JP3171523U - Winding machine - Google Patents
Winding machine Download PDFInfo
- Publication number
- JP3171523U JP3171523U JP2011004970U JP2011004970U JP3171523U JP 3171523 U JP3171523 U JP 3171523U JP 2011004970 U JP2011004970 U JP 2011004970U JP 2011004970 U JP2011004970 U JP 2011004970U JP 3171523 U JP3171523 U JP 3171523U
- Authority
- JP
- Japan
- Prior art keywords
- wire
- unit
- winding
- machine
- hoisting
- 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
- Basic Packing Technique (AREA)
Abstract
【課題】迅速且つ確実に加工物を梱包固定する巻線機を提供する。【解決手段】巻線機は、機台上に少なくとも一梱包機ユニットを設置する。各梱包機ユニットは基本的に一組の架設フレーム２１、巻上ユニット２２、線供給ユニット２３、及び線巻付ユニット２４を備え、主に線巻付ユニットで巻上ユニットの線先端を挟んで通し、線材を該架設フレーム内側方向に向けて引っ張る。線材の線先端が加工物件を通過した後、線材４０の線先端を逆方向で巻上ユニットへ引っ張り、線材で加工物件を巻き付け、巻上ユニットで回転させながら線先端と線材を相互に結び、加工物件の梱包固定の目的を達成する。【選択図】図２A winding machine for packing and fixing a workpiece quickly and reliably. In a winding machine, at least one packing machine unit is installed on a machine base. Each packing machine unit basically includes a set of an erection frame 21, a winding unit 22, a wire supply unit 23, and a wire winding unit 24. The wire winding unit mainly sandwiches the wire end of the winding unit. The wire is pulled toward the inside of the installation frame. After the wire tip of the wire has passed through the processed article, pull the wire tip of the wire 40 to the hoisting unit in the reverse direction, wind the processed article with the wire, and connect the wire tip and the wire while rotating with the hoisting unit, Achieving the purpose of packaging and fixing processed properties. [Selection] Figure 2
Description
本考案は、梱包機に関するもので、特に迅速且つ確実に加工物を梱包固定する巻線機構造に係わる。 The present invention relates to a packing machine, and more particularly to a winding machine structure for packing and fixing a workpiece quickly and reliably.
公知の放熱装置は焼結作業前に、放熱フィン及び管材の間固定する方式で、先ず全ての放熱フィン及び管材を一組のジグで予定位置に挟持し、焼結時にはジグと共に加熱し、放熱フィンと管材が接合した後、ジグを取り外す。 A known heat dissipation device is a method in which a heat dissipation fin and a tube material are fixed before a sintering operation. First, all the heat dissipation fins and the tube material are sandwiched at a predetermined position by a pair of jigs, and heated together with the jigs during the sintering. After the fin and pipe are joined, the jig is removed.
解決しようとする問題点は、上述の放熱装置を加熱焼結する時、先ずジグを予定焼結物件に接合し一緒に加熱しなければならない。そのジグは、耐熱材質である他に特定定型体を加工しなければならず、当然製作コストも高くなる。この他、ジグ本体の吸熱作用によって焼結エネルギーの浪費となり、更に溶接クズの清掃作業をしなければならず、人件費も上がってしまう点である。 The problem to be solved is that when the above-mentioned heat dissipating device is heated and sintered, the jig must first be joined to the scheduled sintered article and heated together. In addition to being a heat-resistant material, the jig has to process a specific fixed body, which naturally increases the manufacturing cost. In addition, the endothermic action of the jig body results in wasted sintering energy, and the welding scrap must be cleaned, resulting in increased labor costs.
同じく物件を固定した後に加熱焼結の加工工程を行う場合、仮に一定の耐熱程度を備えた線材で迅速に加熱したい物件を梱包して固定できれば、ジグの製作、補修コストを省き、焼結エネルギーのムダを下げ、放熱装置の産業率を大幅に向上させ、放熱装置の加工品質を向上できる。 Similarly, if the process of heat sintering is performed after fixing the property, if the property to be heated quickly can be packed and fixed with a wire with a certain degree of heat resistance, the jig manufacturing and repair costs can be saved, and the sintering energy can be saved. This can reduce the waste and greatly improve the industrial rate of the heat dissipation device and improve the processing quality of the heat dissipation device.
