JP2756009B2 - Fin supply device in temporary assembly device of heat exchanger core - Google Patents
Fin supply device in temporary assembly device of heat exchanger coreInfo
- Publication number
- JP2756009B2 JP2756009B2 JP34131889A JP34131889A JP2756009B2 JP 2756009 B2 JP2756009 B2 JP 2756009B2 JP 34131889 A JP34131889 A JP 34131889A JP 34131889 A JP34131889 A JP 34131889A JP 2756009 B2 JP2756009 B2 JP 2756009B2
- Authority
- JP
- Japan
- Prior art keywords
- fin
- heat exchanger
- rod
- exchanger core
- fins
- 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
Links
Landscapes
- Automatic Assembly (AREA)
- Heat-Exchange Devices With Radiators And Conduit Assemblies (AREA)
Description
【発明の詳細な説明】 〔産業上の利用分野〕 本発明は、熱交換器コアの仮組装置におけるフィン供
給装置に関する。Description: TECHNICAL FIELD The present invention relates to a fin supply device in a temporary assembly device for a heat exchanger core.
従来、車両には、エンジンを冷却するためのラジエー
タからなる熱交換器が搭載され、このような熱交換器の
熱交換器コアは、例えば、特開昭59−174238号公報等に
開示されるような熱交換器コアの仮組装置により組み立
てられている。Conventionally, a vehicle is equipped with a heat exchanger composed of a radiator for cooling an engine, and a heat exchanger core of such a heat exchanger is disclosed in, for example, Japanese Patent Application Laid-Open No. 59-174238. The heat exchanger core is assembled by a temporary assembling apparatus.
この公報に開示される熱交換器コアの仮組装置は、そ
れぞれチューブ整列溝を有するチューブ整列片をスプリ
ングを介して配設したチューブ整列部材と、このチュー
ブ整列部材の下部に配置されチューブ整列片を装着する
装着溝を有する上下移動可能な整列板と、チューブ整列
部材の両側に配置された圧縮板とから構成されている。The heat exchanger core temporary assembling device disclosed in this publication includes a tube alignment member having tube alignment grooves each having a tube alignment groove, and a tube alignment member disposed below the tube alignment member. And a compression plate disposed on both sides of the tube alignment member.
このような熱交換器コアの仮組装置では、チューブ整
列片のチューブ整列溝に、熱交換器コアに必要な本数の
チューブおよび熱交換器コアの外側に配置される保持板
をそれぞれ挿入し、これらのチューブ間およびチューブ
と保持板との間にフィンを配置した後、整列板を下げる
ことにより整列板の装着溝からチューブ整列片の下部を
抜き、保持板を両側から中央側に圧縮板により押圧して
所定寸法まで圧縮することにより、熱交換器コアが仮り
組される。In such a heat exchanger core temporary assembling device, the number of tubes required for the heat exchanger core and the holding plate arranged outside the heat exchanger core are inserted into the tube alignment grooves of the tube alignment pieces, respectively. After placing the fins between these tubes and between the tube and the holding plate, lower the alignment plate, pull out the lower part of the tube alignment piece from the mounting groove of the alignment plate, and pull the holding plate from both sides to the center with a compression plate. By pressing and compressing to a predetermined size, the heat exchanger core is temporarily assembled.
しかしながら、このような熱交換器コアの仮組装置で
は、チューブ整列片のチューブ整列溝にチューブ，保持
板をそれぞれ挿入し、これらのチューブ間およびチュー
ブと保持板との間にフィンを配置した後、これらのチュ
ーブ整列片の固定の解除を行ない、圧縮板により保持板
を圧縮する必要があるため、熱交換器コアの仮り組みに
手間がかかるとともに、仮組装置の構造が複雑になり、
これにより、メンテナンスが困難になるという問題があ
った。However, in such a heat exchanger core temporary assembling device, the tubes and the holding plates are inserted into the tube alignment grooves of the tube alignment pieces, and the fins are arranged between the tubes and between the tubes and the holding plate. Since it is necessary to release the fixing of these tube alignment pieces and compress the holding plate by the compression plate, it takes time and effort to temporarily assemble the heat exchanger core, and the structure of the temporary assembling device becomes complicated,
This causes a problem that maintenance becomes difficult.
そこで、このような問題点を解決するために、本出願
人は、先に、熱交換器コアの仮組装置について出願した
（出願日平成１年11月27日）。Then, in order to solve such a problem, the present applicant previously filed an application for a temporary assembly device of a heat exchanger core (filing date: November 27, 1999).
第７図および第８図は、本出願人が先に出願した熱交
換器コアの仮組装置を示すもので、図において、符号11
は、構成部品を移送する移送装置を示している。7 and 8 show a temporary assembling apparatus for a heat exchanger core, which was previously filed by the present applicant.
Shows a transfer device for transferring the component parts.
この移送装置11は、熱交換器コアを構成する構成部品
が摺動するベース13と、このベース13の一側に配置され
た一側円柱棒15と、ベース13の他側に配置された他側円
柱棒17とから構成されている。The transfer device 11 includes a base 13 on which components constituting a heat exchanger core slide, a one-sided cylindrical bar 15 disposed on one side of the base 13, and another base disposed on the other side of the base 13. And a side cylindrical bar 17.
構成部品は、熱交換器コアの両側に配置されるレイン
フォース18やチューブ19の棒状部品20と、チューブ19間
およびチューブ19とレインフォース18間に配置されるフ
ィン21とから構成されている。The components include a reinforce 18 and a rod-shaped component 20 of a tube 19 disposed on both sides of the heat exchanger core, and fins 21 disposed between the tubes 19 and between the tube 19 and the reinforce 18.
また、一側円柱棒15には右回転方向の螺旋状凹溝23が
形成されており、他側円柱棒17には左回転方向の螺旋状
凹溝25が形成されている。Further, a spiral groove 23 in the right rotation direction is formed in the one cylindrical rod 15, and a spiral groove 25 in the left rotational direction is formed in the other cylindrical rod 17.
そして、移送装置11には、構成部品が供給される材料
供給部27と、熱交換器コアを仮り組みする仮組部29が形
成されている。The transfer device 11 is provided with a material supply section 27 to which the component parts are supplied and a temporary assembly section 29 for temporarily assembling the heat exchanger core.
材料供給部27における螺旋状凹溝23,25のピッチP
1は、フィン41の厚さt1と棒状部品20の厚さt2を足した
長さ（t1＋t2）よりも大きく形成され、一方、仮組部29
における螺旋状凹溝23,25のピッチP2は、ほぼフィン21
の厚さt1と棒状部品20の厚さt2を足した長さ（t1＋t2）
に形成されている。Pitch P of spiral concave grooves 23 and 25 in material supply section 27
1, it is formed larger than the length plus the thickness t 2 of the thickness t 1 and the rod-shaped part 20 of the fin 41 (t 1 + t 2), whereas, the temporary assembling unit 29
The pitch P 2 of the spiral grooves 23, 25 in the
(T 1 + t 2 ) that is the sum of the thickness t 1 of the rod 20 and the thickness t 2 of the bar 20
Is formed.
