト系接着シート３によって溶着されたアルミナ焼結体２が被着体５に残る。 ・Paste method 2
As shown in FIG. 26, while the B side of the main welding/pasting member 14 is in contact with the adherend 5 (setting step), the B side of the adherend 5 is heated first. The hot-melt adhesive sheet 3 is melted by heating, and the alumina sintered body 2 passes through the opening 41 of the pattern paper 4 and is welded to the adherend 5 (thermal welding step). As shown in FIG. 27 , since the hot-melt adhesive sheet 3 is not interposed between the pattern 4 and the adherend 5 , neither the pattern 4 nor the hot-melt adhesive sheet 3 is welded to the adherend 5 . Therefore, when the template 4 is removed (peeling step), the alumina sintered body 2 welded by the hot-melt adhesive sheet 3 remains on the adherend 5 as shown in FIG.

本実施形態４の溶着貼付け用部材１４を多数の貼付け部材を貼り付ける方法によって、アルミナ焼結体２を被着体５に貼り付ける場合、溶融したホットメルト系接着シート３のうち、アルミナ焼結体２と被着体５との間に位置しなかったホットメルト系接着シート３が型紙４に溶着するだけでなく、加熱する部材や貼り付け作業を行う作業台に溶着する可能性がある。そのため、本実施形態４の溶着貼付け用部材１４を用いる場合は、それらの表面がホットメルト系接着シート３が溶着しにくい部材やホットメルト系接着シート３を取り除きやすい部材であることが好ましい。 When the alumina sintered body 2 is attached to the adherend 5 by the method of attaching a large number of welding attachment members 14 of Embodiment 4, the alumina sintered body of the molten hot-melt adhesive sheet 3 is The hot-melt adhesive sheet 3 that is not positioned between the body 2 and the adherend 5 may not only be fused to the paper pattern 4, but also fused to a member to be heated or a workbench on which the attachment work is performed. Therefore, when using the welding pasting member 14 of Embodiment 4, it is preferable that the surface thereof is a member to which the hot-melt adhesive sheet 3 is difficult to be welded or a member to which the hot-melt adhesive sheet 3 is easily removed.

（実施形態５）
本実施形態５の溶着貼付け用部材１５は、実施形態１の溶着貼付け用部材１１と同じ構成及び効果を基本的に有する。以下では、異なる構成を中心に説明していく。 (Embodiment 5)
The welding pasting member 15 of the fifth embodiment basically has the same configuration and effect as the welding pasting member 11 of the first embodiment. In the following, different configurations will be mainly described.

・貼付け方法その１
本溶着貼付け用部材１５のＢ面側を被着体５に当接させた状態で(セット工程)、Ａ面側から熱又は高周波などにより加熱する。加熱によりホットメルト系接着シート３を溶融させ、アルミナ焼結体２を被着体５に溶着させる(熱溶着工程)。 ・Paste method 1
While the B side of the main welding/pasting member 15 is in contact with the adherend 5 (setting step), the A side is heated by heat or high frequency. The hot-melt adhesive sheet 3 is melted by heating, and the alumina sintered body 2 is welded to the adherend 5 (thermal welding step).

ホットメルト系接着シート３は、図２８に示すように、型紙４部分とアルミナ焼結体２部分とで型紙４の厚さ分、わずかな段差が生じ、型紙４部分のホットメルト系接着シート３が溶融した場合はＡ面側とＢ面側とがホットメルト系接着シート３によって一体化する。このとき、各アルミナ焼結体２部分のホットメルト系接着シート３は、各アルミナ焼結体２よりも僅かに大きく被着体５に溶着している。そして、型紙４を取り除くと(剥離工程)、図２９に示すように、ホットメルト系接着シート３は溶融しているためにアルミナ焼結体２の周囲のアルミナ焼結体２より一回り大きな位置で切断されて、アルミナ焼結体２が被着体５の表面に溶着される。アルミナ焼結体２は、ホットメルト系接着シート３により被着体５の表面に溶着される。被着体５に溶着しなかったホットメルト系接着シート３は型紙４を取り除くとともに取り除かれる。 As shown in FIG. 28, the hot-melt adhesive sheet 3 has a slight level difference corresponding to the thickness of the pattern paper 4 between the pattern paper 4 portion and the alumina sintered body 2 portion. melts, the A side and the B side are integrated by the hot-melt adhesive sheet 3 . At this time, the hot-melt adhesive sheet 3 of each alumina sintered body 2 portion is slightly larger than each alumina sintered body 2 and is welded to the adherend 5 . Then, when the pattern paper 4 is removed (peeling step), as shown in FIG. , and the alumina sintered body 2 is welded to the surface of the adherend 5 . The alumina sintered body 2 is welded to the surface of the adherend 5 with a hot-melt adhesive sheet 3 . The hot-melt adhesive sheet 3 that is not welded to the adherend 5 is removed together with the paper pattern 4 .