本考案は、機台上に少なくとも一梱包機ユニットを設置する。各梱包機ユニットは基本的に一組の架設フレーム、巻上ユニット、線供給ユニット、及び線巻付ユニットを備え、主に線巻付ユニットで巻上ユニットの線先端を挟んで通し、線材を該架設フレーム内側方向に向けて引っ張る。線材の線先端が加工物件を通過した後、線材の線先端を逆方向で巻上ユニットへ引っ張り、線材で加工物件を巻き付け、巻上ユニットで回転させながら線先端と線材を相互に結び、加工物件の梱包固定の目的を達成することを最も主要な特徴とする。 In the present invention, at least one packing machine unit is installed on the machine base. Each packing machine unit basically includes a set of an erection frame, a winding unit, a wire supply unit, and a wire winding unit. The wire winding unit mainly passes the wire end of the winding unit between the wire winding unit and the wire rod. Pull toward the inside of the installation frame. After the wire tip passes through the processed article, pull the wire tip to the hoisting unit in the opposite direction, wind the processed article with the wire, and connect the wire tip and the wire while rotating with the hoisting unit. The most important feature is to achieve the purpose of fixing the packaging of the property.
本考案の巻線機は、迅速且つ確実に加工物を梱包固定するという利点がある。 The winding machine of the present invention has an advantage that the workpiece is fastened and fixed quickly and reliably.
迅速且つ確実に加工物件を梱包固定する巻線機を提供することを本考案の主な目的とする。 The main object of the present invention is to provide a winding machine that quickly and reliably packs and fixes a processed object.
上述の目的を達成するため、本考案の巻線機係機台上に少なくとも一梱包機ユニットを設置する。各梱包機ユニットは、基本的に一組の架設フレーム、巻上ユニット、線供給ユニット及び線巻付ユニットを備える。そのうち、巻上ユニットは該架設フレームの外側に設置し、加工物件を巻き付ける線材を挟み、予定の回転動作に合わせて線材を相互に結ぶのに用いる。線巻付ユニットは、該巻上ユニット後段に設置し、該架設フレーム内外側の間を往復移動し、該線供給ユニットで該巻上ユニットを通った線先端を挟んだ後、線材を該架設フレーム内外側方向に向けて引っ張るのに用いる。 In order to achieve the above-described object, at least one packing machine unit is installed on the winding machine mechanism of the present invention. Each packing machine unit basically includes a set of an erection frame, a hoisting unit, a wire supply unit, and a wire winding unit. Among them, the hoisting unit is installed on the outside of the erection frame, sandwiches the wire around which the work is to be wound, and is used to connect the wires to each other in accordance with a planned rotation operation. The wire winding unit is installed at the rear stage of the hoisting unit, reciprocates between the inner and outer sides of the installation frame, the wire supply unit sandwiches the end of the wire passing through the hoisting unit, and then the wire rod is installed. Used to pull toward the inside and outside of the frame.
上述構造の特徴を利用し、本考案の巻線機は使用時に、架設フレームに梱包したい加工物件を置き、線供給ユニットで線材を制御して該巻上ユニットへ通し、線巻付ユニットで巻上ユニットを通った線先端を挟んだ後、線材を該架設フレーム内側方向へ引っ張る。線材の線先端が加工物件を通った後、次に線材の線先端を逆方向で該巻上ユニットへ引っ張り、線材を加工物件にしっかり巻き付け、線材の線先端を該巻上ユニットに入れて挟み、該巻上ユニットで予定の回転動作に合わせて線先端と線材を相互に結び、迅速且つ確実に加工物件を梱包固定する目的を達成する。 Utilizing the characteristics of the structure described above, when the winding machine of the present invention is used, a processing object to be packed is placed on the erection frame, the wire material is controlled by the wire supply unit, passed through the winding unit, and wound by the wire winding unit. After pinching the end of the wire that has passed through the upper unit, the wire is pulled inward of the installation frame. After the wire tip of the wire has passed through the processed article, pull the wire tip of the wire to the hoisting unit in the opposite direction, wind the wire rod firmly around the processed article, and insert the wire tip of the wire into the hoisting unit. In this winding unit, the wire tip and the wire are connected to each other in accordance with the scheduled rotation operation, and the object of packing and fixing the processed property quickly and reliably is achieved.