また、仮組部29における螺旋状凸部31,33間の間隔L1
が、熱交換器コア組立時のフィン長L0に形成されてい
る。Also, the interval L 1 between the spiral convex portions 31 and 33 in the temporary assembly portion 29
There are formed in the fin length L 0 when the heat exchanger core assembly.
そして、この実施例では、移送装置11の材料供給部27
が棒状部品供給部35とフィン供給部37に分割されてお
り、このフィン供給部37が材料供給部27の仮組部29側に
形成されている。In this embodiment, the material supply unit 27 of the transfer device 11 is used.
Is divided into a rod-shaped component supply section 35 and a fin supply section 37, and the fin supply section 37 is formed on the temporary assembly section 29 side of the material supply section 27.
フィン供給部37における円柱棒15,17の螺旋状凹溝23,
25の幅B1は、ほぼ棒状部品20の厚さt2に形成されてお
り、材料供給部27における螺旋状凹溝23,25の幅B2が幅B
1よりも広く形成され、この幅B2は、棒状部品20が容易
に挿入することができ棒状部品20が倒れない幅とされて
いる。Spiral groove 23 of cylindrical rod 15, 17 in fin supply part 37,
Width of 25 B 1 is formed substantially in the thickness t 2 of the rod-shaped part 20, the width B 2 is the width of the helical grooves 23 and 25 in the material supply section 27 B
1 broadly formed than the width B 2 is rod-shaped part 20 can be rod-shaped part 20 is easily inserted is a width falling over.
材料供給部27のうち、フィン供給部37における螺旋状
凹溝23,25のピッチP1が、フィン21の厚さt1と棒状部品2
0の厚さt2を足した長さ（t1＋t2）よりも大きく形成さ
れている。Of material supply section 27, the pitch P 1 of the spiral grooves 23 and 25 in the fin supply section 37, the thickness t 1 and the rod-shaped part 2 of the fin 21
It is formed larger than the length (t 1 + t 2 ) obtained by adding the thickness t 2 of 0.
また、フィン供給部37の螺旋状凸部31,33間の間隔L2
が、熱交換器コア組立時のフィン長L0よりも長く形成さ
れており、円柱棒15,17がフィン供給部37から仮組部29
に向けて漸次拡径され、これにより、仮組部29における
螺旋状凸部31,33間の間隔L1が熱交換器コア組立時のフ
ィン長L0に形成されている。Further, the interval L 2 between the spiral convex portions 31 and 33 of the fin supply portion 37
But the heat exchanger core fin length during assembly L 0 is formed longer than a cylindrical rod 15, 17 temporarily assembling portion 29 from the fin supply section 37
Is gradually diverging toward the, thereby, distance L 1 between the spiral protrusions 31 and 33 in the temporary assembling unit 29 is formed in the fin length L 0 when the heat exchanger core assembly.
さらに、仮組部29における螺旋状凹溝23,25の幅B
3が、棒状部品20の厚さt2よりも広く形成されている。Furthermore, the width B of the spiral groove 23, 25 in the temporary assembly 29
3 are wider than the thickness t 2 of the rod-shaped part 20.
また、一側円柱棒15と他側円柱棒17は、モータ等の回
転駆動装置39により、螺旋状凹溝23,25に両端部が挿入
された棒状部品20をベース13側に押す方向Ｒに回転され
ている。In addition, the one-sided cylindrical rod 15 and the other-sided cylindrical rod 17 are moved in a direction R by a rotary drive device 39 such as a motor to push the rod-shaped component 20 having both ends inserted into the spiral concave grooves 23 and 25 toward the base 13. Has been rotated.
以上のように構成された熱交換器コアの仮組装置で
は、先ず、移送装置11の棒状部品供給部15において、熱
交換器コアを構成する全ての棒状部品20が、その両端部
を螺旋状凹溝23,25に挿入して棒状部品20が螺旋状凹溝2
3,25間に配置される。この後、円柱棒15,17を回転する
ことにより、棒状部品20をフィン供給部37に移送し、こ
のフィン供給部37で、棒状部品20間に位置する螺旋状凸
部31,33間にフィン21が配置される。In the temporary assembly device of the heat exchanger core configured as described above, first, in the rod-shaped component supply unit 15 of the transfer device 11, all the rod-shaped components 20 constituting the heat exchanger core are spirally wound at both ends. The rod-shaped part 20 is inserted into the grooves 23 and 25 and the spiral groove 2
Located between 3,25. Thereafter, by rotating the cylindrical rods 15 and 17, the rod-shaped component 20 is transferred to the fin supply unit 37, where the fin is supplied between the spiral convex portions 31 and 33 located between the rod-shaped components 20. 21 is arranged.
次に、円柱棒15,17を回転して、この円柱棒15,17に形
成された螺旋状凹溝23,25により、棒状部品20がフィン2
1とともに移送装置11の仮組部29に移送されながら、棒
状部品20間の間隔およびフィン長L0が、ほぼ熱交換器コ
ア組立時の最終形状に規制され、熱交換器コアが仮り組
みされる。Next, the cylindrical rods 15 and 17 are rotated, and the helical concave grooves 23 and 25 formed in the cylindrical rods 15 and 17 cause the rod-shaped component 20 to move the fins 2.
While being transferred to the temporary assembling part 29 of the transfer device 11 together with 1, the distance between the rod-shaped parts 20 and the fin length L 0 are almost regulated to the final shape at the time of assembling the heat exchanger core, and the heat exchanger core is temporarily assembled. You.
そして、第８図に示したように、フィン21の幅b1が棒
状部品20の幅b2よりも大きい場合には、仮り組みされた
熱交換器コアの上面を押圧した状態で、棒状部品20の両
端を上方に押し上げることにより、フィン21の中央部に
棒状部品20が位置される。この後、圧縮機により、熱交
換器コアが所定寸法まで圧縮され、この状態で、熱交換
器コアが上方に抜き取られる。Then, as shown in FIG. 8, in a state width b 1 of the fin 21 is greater than the width b 2 of the rod-like component 20, which presses the upper surface of the temporarily assembled thermal exchanger core, the rod-shaped part By pushing both ends of the fin 20 upward, the bar-shaped component 20 is positioned at the center of the fin 21. Thereafter, the heat exchanger core is compressed to a predetermined size by the compressor, and in this state, the heat exchanger core is withdrawn upward.