・貼付け方法その２
本溶着貼付け用部材１１のＢ面側を被着体５に当接させた状態で(セット工程)、Ｂ面側の被着体５から加熱する。加熱によりホットメルト系接着シート３を溶解させ、アルミナ焼結体２を被着体５に溶着させる(熱溶着工程)。 ・Paste method 2
While the B side of the main welding and pasting member 11 is in contact with the adherend 5 (setting step), the adherend 5 on the B side is heated first. The hot-melt adhesive sheet 3 is melted by heating, and the alumina sintered body 2 is welded to the adherend 5 (thermal welding step).

ホットメルト系接着シート３は、図３０に示すように、型紙４部分とアルミナ焼結体２部分とで型紙４の厚さ分、わずかな段差が生じ、型紙４部分のホットメルト系接着シート３が溶融した場合はＡ面側とＢ面側とがホットメルト系接着シート３によって一体化する。このとき、各アルミナ焼結体２部分のホットメルト系接着シート３は、各アルミナ焼結体２よりも僅かに大きく被着体５に溶着している。そして、型紙４を取り除くと(剥離工程)、図３１に示すように、ホットメルト系接着シート３が溶融しているためにアルミナ焼結体２の周囲のアルミナ焼結体２より一回り大きな位置で切断されて、アルミナ焼結体２が被着体５の表面に溶着される。被着体５に溶着しなかったホットメルト系接着シート３は型紙４を取り除くとともに取り除かれる。 As shown in FIG. 30, the hot-melt adhesive sheet 3 has a slight level difference corresponding to the thickness of the pattern paper 4 between the pattern paper 4 portion and the alumina sintered body 2 portion. melts, the A side and the B side are integrated by the hot-melt adhesive sheet 3 . At this time, the hot-melt adhesive sheet 3 of each alumina sintered body 2 portion is slightly larger than each alumina sintered body 2 and is welded to the adherend 5 . Then, when the pattern paper 4 is removed (peeling step), as shown in FIG. , and the alumina sintered body 2 is welded to the surface of the adherend 5 . The hot-melt adhesive sheet 3 that is not welded to the adherend 5 is removed together with the paper pattern 4 .

本実施形態５の溶着貼付け用部材１５は、実施形態１の溶着貼付け用部材１１及び貼付け方法の効果に加えて、被着体５に溶着したホットメルト系接着シート３がアルミナ焼結体２よりも若干大きいため、アルミナ焼結体２が被着体５に強固に固定する効果が高い。 In the welding pasting member 15 of Embodiment 5, in addition to the effects of the welding pasting member 11 and the pasting method of Embodiment 1, the hot-melt adhesive sheet 3 welded to the adherend 5 is stronger than the alumina sintered body 2. is slightly large, the effect of firmly fixing the alumina sintered body 2 to the adherend 5 is high.

また、被着体５が浸み込むことができる素材の場合、貼付け方法その１及びその２の熱溶着工程の際、アルミナ焼結体２部分のホットメルト系接着シート３が溶融して被着体５に浸み込むほど加熱することもできる。前記浸み込むことができる素材としては、例えば服などの布類が挙げられる。剥離工程で、型紙４を取り除くと、図３２に示すように、ホットメルト系接着シート３は被着体５に浸み込んでいる状態でアルミナ焼結体２を被着体５に溶着するため、アルミナ焼結体２が被着体５からより容易に剥がれるのを防ぐ効果が高い。なお、熱溶着工程では、溶融したホットメルト系接着シート３が被着体５の裏面に到達する前に加熱を終了する。 In addition, in the case of a material that can be penetrated by the adherend 5, the hot melt adhesive sheet 3 of the alumina sintered body 2 is melted and adhered during the heat welding process of the attaching method 1 and 2. It can also be heated to such an extent that it soaks into the body 5 . The permeable material includes, for example, cloth such as clothes. When the pattern paper 4 is removed in the peeling process, as shown in FIG. , the effect of preventing the alumina sintered body 2 from being easily peeled off from the adherend 5 is high. In the thermal welding step, heating is finished before the melted hot-melt adhesive sheet 3 reaches the back surface of the adherend 5 .