上述構造の特徴として、該各梱包機ユニットの線巻付ユニットは、加工物件に相対する下方に第一線性レールを設置する。該第一線性レールは、該第一線性レールに沿って往復移動する第一引張りジグを設置し、該線巻付ユニットは加工物件上方に相対する箇所に該第一線性レールに沿って延長方向を往復移動しながら百八十度反転する第二引張りジグを設置する。 As a feature of the above-described structure, the wire winding unit of each packing machine unit is provided with a first linear rail below the processed property. The first linear rail is provided with a first pulling jig that reciprocates along the first linear rail, and the wire winding unit extends along the first linear rail at a position facing the upper part of the work piece. Install a second tension jig that reverses 180 degrees while reciprocating in the extension direction.
上述構造の特徴として，前記各梱包機ユニットの巻上ユニットは軸心に線材穿孔を備えた回転機ヘッドを設置し、該回転機ヘッド前端には線材及び線先端を挟むための巻線ジグを設置する。 As a feature of the structure described above, the hoisting unit of each packing machine unit is provided with a rotating machine head provided with a wire perforation at the shaft center, and a winding jig for sandwiching the wire and the wire tip is provided at the front end of the rotating machine head. Install.
上述構造の特徴として、前記各梱包機ユニットの線供給ユニットは、少なくとも一導線車輪及び一線供給ジグを設置し、該線供給ジグで線材を引っ張るか否かを制御する。 As a feature of the above-described structure, the wire supply unit of each packing machine unit has at least one conductive wire wheel and a single wire supply jig, and controls whether or not the wire is pulled by the wire supply jig.
上述構造の特徴として、前記各梱包機ユニットの架設フレームは、該巻上ユニットに近い箇所に、加工物件を支持する固定台を設置し、及び該巻上ユニットに遠い別側には加工物件を押さえるための可動台を設置する。 As a feature of the above-described structure, the erection frame of each packing machine unit is provided with a fixed base that supports the processed object at a location close to the hoisting unit, and the processed object is disposed on the other side far from the hoisting unit. Install a movable base to hold down.
上述構造の特徴として、前記巻線機は、該機台に少なくとも二組の平行配置の第二線性レールを設置し、各第二線性レールの間には少なくとも一台座を架設し、各梱包機ユニットはそれぞれ各台座に設置し、台座に属する該第二線性レールに沿って往復移動する。 As a feature of the above structure, the winding machine has at least two sets of second linear rails arranged in parallel on the machine base, and at least one pedestal is installed between the second linear rails. Each unit is installed on each pedestal and reciprocates along the second linear rail belonging to the pedestal.
上述構造の特徴として、前記梱包機ユニットの巻上ユニットは、該回転機ヘッド前端に線材を切断する切断機構を設置する。 As a feature of the above-described structure, the hoisting unit of the packing machine unit is provided with a cutting mechanism for cutting the wire at the front end of the rotating machine head.
上述構造の特徴として、前記各梱包機ユニットの線供給ユニットは、残線引戻し機構を設置する。 As a feature of the above-described structure, the line supply unit of each packing machine unit is provided with a remaining line pullback mechanism.
上述構造の特徴として、前記各梱包機ユニットの架設フレームは該固定台及び該可動台上にそれぞれ線材が通過するための溝槽を成形する。 As a feature of the above-described structure, the erection frame of each packing machine unit forms a groove tank through which the wire material passes on the fixed base and the movable base.
上述構造の特徴として、前記各梱包機ユニットの架設フレームは、該固定台に線材が通過するための溝槽を成形し、更に該可動台には相対して開く挟線槽を設置する。 As a feature of the above-described structure, the erection frame of each packing machine unit is formed with a groove tank for allowing a wire to pass through the fixed base, and further, a pinch tank that opens relative to the movable base is installed.