しかして、以上のように構成された熱交換器コアの仮
組装置では、移送装置11に材料供給部27と仮組部29を形
成するとともに、材料供給部27における螺旋状凹溝23,2
5のピッチP1をフィン21と棒状部品20の厚さを足した長
さ（t1＋t2）よりも大きく形成し、仮組部29における螺
旋状凹溝23,25のピッチP2をほぼフィン21と棒状部品20
の厚さを足した長さ（t1＋t2）に形成し、さらに、仮組
部29における螺旋状凸部31,33間の間隔L1を熱交換器コ
ア組立時のフィン長L0に形成したので、棒状部品供給部
35において螺旋状凹溝23,25間に棒状部品20が配置さ
れ、円柱棒15,17が回転されて棒状部品20がフィン供給
部37に移送され、このフィン供給部37において、棒状部
品20間に位置する円柱棒15,17の螺旋状凸部31,33間にフ
ィン21が配置され、この後、円柱棒15,17を回転するこ
とにより、その螺旋状凹溝23,25により、棒状部品20が
フィン21とともに移送装置11の仮組部29に移送されなが
ら、棒状部品20間の間隔およびフィン長L0が、ほぼ熱交
換器コア組立時の最終形状に規制され、熱交換器コアを
従来よりも容易に仮り組みすることができるとともに、
熱交換器コアの仮組装置の構造を従来よりも大幅に簡素
化することができる。Thus, in the heat exchanger core temporary assembling device configured as described above, the material supply unit 27 and the temporary assembly unit 29 are formed in the transfer device 11, and the spiral groove 23, 2 in the material supply unit 27 is provided.
The pitch P 1 of 5 is formed to be larger than the length plus the thickness of the fins 21 and the rod-shaped parts 20 (t 1 + t 2) , almost the pitch P 2 of the spiral grooves 23 and 25 in the temporary assembling unit 29 Fin 21 and rod-shaped part 20
(T 1 + t 2 ), and the interval L 1 between the spiral convex portions 31 and 33 in the temporary assembly portion 29 is set to the fin length L 0 when assembling the heat exchanger core. Since it was formed, the bar-shaped part supply section
At 35, the bar-shaped component 20 is disposed between the spiral grooves 23, 25, and the cylindrical bars 15, 17 are rotated to transfer the bar-shaped component 20 to the fin supply unit 37. The fins 21 are arranged between the spiral projections 31 and 33 of the cylindrical rods 15 and 17 located at the positions. Thereafter, by rotating the cylindrical rods 15 and 17, the helical concave grooves 23 and 25 form the rod-shaped parts. while 20 is transferred to the temporarily assembled unit 29 of the transfer device 11 with the fins 21, spacing and fins length L 0 between the rod-like component 20, it is regulated to the final shape during approximately the heat exchanger core assembly, the heat exchanger core It is easier to temporarily assemble than before,
The structure of the temporary assembling device of the heat exchanger core can be greatly simplified as compared with the related art.
また、移送装置11の材料供給部27を棒状部品供給部35
とフィン供給部37とに分割し、このフィン供給部37を材
料供給部27の仮組部29側に形成し、フィン供給部37にお
ける円柱棒15,17の螺旋状凹溝23,25の幅B1をほぼ棒状部
品20の厚さt2に形成したので、棒状部品供給部35で傾い
た状態で配置された棒状部品20が、フィン供給部37にお
いて正規の状態に起こされ、棒状部品20が傾いた状態で
組み立てられることを確実に防止することができる。Further, the material supply unit 27 of the transfer device 11 is
And the fin supply section 37, and the fin supply section 37 is formed on the temporary assembly section 29 side of the material supply section 27, and the width of the spiral concave grooves 23, 25 of the cylindrical rods 15, 17 in the fin supply section 37. since the B 1 was formed substantially in the thickness t 2 of the rod-shaped part 20, the rod-shaped part 20 which is arranged in an inclined state with the rod-like component supply section 35, filed in normal state in the fin supply section 37, the rod-shaped parts 20 Can be reliably prevented from being assembled in an inclined state.
さらに、一側円柱棒15と他側円柱棒17を、それらの螺
旋状凹溝23,25に両端部が挿入された棒状部品20をベー
ス13側に押す方向Ｒに回転したので、棒状部品20やフィ
ン21のベース13からの浮き上がりが阻止され、棒状部品
20やフィン21を円柱棒15,17により仮組部29に確実に移
送することができる。Further, the one-sided cylindrical rod 15 and the other-sided cylindrical rod 17 were rotated in the direction R in which the rod-shaped part 20 having both ends inserted in the spiral concave grooves 23 and 25 was pushed toward the base 13 side. And the fins 21 are prevented from rising from the base 13 and are rod-shaped parts.
The fins 20 and the fins 21 can be reliably transferred to the temporary assembling part 29 by the cylindrical rods 15 and 17.
また、フィン供給部37における螺旋状凹溝23,25のピ
ッチP1を、フィン21の厚さt1と棒状部品20の厚さt2を足
した長さ（t1＋t2）よりも大きく形成したので、フィン
供給部57においては、棒状部品20間の間隔がフィン21の
厚さt1よりも大きく形成されており、螺旋状凸部31,33
間にフィン21を容易に挿入することができる。Further, the pitch P 1 of the spiral grooves 23 and 25 in the fin supply section 37, larger than the thickness t 1 and the thickness t 2 the sum length of the rod-shaped part 20 of the fin 21 (t 1 + t 2) since the formed, the fin supply section 57, the spacing between the rod-shaped part 20 is formed larger than the thickness t 1 of the fins 21, spiral protrusions 31 and 33
The fin 21 can be easily inserted therebetween.
さらに、フィン供給部37の螺旋状凸部31,33間の間隔L
2を熱交換器コア組立時のフィン長L0よりも長く形成
し、円柱棒15,17をフィン供給部37から仮組部29に向け
て漸次拡径したので、フィン供給部37の螺旋状凸部23,2
5間にフィン21を容易に挿入することができるととも
に、フィン長L0を次第に熱交換器コア組立時のフィン長
L0に圧縮することができる。Further, an interval L between the spiral convex portions 31 and 33 of the fin supply portion 37 is provided.
2 is formed to be longer than the fin length L 0 at the time of assembling the heat exchanger core, and the diameter of the cylindrical rods 15 and 17 is gradually increased from the fin supply section 37 toward the temporary assembly section 29. Convex part 23,2
The fins 21 can be easily inserted between the fins 5 and the fin length L 0 gradually increases when the heat exchanger core is assembled.
It can be compressed to L 0.
また、仮組部29における螺旋状凹溝23,25の幅B3を、
棒状部品20の厚さt2よりも広く形成したので、例えば、
仮組部29において仮り組みされた熱交換器コアを圧縮し
た状態で取り出す場合に、棒状部品20の両端部を螺旋状
凹溝23,25から容易に抜き出すことができる。Further, the width B 3 of the spiral groove 23, 25 in the temporary assembly part 29,
Since wider than the thickness t 2 of the rod-shaped part 20, for example,
When the heat exchanger core temporarily assembled in the temporary assembling section 29 is taken out in a compressed state, both ends of the rod-shaped component 20 can be easily taken out from the spiral grooves 23, 25.