（その他の実施形態）
以上、本発明の好適な実施形態について説明したが、本発明は上記実施形態に限定されるものではない。例えば、アルミナ焼結体２の配置、デザインは図面に記載したものに限定されず、またアルミナ焼結体２自体の形状も同様である。 (Other embodiments)
Although the preferred embodiments of the present invention have been described above, the present invention is not limited to the above embodiments. For example, the arrangement and design of the alumina sintered body 2 are not limited to those shown in the drawings, and the shape of the alumina sintered body 2 itself is also the same.

そして、多数の貼付け部材としてはアルミナ焼結体に限定されず、金属、ガラス、陶器、磁器、耐熱プラスチック、電子部品、及び機能性部材などを用いることができる。また、全てが同じ種類又はこれらを混在することができる。また、被着体５としては服(布)に限定されず、紙、木材、金属、ガラス、陶器、磁器、及び耐熱プラスチックなどが挙げられ、熱溶着シートで多数の貼付け部材を貼り付けることができるものであれば特に限定されない。 Also, the many pasting members are not limited to alumina sintered bodies, and metals, glass, pottery, porcelain, heat-resistant plastics, electronic parts, functional members, and the like can be used. Moreover, all of them can be of the same type or mixed. The adherend 5 is not limited to clothing (cloth), and includes paper, wood, metal, glass, pottery, porcelain, heat-resistant plastics, and the like. It is not particularly limited as long as it can be used.

その他に、熱溶着シートとしてはホットメルト系接着剤又は粘着剤などがあげられ、溶融する温度が多数の貼付け部材、非熱溶着シート、及び被着体に対して問題が生じない温度である材料が好ましい。例えば、ポリアミド系、ポリウレタン系、ポリエステル系、オレフィン系、EVA（エチレン酢酸ビニル共重合体）系、ポリアクリル系など。また、型紙(非熱溶着シート)の材料としては、紙、及びポリイミドフィルム、PENフィルムなど耐熱性エンプラシートなどが好ましい。そして、熱溶着シート及び型紙は、多数の貼付け部材の全体をカバーする大きさ及び形であれば四角形に限定されない。 In addition, heat-welding sheets include hot-melt adhesives and pressure-sensitive adhesives, and materials that melt at a temperature that does not cause problems for many pasting members, non-heat-welding sheets, and adherends. is preferred. For example, polyamide-based, polyurethane-based, polyester-based, olefin-based, EVA (ethylene-vinyl acetate copolymer)-based, polyacrylic-based, etc. Moreover, as a material for the paper pattern (non-heat-welding sheet), paper, heat-resistant engineering plastic sheets such as polyimide film and PEN film, and the like are preferable. Further, the heat-welding sheet and the paper pattern are not limited to a quadrilateral as long as they have a size and a shape that cover the entirety of a large number of pasting members.

その他に、熱溶着部は熱溶着シートと同等の部材が採用できる。１つ１つの貼付け部材に合わせて成形したり、熱溶着シートを切り取ったりすることで作成することができる。 In addition, a member equivalent to the heat-welding sheet can be used for the heat-welding portion. It can be produced by molding to match each sticking member or by cutting off a heat-welding sheet.

１１、１２、１３、１４、１５：溶着貼付け用部材
２：アルミナ焼結体(多数の貼付け部材)
３：ホットメルト系接着シート(熱溶着シート)
４：型紙(非熱溶着シート) ４１：開口部
５：被着体
６：カバーシート。 11, 12, 13, 14, 15: welding pasting member 2: alumina sintered body (many pasting members)
3: Hot-melt adhesive sheet (thermal welding sheet)
4: Pattern paper (non-heat-welding sheet) 41: Opening 5: Adherend 6: Cover sheet.

Claims (7)