具体的に述べると、本考案の巻線機は、上述構造設計を利用し、自動で線材を加工物件に巻き付け、且つ加工物件に巻きつけた後の線材の線先端と線材を相互に結び、更に迅速且つ確実に加工物件梱包固定の梱包動作を完了する。そのため、放熱装置の加熱焼結工程中に使用することができ、放熱フィン及び管材を梱包固定するのにジグの製作、補修コストを省き、更に焼結エネルギーのムダを減らし、更には放熱装置の産業率を向上させ、及び放熱装置加工品質を高める目的を達成する。 Specifically, the winding machine of the present invention uses the above-described structural design, automatically wraps the wire around the processed property, and ties the wire tip and the wire after winding around the processed property, Further, the packing operation for fixing the processed property packing is completed quickly and reliably. Therefore, it can be used during the heat-sintering process of the heat radiating device, and it eliminates jig manufacturing and repair costs for packing and fixing radiating fins and pipes, further reduces the waste of sintering energy, and further To achieve the purpose of improving the industrial rate and improving the processing quality of heat dissipation devices.
本考案の特徴を図式と共に、実施例を挙げて詳細に説明する。 The features of the present invention will be described in detail with reference to examples and examples.
図１は本考案実施例の巻線機外観構造図、図２は本考案の各梱包機ユニットの外観立体図、図３は本考案の各梱包機ユニットの巻上ユニット位置局部拡大図である。本考案の巻線機は機台１０上に少なくとも一梱包機ユニット２０を設置する。各梱包機ユニット２０は、基本的に一組の架設フレーム２１、巻上ユニット２２、線供給ユニット２３，及び線巻付ユニット２４を含む。そのうち、 FIG. 1 is an external structural view of a winding machine according to an embodiment of the present invention, FIG. 2 is a three-dimensional external view of each packing machine unit according to the present invention, and FIG. 3 is an enlarged view of a winding unit position of each packing machine unit according to the present invention. . In the winding machine of the present invention, at least one packing machine unit 20 is installed on a machine base 10. Each packing machine unit 20 basically includes a set of an installation frame 21, a winding unit 22, a wire supply unit 23, and a wire winding unit 24. Of which
該架設フレーム２１には、梱包したい加工物件３０を置き、各梱包機ユニット２０の架設フレーム２１には該巻上ユニット２２に近い箇所に加工物件３０を支持するための固定台２１１を設置し、及び該巻上ユニット２２に遠い別側には加工物件３０を押さえるための可動台２１２を設置する。該固定台２１１には線材を通すための溝槽２１３を成形し、該可動台２１２には相対して開く導線ゲート２１４を設置する。 The work frame 30 to be packed is placed on the installation frame 21, and the fixing frame 211 for supporting the process article 30 is installed on the installation frame 21 of each packing machine unit 20 at a location close to the hoisting unit 22. On the other side far from the hoisting unit 22, a movable table 212 for holding the processed article 30 is installed. The fixed base 211 is formed with a groove tank 213 for passing a wire, and the movable base 212 is provided with a conductive gate 214 that opens in a relative manner.
該巻上ユニット２２は該架設フレーム２１の外側に設置し、加工物件３０を巻き付ける線材４０を挟み、予定の回転動作に合わせて線材４０を相互に縛って結合するのに用いる。各梱包機ユニット２０の巻上ユニット２２は軸心に線材穿孔を備えた回転機ヘッド２２１を設置し、該回転機ヘッド２２１前端には線材４０及び線先端を挟持するのに用いる巻線ジグ２２２を設置する。該巻上ユニット２２は更に該回転機ヘッド２２１前端箇所に線材４０を切断する切断機構２２３を設置する。 The hoisting unit 22 is installed outside the erection frame 21 and is used to sandwich the wire 40 around which the workpiece 30 is wound and to bind the wire 40 to each other in accordance with a planned rotation operation. The hoisting unit 22 of each packing machine unit 20 is provided with a rotating machine head 221 provided with a wire perforation at its axis, and a winding jig 222 used to hold the wire 40 and the wire tip at the front end of the rotating machine head 221. Is installed. The hoisting unit 22 is further provided with a cutting mechanism 223 for cutting the wire 40 at the front end portion of the rotating machine head 221.