しかしながら、この熱交換器コアの仮組装置では、例
えば、フィン21を仮組部29において圧縮するため、フィ
ン長L0がフィン供給部37における螺旋状凸部31,33間の
間隔L2よりも長く形成されており、フィン供給部37にお
いて、フィン21を、移送部材である円柱棒15,17間に位
置する棒状部品20間に、単に落下せしめて供給すると、
第９図に示すように、フィン21の両端あるいは一端が円
柱棒15,17に乗り上げた状態に供給される虞があった。However, the temporary assembly device of heat exchanger core, for example, to compress the fins 21 in the temporary assembly portion 29, the fin length L 0 is than the distance L 2 between the helical protrusion 31 and 33 of the fin feeder 37 Is also formed long, and in the fin supply unit 37, when the fins 21 are simply dropped and supplied between the rod-shaped parts 20 located between the cylindrical rods 15 and 17, which are transfer members,
As shown in FIG. 9, there is a possibility that both ends or one end of the fin 21 may be supplied in a state where the fin 21 rides on the cylindrical rods 15 and 17.
これにより、フィン21が仮組部29に移送される過程で
変形し、不完全な状態で熱交換器コアが仮り組みされる
虞があった。As a result, the fins 21 may be deformed in the process of being transferred to the temporary assembling section 29, and the heat exchanger core may be temporarily assembled in an incomplete state.
本発明は上記のような問題点を解決するためになされ
たもので、フィン長が長い場合でも、フィンを棒状部品
間に位置する移動部材間に確実に供給することができる
熱交換器コアの仮組装置におけるフィン供給装置を提供
することを目的とする。The present invention has been made in order to solve the above-mentioned problems, and even when the fin length is long, a fin having a heat exchanger core that can reliably supply fins between moving members located between rod-shaped parts is provided. It is an object to provide a fin supply device in a temporary assembling device.
本発明の熱交換器コアの仮組装置におけるフィン供給
装置では、熱交換器コアを構成するチューブ等の棒状部
品とフィンが摺動するベースと、このベースの両側に配
置され前記棒状部品と前記フィンを移送する移送部材と
を備えてなる移送装置に、前記移送部材間に前記棒状部
品が配置される棒状部品供給部と、前記棒状部品間に位
置する前記移送部材間に前記フィンが配置されるフィン
供給部と、前記熱交換器コアを仮り組みする仮組部を順
次形成するとともに、前記フィン供給部の上方に、仕切
部材を所定間隔を置いて複数配置することにより前記フ
ィンを個別に収納するフィン収納部が前記フィンの高さ
方向に複数形成される仕切ケースを配置し、さらに、こ
の仕切ケースの下方に、前記フィンの前記仕切ケースへ
の供給時には前記フィンが載置され前記フィンの前記棒
状部品間への供給時には前記フィンの両端部から前記棒
状部品間に落下せしめる載置部材を配置してなるもので
ある。In the fin supply device in the heat exchanger core temporary assembling device of the present invention, a rod-shaped component such as a tube constituting the heat exchanger core and a base on which the fin slides, and the rod-shaped component disposed on both sides of the base and In a transfer device including a transfer member that transfers fins, a bar-shaped component supply unit in which the bar-shaped component is disposed between the transfer members, and the fin is disposed between the transfer members positioned between the bar-shaped components. The fin supply section and the temporary assembly section for temporarily assembling the heat exchanger core are sequentially formed, and the fins are individually arranged by disposing a plurality of partition members at predetermined intervals above the fin supply section. A partition case is provided in which a plurality of fin storage portions are formed in the height direction of the fins. Further, below the partition case, the fins are supplied to the partition case when the fins are supplied to the partition case. Down is one that at the time of supply to the inter placed on the rod-shaped part of the fin formed by arranging the mounting member that allowed to drop between the rod-shaped part from both end portions of the fin.
本発明の熱交換器コアの仮組装置におけるフィン供給
装置では、フィン収納部にフィンが収納された仕切ケー
スが、フィン供給部の上方に配置されており、この仕切
ケースの下方に配置されたフィンが載置される載置部材
により、フィンの棒状部品間への供給時には、フィンの
両端部が棒状部品間に位置する移送部材間に落下された
後に、フィンの中央部が棒状部品間に落下される。In the fin supply device in the temporary assembling device of the heat exchanger core of the present invention, the partition case in which the fins are stored in the fin storage portion is disposed above the fin supply portion, and is disposed below the partition case. When the fin is placed between the rod-shaped parts by the placing member on which the fin is placed, after the both ends of the fin are dropped between the transfer members located between the rod-shaped parts, the center part of the fin is placed between the rod-shaped parts. Be dropped.
以下、本発明の詳細を図面に示す一実施例について説
明する。Hereinafter, an embodiment of the present invention will be described with reference to the drawings.
第１図および第２図は、本発明の熱交換器コアの仮組
装置におけるフィン供給装置の一実施例を示すもので、
図において、符号45は、本出願人が先に出願した熱交換
器コア仮組装置の移送装置を示している。FIG. 1 and FIG. 2 show an embodiment of a fin supply device in a temporary assembling device for a heat exchanger core of the present invention.
In the figure, reference numeral 45 indicates a transfer device of the heat exchanger core temporary assembling device, which was previously filed by the present applicant.
この移送装置45は、熱交換器コアを構成する構成部品
が摺動するベース47と、このベース47の両側に配置され
た移送部材49,51とから構成されている。The transfer device 45 includes a base 47 on which components constituting the heat exchanger core slide, and transfer members 49 and 51 disposed on both sides of the base 47.
この移送部材49は、ベース47の一側に配置された一側
円柱棒53とされ、移送部材51は、ベース47の他側に配置
された他側円柱棒55とされている。The transfer member 49 is a one-sided cylindrical bar 53 disposed on one side of the base 47, and the transfer member 51 is a second-sided cylindrical bar 55 disposed on the other side of the base 47.
構成部品は、熱交換器コアの両側に配置されるレイン
フォースやチューブ等の棒状部品57と、チューブ間およ
びチューブとレインフォース間に配置されるフィン59と
から構成されている。The components are composed of rod-shaped components 57 such as a reinforcement and a tube arranged on both sides of the heat exchanger core, and fins 59 arranged between the tubes and between the tube and the reinforcement.
また、一側円柱棒53には右回転方向の螺旋状凹溝61が
形成されており、他側円柱棒55には左回転方向の螺旋状
凹溝63が形成されている。Further, a spiral concave groove 61 in the right rotation direction is formed in the one-sided cylindrical bar 53, and a spiral concave groove 63 in the left-handed rotational direction is formed in the other cylindrical rod 55.