多数の貼付け部材を被着体の表面に所定の配置で貼り付けるための溶着貼付け用部材であって、
前記多数の貼付け部材と、
前記多数の貼付け部材が前記所定の配置で一面側に配置された熱溶着シートと、
前記熱溶着シートに配置された前記多数の貼付け部材部分に対応する位置が開口する開口部が形成され、前記熱溶着シートの他面側に重ね合わせて配置される非熱溶着性材料からなる非熱溶着シートとを有し、
前記開口部は、貼付け部材が通過可能な大きさに形成された、
溶着貼付け用部材。 A welding attachment member for attaching a large number of attachment members to a surface of an adherend in a predetermined arrangement,
the plurality of attachment members;
a heat-welding sheet in which the plurality of attachment members are arranged in the predetermined arrangement on one side;
A non-heat-welding material made of a non-heat-fusible material is formed on the heat-fusible sheet so as to have openings at positions corresponding to the plurality of pasting member portions arranged on the heat-fusible sheet. and a heat-welding sheet ,
The opening is formed to have a size through which the attachment member can pass,
Materials for welding and pasting. 多数の貼付け部材を被着体の表面に所定の配置で貼り付けるための溶着貼付け用部材であって、
前記多数の貼付け部材と、
前記多数の貼付け部材が前記所定の配置で一面側に配置された熱溶着シートと、
前記熱溶着シートに配置された前記多数の貼付け部材部分に対応する位置が開口する開口部が形成され、前記熱溶着シートの他面側に重ね合わせて配置される非熱溶着性材料か
らなる非熱溶着シートと、
を有し、
前記開口部が前記多数の貼付け部材より一回り大きい溶着貼付け用部材。 A welding attachment member for attaching a large number of attachment members to a surface of an adherend in a predetermined arrangement,
the plurality of attachment members;
a heat-welding sheet in which the plurality of attachment members are arranged in the predetermined arrangement on one side;
From a non-heat-fusible material that is superimposed on the other surface of the heat-fusible sheet and has openings that are open at positions corresponding to the plurality of pasting member portions arranged on the heat-fusible sheet.
A non-heat-welded sheet comprising
has
A member for welding pasting, wherein the opening is one size larger than the plurality of pasting members. 前記一面側に前記非熱溶着シートがもう一枚重ね合わせられて配置されているか、及び／又は、
前記多数の貼付け部材を前記熱溶着シートとで挟む位置に配置されている、前記熱溶着シート以上の大きさの非熱溶着性材料からなるカバーシートを有する、請求項１又は２に記載の溶着貼付け用部材。 Another sheet of the non-heat-welding sheet is superimposed on the one surface side, and/or
3. The welding according to claim 1 or 2 , further comprising a cover sheet made of a non-heat-fusible material having a size larger than that of said heat-fusible sheet and disposed at a position sandwiching said plurality of affixing members with said heat-fusible sheet. Affixing material. 請求項１又は２に記載の溶着貼付け用部材の前記多数の貼付け部材を前記被着体に貼り付ける方法であって、
前記他面側を前記被着体に対面させて前記溶着貼付け用部材を前記被着体にセットするセット工程と、
前記他面側又は前記一面側から加熱して、少なくとも前記多数の貼付け部材が配置されている部分の前記熱溶着シートを溶融させる熱溶着工程と、
前記熱溶着シートの一部が溶融している間に、前記被着体から前記非熱溶着シートを前記被着体から離間する方向に移動させて前記熱溶着シートの前記多数の貼付け部材が配置されている部分から他の部分と共に取り除く剥離工程と、
を有する貼付け部材貼付け方法。 3. A method of affixing the plurality of affixing members of the welding affixing member according to claim 1 or 2 to the adherend,
a setting step of setting the welding and pasting member on the adherend with the other side facing the adherend;
a heat welding step of heating from the other surface side or the one surface side to melt at least the portion of the heat-welding sheet where the plurality of attachment members are arranged;
While a part of the heat-welding sheet is melted, the non-heat-welding sheet is moved from the adherend in a direction away from the adherend, and the plurality of attaching members of the heat-welding sheet are arranged. A peeling step of removing the part with other parts from the part where the
A method for attaching an attachment member. 前記剥離工程において、前記熱溶着シートの前記多数の貼付け部材が配置されている部分は、前記多数の貼付け部材のそれぞれの前記被着体側面よりも僅かに大きい、請求項４に記載の貼付け部材貼付け方法。 5. The sticking member according to claim 4, wherein in the peeling step, the portion of the heat-welding sheet where the multiple sticking members are arranged is slightly larger than the side surface of the adherend of each of the multiple sticking members. Application method. 前記熱溶着シートは熱で溶融し、前記被着体に浸み込む、請求項４又は５に記載の貼付け部材貼付け方法。 6. The attaching member attaching method according to claim 4 or 5, wherein the thermal adhesive sheet is melted by heat and penetrates into the adherend. 前記熱溶着工程は、溶融した前記熱溶着シートが前記被着体の裏面に到達する前に加熱を終了する、請求項６に記載の貼付け部材貼付け方法。 7. The attaching member attaching method according to claim 6, wherein in said heat-welding step, heating is completed before said melted heat-welding sheet reaches the back surface of said adherend.
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