該線供給ユニット２３は、該巻上ユニット２２前段に設置し、線材４０を制御して該巻上ユニット２２に通すのに用いる。各梱包機ユニット２０の線供給ユニット２３は少なくとも一導線車輪２３１及び一線供給ジグ２３２を設置し、該線供給ジグ２３２で線材４０を引くか否かを制御する。更に各梱包機ユニット２０の線供給ユニット２３は余った線材を加工物件３０の逆方向へ引く残線引戻し機構２３３を設置する。 The wire supply unit 23 is installed in the front stage of the hoisting unit 22 and is used to control the wire 40 and pass it through the hoisting unit 22. The wire supply unit 23 of each packing machine unit 20 has at least one wire wheel 231 and one wire supply jig 232 installed, and controls whether or not the wire 40 is drawn by the wire supply jig 232. Furthermore, the wire supply unit 23 of each packing machine unit 20 is provided with a remaining line pulling back mechanism 233 that draws the surplus wire in the reverse direction of the processed article 30.
また、該線巻付ユニット２４は、該巻上ユニット２２後段に設置し、該架設フレーム２１内外の間を往復移動して該線供給ユニット２３を通過して該巻上ユニット２２を通った線先端を挟んだ後、線材４０を該架設フレーム２１内側の加工物件３０方向に引っ張るのに用いる。線材４０の線先端が加工物件３０を超えた後、線材４０の線先端を逆方向で該巻上ユニット２２へ引っ張り、線材４０を加工物件３０に巻き付け、線材４０の線先端を該巻上ユニット２２へ入れて挟み、該巻上ユニット２２の予定の回転動作に合わせて線先端と線材を相互に結ぶ。 The wire winding unit 24 is installed at the rear stage of the hoisting unit 22, reciprocates between the inside and outside of the installation frame 21, passes through the wire supply unit 23, and passes through the hoisting unit 22. After pinching the tip, the wire 40 is used to pull in the direction of the processed article 30 inside the installation frame 21. After the wire tip of the wire 40 exceeds the processed article 30, the wire tip of the wire 40 is pulled in the reverse direction to the winding unit 22, the wire 40 is wound around the processed article 30, and the wire tip of the wire 40 is wound on the winding unit. The wire tip and the wire are connected to each other in accordance with the planned rotation of the hoisting unit 22.
各梱包機ユニット２０の線巻付ユニット２４は加工物件３０に相対する下方に第一線性レール２４１を設置し、該第一線性レール２４１には該第一線性レール２４１に沿って往復移動する第一引張りジグ２４２を設置する。該線巻付ユニット２４は加工物件３０の上方に該第一線性レール２４１の延伸方向に沿って往復移動しながら百八十度反転する第二引張りジグ２４３を設置し、主に第一引張りジグ２４２で線先端を挟んだ後、線材４０を該架設フレーム２１内側の加工物件４０方向へ引っ張り、他に該第二引張りジグ２４３によって続けて線先端を引き継いだ後、線材４０を逆方向で該巻上ユニット２２へ引っ張り、線材４０の加工物件３０巻き付け作業の前置動作を完成する。 The wire winding unit 24 of each packing machine unit 20 is provided with a first linear rail 241 below the processed object 30, and the first linear rail 241 reciprocates along the first linear rail 241. A moving first pulling jig 242 is installed. The wire winding unit 24 is provided with a second tension jig 243 that is reversed 180 degrees while reciprocating along the extending direction of the first linear rail 241 above the workpiece 30, and mainly the first tension. After pinching the wire tip with the jig 242, the wire 40 is pulled in the direction of the work article 40 inside the installation frame 21, and the wire rod 40 is moved in the opposite direction after the second pulling jig 243 continuously takes over the wire tip. Pulling to the winding unit 22 completes the pre-operation of the work 30 winding work of the wire 40.