移送装置45には、移送部材49,51間に棒状部品57が配
置される図示しない棒状部品供給部と、棒状部品57間に
位置する移送部材49,51間にフィン59が配置されるフィ
ン供給部65と、熱交換器コアを仮り組みする図示しない
仮組部が順次形成されている。The transfer device 45 includes a bar-shaped component supply unit (not shown) in which a bar-shaped component 57 is disposed between the transfer members 49 and 51, and a fin supply in which a fin 59 is disposed between the transfer members 49 and 51 positioned between the bar-shaped components 57. The part 65 and a temporary assembly part (not shown) for temporarily assembling the heat exchanger core are sequentially formed.
そして、フィン供給部65の上方には、仕切ケース67が
配置されている。この仕切ケース67は、フィン59が個別
に収納されるフィン収納部69を、フィン59の高さ方向に
４個形成して構成されている。この仕切ケース67は、単
にフィン59を仕切るだけであり、第３図に示すように、
仕切ケース67の底面は下方にむけて開口されている。ま
た、フィン収納部69の幅B4はフィン59の高さH1とほぼ同
じとされている。A partition case 67 is disposed above the fin supply unit 65. The partition case 67 is configured by forming four fin storage portions 69 in which the fins 59 are individually stored in the height direction of the fins 59. This partition case 67 merely partitions the fins 59, and as shown in FIG.
The bottom surface of the partition case 67 is open downward. The width B 4 of the fin receiving portion 69 is substantially the same as the height H 1 of the fin 59.
フィン収納部69は、５枚の仕切部材71を所定間隔を置
いて配置することにより形成されており、仕切部材71同
士の間隔は、移送装置45により移送される棒状部品57間
の間隔とほぼ同じに形成されている。The fin housing portion 69 is formed by arranging five partition members 71 at predetermined intervals, and the interval between the partition members 71 is substantially equal to the interval between the rod-shaped parts 57 transferred by the transfer device 45. It is formed the same.
また、これらの仕切部材71はフィン供給部65の左右両
側に延設されており、それらの端部には底板73が固定さ
れている。左側の底板73は左側方に延設されており、フ
ィン59をフィン収納部69に収容するためにフィン59が載
置されるフィン載置板74とされている。Further, these partition members 71 extend on both left and right sides of the fin supply unit 65, and a bottom plate 73 is fixed to their ends. The left bottom plate 73 extends leftward and serves as a fin placement plate 74 on which the fins 59 are placed to accommodate the fins 59 in the fin storage section 69.
さらに、底板73間に位置する仕切ケース67の下方に
は、フィン59の仕切ケース67への供給時にはフィン59が
載置され、フィン59の棒状部品57間への供給時にはフィ
ン59の両端部から棒状部品57間に落下せしめる載置部材
75が配置されている。Further, below the partition case 67 located between the bottom plates 73, the fins 59 are placed when the fins 59 are supplied to the partition case 67, and when the fins 59 are supplied between the bar-shaped parts 57, the fins 59 are provided from both ends. A mounting member that can be dropped between rod-shaped parts 57
75 are located.
この載置部材75は、仕切ケース67内に収容されたフィ
ン59の長手方向に３個に分割された分割載置部材77,79,
81により構成され、それぞれの分割載置部材77,79,81に
は、第１図に示したように、これらの分割載置部材77,7
9,81を引き抜くための引抜装置83がそれぞれ配置されて
いる。The placing member 75 is divided into three placing members 77, 79, 79 in the longitudinal direction of the fin 59 accommodated in the partition case 67.
As shown in FIG. 1, these divided placing members 77, 79, 81
Extraction devices 83 for extracting 9,81 are arranged respectively.
これらの引抜装置83は、熱交換器コア仮組装置に固定
されたシリンダ84と、これらのシリンダ84のピストンロ
ッド85から構成されており、ピストンロッド85は分割載
置部材77,79,81にそれぞれ固定されている。これらの引
抜装置83により、両端の分割載置部材77,81が仕切ケー
ス67の下方から引き抜かれて除去された後に、中央部の
分割載置部材79が引き抜かれて仕切ケース67の下方から
除去される。These drawing devices 83 are composed of cylinders 84 fixed to the heat exchanger core temporary assembling device, and piston rods 85 of these cylinders 84, and the piston rods 85 are divided into separate mounting members 77, 79, 81. Each is fixed. After the split placement members 77 and 81 at both ends are pulled out from below the partition case 67 and removed by these pulling devices 83, the split placement member 79 at the center is pulled out and removed from below the partition case 67. Is done.
さらに、仕切ケース67には、フィン長を、例えば、熱
交換器コア組立時のフィン長と同じに圧縮し、移送部材
49,51間に入るように位置決めするフィン長調整部材87
がそれぞれ配置されており、これらのフィン長調整部材
87には、フィン59を長手方向に圧縮する４個のフィン圧
縮脚88が形成されている。２個のフィン長調整部材87
は、駆動装置89により、フィン59の長手方向からフィン
59の中央部に向けて駆動される。Further, the partition case 67 compresses the fin length to, for example, the same as the fin length when assembling the heat exchanger core, and
Fin length adjustment member 87 positioned so as to be between 49 and 51
Are respectively arranged, and these fin length adjusting members
On the 87, four fin compression legs 88 for compressing the fins 59 in the longitudinal direction are formed. Two fin length adjusting members 87
Is driven by the driving device 89 from the longitudinal direction of the fin 59.
Driven towards the center of 59.
第１図の右側のフィン圧縮脚88はフィン収納部69間に
常時挿入されており、フィン59が入ってきた時のストッ
パとされ、左右方向のみ移動可能とされている。また、
左側のフィン圧縮脚88は、フィン収納部69の上方に配置
されており、フィン収納部69にフィン59が収納される
と、フィン圧縮脚88が下降されてフィン収納部69に挿入
され、この状態で右側に移動され、フィン59を圧縮す
る。これらのフィン圧縮脚88により、フィン59が移送部
材49,51間に入るように位置決めされる。The fin compression leg 88 on the right side in FIG. 1 is always inserted between the fin housing portions 69, serves as a stopper when the fin 59 enters, and is movable only in the left-right direction. Also,
The left fin compression leg 88 is disposed above the fin storage portion 69, and when the fin 59 is stored in the fin storage portion 69, the fin compression leg 88 is lowered and inserted into the fin storage portion 69. In this state, the fin 59 is moved to the right to compress the fin 59. These fin compression legs 88 position the fins 59 so as to enter between the transfer members 49 and 51.