実施時、上述の回転機ヘッド２２１の回転動作及び該第二引張りジグ２４３の方向転換動作は、サーバーモーターもしくは気圧モーターで実行する。該可動台２１２、該第一、第二引張りジグ２４２、２４３の往復移動する動作は、作動シリンダー(例として空気圧シリンダーもしくは油圧シリンダー)もしくはベルト・プーリーユニットで実施する。他に該巻線ジグ２２２、該線供給ジグ２３２、該第一、第二引張りジグ２４２、２４３の挟持動作，及び該可動台２１２の導線ゲート２１４の展開動作は作動シリンダー(如空気圧シリンダーもしくは油圧シリンダー)で実施する。 In operation, the rotating operation of the rotating machine head 221 and the direction changing operation of the second pulling jig 243 are performed by a server motor or a pneumatic motor. The reciprocating movement of the movable table 212 and the first and second tension jigs 242, 243 is performed by an operating cylinder (for example, a pneumatic cylinder or a hydraulic cylinder) or a belt / pulley unit. In addition, the winding operation of the winding jig 222, the wire supply jig 232, the first and second pulling jigs 242 and 243, and the operation of unfolding the conductive gate 214 of the movable base 212 are performed by an operating cylinder (pneumatic cylinder or hydraulic cylinder). Cylinder).
図２に示すとおり、原則的に本考案の巻線機は、使用する時、梱包したい加工物件３０を架設フレーム２１上に設置した後、線供給ユニット２３を制御して線材４０を該巻上ユニット２２へ通して線巻付ユニット２４の第一引張りジグ２４２で巻上ユニット２２の線先端を通して挟持した後、線材４０を該架設フレーム２１内側方向へ引っ張る(図４参照)。 As shown in FIG. 2, in principle, the winding machine according to the present invention, when used, installs the processed object 30 to be packed on the erection frame 21 and then controls the wire supply unit 23 to wind the wire 40 up. After passing through the unit 22 and being clamped by the first pulling jig 242 of the wire winding unit 24 through the wire tip of the winding unit 22, the wire 40 is pulled inward of the installation frame 21 (see FIG. 4).
線材４０の線先端が加工物件３０を超えた後、次に線巻付ユニット２４の第二引張りジグ２４３で線材４０の線先端を続けて挟み(図５所示)、百八十度反転した後で線材４０を逆方向で該巻上ユニット２２へ引っ張り(図６参照)、線材４０を加工物件３０に巻き付け、線材の線先端を該巻上ユニット２２の巻線ジグ２２２に入れて挟み、該巻上ユニット２２の回転機ヘッド２２１が行う予定の回転動作に合わせて線先端と線材を互いに結び、加工物件３０を縛って固定する目的を達成する。 After the wire tip of the wire 40 exceeds the processed article 30, the wire tip of the wire 40 is continuously sandwiched between the second tension jigs 243 of the wire winding unit 24 (shown in FIG. 5) and reversed 180 degrees. Later, the wire 40 is pulled in the reverse direction to the hoisting unit 22 (see FIG. 6), the wire 40 is wound around the processed article 30, and the wire tip of the wire is put in the winding jig 222 of the hoisting unit 22, The wire tip and the wire are connected to each other in accordance with the rotation operation scheduled to be performed by the rotating machine head 221 of the hoisting unit 22, and the object to bind and fix the workpiece 30 is achieved.
特に、上述の線巻付ユニット２４の第二引張りジグ２４３は、ベルト・プーリーユニットもしくは更に作動シリンダー(例として空気圧シリンダーもしくは油圧シリンダー)の動きによって、該線巻付ユニット２４の第一線性レール２４１と相対して垂直往復移動する。図７に示すとおり、加工物件３０の厚みに合わせて該第一線性レール２４１と垂直にして線材の線先端を該巻上ユニット２２の巻線ジグ２２２に確実に入れて挟持する。 In particular, the above-described second tension jig 243 of the wire winding unit 24 has a first linear rail of the wire winding unit 24 by movement of a belt / pulley unit or further an operating cylinder (for example, a pneumatic cylinder or a hydraulic cylinder). Reciprocates vertically with respect to 241. As shown in FIG. 7, the wire tip of the wire rod is securely put in the winding jig 222 of the hoisting unit 22 so as to be perpendicular to the first linear rail 241 in accordance with the thickness of the processed article 30.