また、仕切ケース67の上方には、載置部材75に対応し
て、フィン59の両端部から棒状部品57側に押し出す押出
部材91が配置されている。この押出部材91は、仕切ケー
ス67内に収容されたフィン59の長手方向に３個に分割さ
れた分割押出部材92,93,94により構成され、これらの分
割押出部材92,93,94は、熱交換器コア仮組装置に固定さ
れた図示しない駆動装置により上下に移動される。これ
らの分割押出部材92,93,94は、載置部材75に対応して移
動され、両側の分割押出部材92,94が下に移動された
後、中央の分割押出部材93が下に移動される。Above the partition case 67, an extruding member 91 that pushes out from both ends of the fin 59 toward the bar-shaped component 57 is disposed corresponding to the placing member 75. The push-out member 91 is constituted by split push-out members 92, 93, 94 divided into three in the longitudinal direction of the fin 59 accommodated in the partition case 67, and these split push-out members 92, 93, 94 The heat exchanger core is moved up and down by a driving device (not shown) fixed to the temporary assembling device. These split push members 92, 93, 94 are moved corresponding to the mounting member 75, and after the split push members 92, 94 on both sides are moved down, the central split push member 93 is moved down. You.
分割押出部材92,93,94には、仕切部材71間に挿入され
る押出部95が４個形成されており、これらの押出部95に
より、仕切ケース67内に収容されたフィン59が下方に押
し出される。The divided extruded members 92, 93 and 94 are formed with four extruded portions 95 inserted between the partition members 71, and the fins 59 accommodated in the partition case 67 are downwardly moved by these extruded portions 95. Extruded.
以上のように構成された熱交換器コアの仮組装置にお
けるフィン供給装置では、フィン59の棒状部品57間への
供給時には、第２図に示したように、仕切ケース67の下
方には、分割載置部材77,79,81が配置されており、左側
のフィン長調整部材87が仕切ケース67の上方に配置され
ている。In the fin supply device in the temporary assembling device of the heat exchanger core configured as described above, when the fins 59 are supplied between the rod-shaped parts 57, as shown in FIG. The split placement members 77, 79, 81 are arranged, and the left fin length adjustment member 87 is arranged above the partition case 67.
そして、フィン載置板74に載置されたフィン59を右側
に摺動して、仕切ケース67のフィン収納部69に挿入し、
フィン59の右側端を右側のフィン長調整部材87のフィン
圧縮脚88に当接するまで移動し、仕切ケース67のフィン
収納部69にフィン59をそれぞれ収納する。Then, the fins 59 placed on the fin placement plate 74 are slid to the right and inserted into the fin storage section 69 of the partition case 67,
The right end of the fin 59 is moved until it contacts the fin compression leg 88 of the right fin length adjusting member 87, and the fin 59 is stored in the fin storage section 69 of the partition case 67.
次に、仕切ケース67の上方に配置された左側のフィン
長調整部材87のフィン圧縮脚88が下降され、フィン収納
部69の左側端部に挿入され、両側のフィン長調整部材87
がフィン59側に移動され、仕切ケース67のフィン収納部
69に収納されたフィン59が移送部材49,51間の距離とほ
ぼ同じ長さに圧縮される。Next, the fin compression leg 88 of the left fin length adjusting member 87 disposed above the partition case 67 is lowered and inserted into the left end of the fin housing 69, and the fin length adjusting members 87 on both sides are lowered.
Is moved to the fin 59 side, and the fin
The fin 59 housed in 69 is compressed to a length substantially equal to the distance between the transfer members 49,51.
そして、フィン59が載置される両端の割載置部材77,8
1が仕切ケース67の下方から除去され、同時に、フィン5
9の両端部が両端の分割押出部材92,94により棒状部品57
間に押し出され、第４図および第５図に示すように、両
端の分割載置部材77,81に載置されたフィン59の両端部
が、棒状部品57間に位置する移送部材49,51間に落下さ
れる。Then, the split placement members 77, 8 at both ends on which the fins 59 are placed.
1 is removed from below the partition case 67, and
Both ends of 9 are rod-shaped parts 57 by split extrusion members 92 and 94 at both ends.
As shown in FIGS. 4 and 5, both ends of the fins 59 mounted on the split mounting members 77, 81 at both ends are transferred between the rod members 57, 51, as shown in FIGS. Dropped in between.
次に、中央部の分割載置部材79が仕切ケース67の下方
から除去され、同時に、フィン59の中央部が中央部の分
割押出部材93により棒状部品57間に押し出され、中央の
分割載置部材79に載置されたフィン59の中央部が、棒状
部品57間に落下される。Next, the central split mounting member 79 is removed from below the partition case 67, and at the same time, the central portion of the fin 59 is pushed out between the rod-shaped parts 57 by the central split extruding member 93, and the central split mounting member 79 is removed. The central part of the fin 59 placed on the member 79 is dropped between the bar-shaped parts 57.
そして、分割押出部材92,93,94が上昇されるととも
に、分割載置部材77,79,81が仕切ケース67の下方に挿入
され、左右のフィン長調整部材87がそれぞれ左右に移動
され、左側のフィン長調整部材87のフィン圧縮脚88が上
昇される。Then, while the split pushing members 92, 93, 94 are raised, the split placing members 77, 79, 81 are inserted below the partition case 67, and the left and right fin length adjusting members 87 are respectively moved left and right, and The fin compression leg 88 of the fin length adjusting member 87 is raised.
しかして、以上のように構成された熱交換器コアの仮
組装置におけるフィン供給装置では、棒状部品57とフィ
ン59が摺動するベース47と、このベース47の両側に配置
された移送部材49,51とを備えてなる移送装置45に、棒
状部品供給部，フィン供給部65および仮組部を順次形成
するとともに、フィン59の棒状部品57間への供給時に、
フィン供給部65の上方に、フィン59が個別に収納される
フィン収納部65をフィン59の高さ方向に４個形成してな
る仕切ケース67を配置し、さらに、この仕切ケース67の
下方に、フィン59の長手方向に３個に分割された分割載
置部材77,79,81により構成される載置部材75を配置した
ので、フィン59の仕切ケース67への供給時には、フィン
収納部69にフィン59が収納された仕切ケース67が、フィ
ン供給部65の上方に配置されており、両端の分割載置部
材77,81が仕切ケース67の下方から除去され、フィン59
の両端部が棒状部品57間に位置する移送部材49,51間に
落下された後、中央部の分割載置部材79が仕切ケース67
の下方から除去され、フィン59の中央部が棒状部品57間
に落下され、フィン長が長い場合であっても、フィン59
を棒状部品57間に位置する移送部材49,51間に確実に供
給することができる。Thus, in the fin supply device in the heat exchanger core temporary assembling device configured as described above, the base 47 on which the rod-shaped components 57 and the fins 59 slide, and the transfer members 49 disposed on both sides of the base 47 are provided. , 51, and a bar-shaped component supply section, a fin supply section 65, and a temporary assembly section are sequentially formed, and when the fins 59 are supplied between the bar-shaped parts 57,
Above the fin supply section 65, there is arranged a partition case 67 formed by forming four fin storage sections 65 in which the fins 59 are individually stored in the height direction of the fins 59, and further below the partition case 67. Since the placing member 75 composed of the divided placing members 77, 79, 81 divided into three in the longitudinal direction of the fin 59 is disposed, the fin housing portion 69 is provided when the fin 59 is supplied to the partition case 67. A partition case 67 in which fins 59 are stored is disposed above the fin supply section 65, and the split placement members 77 and 81 at both ends are removed from below the partition case 67, and the fins 59 are removed.
Are dropped between the transfer members 49 and 51 located between the rod-shaped parts 57, and the divided mounting member 79 at the center is moved to the partition case 67.
And the center of the fin 59 is dropped between the rod-shaped parts 57, and even if the fin length is long,
Can be reliably supplied between the transfer members 49 and 51 located between the rod-shaped parts 57.
また、以上のように構成された熱交換器コアの仮組装
置におけるフィン供給装置では、仕切ケース67のフィン
収納部69に収納されたフィン59を、フィン圧縮脚88を有
するフィン長調整部材87により、そのフィン長を調整し
たので、フィン長調整部材87により、仕切ケース67のフ
ィン収納部69に収納されたフィン59が、例えば、熱交換
器コア仮組時の長さとほぼ同じ長さに調整され、フィン
長が長い場合であってもフィン59を棒状部品57間に位置
する移送部材49,51間に確実に供給することができる。Further, in the fin supply device in the heat exchanger core temporary assembling device configured as described above, the fin 59 stored in the fin storage portion 69 of the partition case 67 is replaced with the fin length adjusting member 87 having the fin compression leg 88. By adjusting the fin length, the fin 59 stored in the fin storage portion 69 of the partition case 67 by the fin length adjusting member 87 becomes, for example, approximately the same length as the length at the time of the temporary assembly of the heat exchanger core. The fins 59 can be reliably supplied between the transfer members 49 and 51 located between the rod-shaped parts 57 even when the fin length is adjusted.
さらに、以上のように構成された熱交換器コアの仮組
装置におけるフィン供給装置では、仕切ケース67の上方
に、載置部材75に対応して、フィン59の両端部から棒状
部品57側に押し出す押出部材91を配置したので、仕切ケ
ース67のフィン収納部69に収納されたフィン59が、その
両端部から押出部材91により棒状部品57側に押し出さ
れ、分割載置部材77,79,81が仕切ケース67の下方から除
去されても、フィン59の自重により落下しない場合であ
っても、フィン59を棒状部品57間に位置する移送部材49
間に確実に供給することができる。Further, in the fin supply device in the temporary assembling device of the heat exchanger core configured as described above, above the partition case 67, from the both ends of the fin 59 to the rod-like component 57 side corresponding to the placing member 75. Since the extruding member 91 is arranged to be pushed out, the fins 59 stored in the fin housing portion 69 of the partition case 67 are pushed out from both ends by the extruding members 91 toward the rod-shaped component 57 side, and the divided mounting members 77, 79, 81 Even if the fins 59 are removed from below the partitioning case 67 and do not fall due to the weight of the fins 59, the fins 59 can be transferred between the rod-shaped parts 57.
It can be reliably supplied in between.
尚、上記実施例では、載置部材75を分割載置部材77,7
9,81により構成した例について説明したが、本発明は上
記実施例に限定されるものではなく、例えば、第６図に
示すように、載置部材97をＴ字状に形成しても、上記実
施例とほぼ同様の効果を得ることができる。そして、こ
の例では、引抜装置98を１個配置するだけでよいため、
上記実施例よりも構造を単純なものとすることができ
る。In the above embodiment, the placing member 75 is divided into the placing members 77 and 7.
Although the example constituted by 9, 81 has been described, the present invention is not limited to the above embodiment, for example, as shown in FIG. 6, even if the mounting member 97 is formed in a T shape, Almost the same effects as in the above embodiment can be obtained. And in this example, since only one extraction device 98 is required,
The structure can be simpler than the above embodiment.
また、上記実施例では、両側のフィン圧縮脚88がフィ
ン59に向けて中央側に移動した例について説明したが、
例えば、右側のフィン圧縮脚を停止しておいて、左側の
フィン圧縮脚のみフィン側に移動しても上記実施例とほ
ぼ同様の効果を得ることができる。Further, in the above embodiment, the example in which the fin compression legs 88 on both sides are moved toward the center toward the fins 59 has been described.
For example, even if the right fin compression leg is stopped and only the left fin compression leg is moved to the fin side, substantially the same effect as in the above embodiment can be obtained.
本発明の熱交換器コアの仮組装置におけるフィン供給
装置では、棒状部品とフィンが摺動するベースと、棒状
部品とフィンを移送する移送部材とを備えてなる移送装
置に、棒状部品供給部と、フィン供給部と、仮組部を順
次形成するとともに、フィン供給部の上方に、仕切部材
を所定間隔を置いて複数配置することによりフィンを個
別に収納するフィン収納部がフィンの高さ方向に複数形
成される仕切ケースを配置し、さらに、この仕切ケース
の下方に、フィンの仕切ケースへの供給時にはフィンが
載置されフィンの棒状部品間への供給時にはフィンの両
端部から棒状部品間に落下せしめる載置部材を配置した
ので、フィン収納部にフィンが収納された仕切ケース
が、フィン供給部の上方に配置されており、この仕切ケ
ースの下方に配置されたフィンが載置される載置部材に
より、フィンの棒状部品間への供給時には、フィンの両
端部が棒状部品間に位置する移送部材間に落下された後
に、フィンの中央部が棒状部品間に落下され、フィンを
棒状部品間に位置する移動部材間に確実に供給すること
ができる。In the fin supply device in the heat exchanger core temporary assembling device according to the present invention, the transfer device including the base on which the bar-shaped component and the fin slide, and the transfer member for transferring the bar-shaped component and the fin, includes a bar-shaped component supply unit. And a fin supply portion and a temporary assembly portion are sequentially formed, and a plurality of partition members are arranged at predetermined intervals above the fin supply portion to individually store the fins. A plurality of partitioning cases are arranged in the direction, and further below the partitioning case, the fins are placed when the fins are supplied to the partitioning case, and when the fins are supplied between the bar-like parts, the rod-like parts are placed from both ends of the fins. Since the placing member to be dropped in between is disposed, the partition case in which the fins are stored in the fin storage unit is disposed above the fin supply unit, and is disposed below the partition case. When the fin is placed between the rod-shaped parts by the placing member on which the fin is placed, after the both ends of the fin are dropped between the transfer members located between the rod-shaped parts, the center part of the fin is placed between the rod-shaped parts. The fins are dropped and the fins can be reliably supplied between the moving members located between the rod-shaped parts.