更に線巻付ユニット２４の第二引張りジグ２４３が線材４０の線先端を確実に該巻上ユニット２２の巻線ジグ２２２に入れて挟持すると、図８及び図９に示すとおり、該架設フレーム２１の可動台２１２の導線ゲート２１４が合わせて開き、更に線供給ユニット２３の残線引戻し機構によって余った線材を加工物件３０へ逆方向で引戻し、線材４０を確実に加工物件３０に巻き付ける。同時に該巻上ユニット２２の切断機構２２３によって線供給ユニット２３まで連接した線材を切断して回転機ヘッド２２１を回転しやすくして線先端と線材を互いに結ぶ。 Further, when the second pulling jig 243 of the wire winding unit 24 securely inserts the wire tip of the wire 40 into the winding jig 222 of the hoisting unit 22 and holds it, as shown in FIGS. The wire gate 214 of the movable table 212 is opened together, and the remaining wire pulling mechanism of the wire supply unit 23 is further pulled back to the processed article 30 in the reverse direction, so that the wire 40 is reliably wound around the processed article 30. At the same time, the wire rod connected to the wire supply unit 23 is cut by the cutting mechanism 223 of the hoisting unit 22 to facilitate the rotation of the rotating machine head 221 so that the wire tip and the wire rod are connected to each other.
特に本考案の巻線機を実施する時、該機台１０は例として図１に示す直立方式配置もしくは横臥方式配置を採用し、且つ該機台１０上には少なくとも二組の平行配置の第二線性レール１１を設置し、各第二線性レール１１の間は少なくとも一台座１２を架設する。各梱包機ユニット２０はそれぞれ各台座１２に設置して台座１２の該第二線性レール１１に沿って往復移動し、配置した梱包機ユニット２０によって加工物件３０の各異なる箇所で線を縛る。 In particular, when the winding machine of the present invention is implemented, the machine base 10 adopts an upright arrangement or a recumbent arrangement shown in FIG. 1 as an example, and at least two sets of parallel arrangements are arranged on the machine base 10. Bilinear rails 11 are installed, and at least one pedestal 12 is installed between each second linear rail 11. Each packing machine unit 20 is installed on each pedestal 12 and reciprocates along the second linear rail 11 of the pedestal 12, and the line is tied at each different location of the processed article 30 by the arranged packing machine unit 20.
公知構造と比較して、本考案の巻線機は、上述構造設計を用い、自動的に線材で加工物件を縛り、更に加工物件を梱包した後の線材の線先端と線材を相互に結び、更に迅速且つ確実に加工物件を梱包して固定する梱包同を行う。そのため、放熱装置の加熱焼結製造に於いて放熱フィン及び管材の梱包固定に特に適し、ジグの製作、補修コストを省き、更に焼結エネルギーの浪費を下げ、放熱装置の能力を更に高め、及び放熱装置加工品質を向上させる目的を達成する。 Compared with the known structure, the winding machine of the present invention uses the above-described structure design, automatically ties the processed object with the wire, and further connects the wire tip and the wire after packing the processed object, In addition, packaging is performed to quickly and reliably pack and fix the processed property. Therefore, it is particularly suitable for heat-sink manufacturing and heat-sinter manufacture of heat-dissipating devices, fixing heat-dissipating fins and pipes, and reducing jig production and repair costs, further reducing the waste of sintering energy, and further increasing the capacity of heat-dissipating devices. Achieving the purpose of improving the processing quality of heat dissipation devices.
上述のとおり、本考案は、良好で実施可能な巻線機を提供し、法に基づき実用新案を申請する。本考案の技術内容及び技術特徴を上述に示したが、当領域に習熟する者が本考案の提示する精神から乖離しない各種入替及び修飾を行うかもしれない。拠って、本考案の請求範囲は、実施例に制限されず、本考案から乖離しない各種の入替及び修飾を含むものとする。 As described above, the present invention provides a good and feasible winding machine and applies for a utility model based on the law. Although the technical contents and technical features of the present invention have been described above, those skilled in the field may make various substitutions and modifications without departing from the spirit presented by the present invention. Therefore, the claims of the present invention are not limited to the embodiments, and include various substitutions and modifications that do not depart from the present invention.