第１図は本発明の熱交換器コアの仮組装置におけるフィ
ン供給装置の一実施例を示す斜視図である。 第２図は本発明の熱交換器コアの仮組装置におけるフィ
ン供給装置の横断面図である。 第３図は第１図の仕切ケースおよびその近傍を示す平面
図である。 第４図は載置部材の両側の分割載置部材を引き抜き除去
した状態を示す横断面図である。 第５図はフィンの両端が移送部材間に落下された状態を
示す横断面図である。 第６図は本発明の熱交換器コアの仮組装置におけるフィ
ン供給装置の他の例を示す斜視図である。 第７図は先に本出願人が出願した熱交換器コアの仮組装
置を示す縦断面図である。 第８図は第７図のVIII−VIII線に沿う横断面図である。 第９図はフィンの両端が移送部材に乗り上げた状態を示
す横断面図である。 〔主要な部分の符号の説明〕 45……移送装置 47……ベース 49,51……移送部材 57……棒状部品 59……フィン 65……フィン供給部 67……仕切ケース 69……フィン収納部 71……仕切部材 75,97……載置部材。FIG. 1 is a perspective view showing one embodiment of a fin supply device in a temporary assembly device for a heat exchanger core according to the present invention. FIG. 2 is a cross-sectional view of the fin supply device in the heat exchanger core temporary assembling device of the present invention. FIG. 3 is a plan view showing the partition case of FIG. 1 and its vicinity. FIG. 4 is a cross-sectional view showing a state where the split mounting members on both sides of the mounting member are pulled out and removed. FIG. 5 is a cross-sectional view showing a state where both ends of the fin are dropped between the transfer members. FIG. 6 is a perspective view showing another example of the fin supply device in the heat exchanger core temporary assembling device of the present invention. FIG. 7 is a longitudinal sectional view showing a temporary assembling device of a heat exchanger core previously applied by the present applicant. FIG. 8 is a transverse sectional view taken along the line VIII-VIII in FIG. FIG. 9 is a cross-sectional view showing a state in which both ends of the fin ride on the transfer member. [Description of Signs of Main Parts] 45 Transfer Device 47 Base 49, 51 Transfer Member 57 Bar-Shaped Parts 59 Fin 65 Fin Supply Unit 67 Partition Case 69 Fin Storage Part 71: Partition member 75, 97: Mounting member.
Claims (1)
部品とフィンが摺動するベースと、このベースの両側に
配置され前記棒状部品と前記フィンを移送する移送部材
とを備えてなる移送装置に、前記移送部材間に前記棒状
部品が配置される棒状部品供給部と、前記棒状部品間に
位置する前記移送部材間に前記フィンが配置されるフィ
ン供給部と、前記熱交換器コアを仮り組みする仮組部を
順次形成するとともに、前記フィン供給部の上方に、仕
切部材を所定間隔を置いて複数配置することにより前記
フィンを個別に収納するフィン収納部が前記フィンの高
さ方向に複数形成される仕切ケースを配置し、さらに、
この仕切ケースの下方に、前記フィンの前記仕切ケース
への供給時には前記フィンが載置され前記フィンの前記
棒状部品間への供給時には前記フィンの両端部から前記
棒状部品間に落下せしめる載置部材を配置してなること
を特徴とする熱交換器コアの仮組装置におけるフィン供
給装置。1. A transfer comprising: a base on which a fin slides with a rod-shaped component such as a tube constituting a heat exchanger core; and a transfer member disposed on both sides of the base for transferring the rod-shaped component and the fin. In the apparatus, a bar-shaped component supply unit in which the bar-shaped component is disposed between the transfer members, a fin supply unit in which the fin is disposed between the transfer members positioned between the bar-shaped components, and the heat exchanger core. A fin storage section for individually storing the fins by forming a plurality of partition members at predetermined intervals above the fin supply section while forming temporary assembly sections to be temporarily assembled is formed in a height direction of the fins. A plurality of partition cases are arranged in
Below the partition case, a mounting member on which the fin is mounted when the fin is supplied to the partition case, and which is dropped between the bar-shaped components from both ends of the fin when the fin is supplied between the bar-shaped components. The fin supply device in the temporary assembling device of the heat exchanger core, wherein the fin supplying device is provided.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| JP34131889A JP2756009B2 (en) | 1989-12-27 | 1989-12-27 | Fin supply device in temporary assembly device of heat exchanger core |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| JP34131889A JP2756009B2 (en) | 1989-12-27 | 1989-12-27 | Fin supply device in temporary assembly device of heat exchanger core |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| JPH03199896A JPH03199896A (en) | 1991-08-30 |
| JP2756009B2 true JP2756009B2 (en) | 1998-05-25 |
Family
ID=18345133
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| JP34131889A Expired - Lifetime JP2756009B2 (en) | 1989-12-27 | 1989-12-27 | Fin supply device in temporary assembly device of heat exchanger core |
Country Status (1)
| Country | Link |
|---|---|
| JP (1) | JP2756009B2 (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| KR20180065186A (en) * | 2016-12-07 | 2018-06-18 | 주식회사 동인메카텍 | Gas tube Assembly Apparatus |
| KR20200087985A (en) * | 2019-01-14 | 2020-07-22 | 한온시스템 주식회사 | Auto assembling apparatus for heat exchanger |
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|---|---|---|---|---|
| JP3316783B2 (en) * | 1995-09-27 | 2002-08-19 | カルソニックカンセイ株式会社 | Temporary assembly device for heat exchanger core |
| KR100443658B1 (en) * | 1997-03-26 | 2004-09-20 | 칼소닉 칸세이 가부시끼가이샤 | Temporary assembly device of heat exchanger core |
| JPH11320245A (en) | 1998-05-06 | 1999-11-24 | Calsonic Corp | Molding cutting device for roll forming unit |
| US6423423B2 (en) | 1998-05-06 | 2002-07-23 | Calsonic Kansei Corporation | Formed strip and roll forming |
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| US6276513B1 (en) | 1999-10-08 | 2001-08-21 | Calsonic-Kansei Corporation | Workpiece handling device |
| US6315158B1 (en) | 1999-10-08 | 2001-11-13 | Calsonic Kansei Corporation | Workpiece handling device |
| US6109085A (en) * | 1999-10-08 | 2000-08-29 | Calsonic Corporation | Forming apparatus using a pair of rollers |
| US6928847B2 (en) * | 1999-10-08 | 2005-08-16 | Calsonic Kansei Corporation | Roll forming system for forming flanges in strip material |
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1989
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Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| KR20180065186A (en) * | 2016-12-07 | 2018-06-18 | 주식회사 동인메카텍 | Gas tube Assembly Apparatus |
| KR20200087985A (en) * | 2019-01-14 | 2020-07-22 | 한온시스템 주식회사 | Auto assembling apparatus for heat exchanger |
| KR102599241B1 (en) * | 2019-01-14 | 2023-11-08 | 한온시스템 주식회사 | Auto assembling apparatus for heat exchanger |
Also Published As
| Publication number | Publication date |
|---|---|
| JPH03199896A (en) | 1991-08-30 |
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