１０ 機台
１１ 第二線性レール
１２ 台座
２０ 梱包機ユニット
２１ 架設フレーム
２１１ 固定台
２１２ 可動台
２１３ 溝槽
２１４ 導線ゲート
２２ 巻上ユニット
２２１ 回転機ヘッド
２２２ 巻線ジグ
２２３ 切断機構
２３ 線供給ユニット
２３１ 導線車輪
２３２ 線供給ジグ
２３３ 残線引戻し機構
２４ 線巻付ユニット
２４１ 第一線性レール
２４２ 第一引張りジグ
２４３ 第二引張りジグ
３０ 加工物件
４０ 線材
DESCRIPTION OF SYMBOLS 10 Machine stand 11 Second linear rail 12 Base 20 Packing machine unit 21 Construction frame 211 Fixed stand 212 Movable stand 213 Groove tank 214 Conductor gate 22 Lifting unit 221 Rotating machine head 222 Winding jig 223 Cutting mechanism 23 Wire supply unit 231 Conductor Wheel 232 Wire supply jig 233 Remaining wire pulling back mechanism 24 Wire winding unit 241 First linear rail 242 First tension jig 243 Second tension jig 30 Worked article 40 Wire rod
Claims (3)
各梱包機ユニットは、
梱包したい加工物件を置くための一組の架設フレームと、
該架設フレームの外側に相対して設置し、加工物件を巻きつけた線材を挟み、予定の回転動作に合わせて線材を相互に結んで結合する巻上ユニットと、
該巻上ユニット前段に設置し、線材を制御して該巻上ユニットに通すのに用いる線供給ユニットと、
該巻上ユニット後段に設置し、該架設フレーム内外側の間を往復移動し、該線供給ユニットから該巻上ユニットへ通した線先端を挟んだ後、線材を該架設フレーム内側方向に向けて引っ張るのに用いる線巻付ユニットを含み、
該線巻付ユニットは線材の線先端が加工物件を通過した後、次に線材の線先端を逆方向で該巻上ユニットへ引っ張り、線材を加工物件に巻き付け、更に線材の線先端を該巻上ユニットに通して挟み、該巻上ユニットで予定の回転動作に合わせて線先端と線材を相互に結ぶことを特徴とする巻線機。 In a winding machine that installs at least one packing machine unit on the machine base,
Each packing machine unit
A set of erection frames to place the processed property you want to pack,
A hoisting unit that is installed relative to the outside of the erection frame, sandwiches the wire around which the processed article is wound, and connects the wire to each other in accordance with a planned rotation operation;
A wire supply unit that is installed in the front stage of the hoisting unit and used to control the wire rod and pass it through the hoisting unit;
Installed at the rear stage of the hoisting unit, reciprocating between the inner and outer sides of the erection frame, sandwiching the tip of the wire passed from the wire supply unit to the hoisting unit, and then directing the wire toward the inner side of the erection frame Including a wire winding unit used for pulling,
In the wire winding unit, after the wire tip of the wire has passed through the processed article, the wire tip of the wire is then pulled in the reverse direction to the hoisting unit, the wire is wound around the processed article, and the wire tip of the wire is further wound on the wound article. A winding machine characterized by being sandwiched by passing through an upper unit and connecting a wire tip and a wire to each other in accordance with a predetermined rotational operation by the winding unit.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| JP2011004970U JP3171523U (en) | 2011-08-25 | 2011-08-25 | Winding machine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| JP2011004970U JP3171523U (en) | 2011-08-25 | 2011-08-25 | Winding machine |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| JP3171523U true JP3171523U (en) | 2011-11-04 |
Family
ID=54881843
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| JP2011004970U Expired - Lifetime JP3171523U (en) | 2011-08-25 | 2011-08-25 | Winding machine |
Country Status (1)
| Country | Link |
|---|---|
| JP (1) | JP3171523U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109036836A (en) * | 2018-10-09 | 2018-12-18 | 珠海市艾森科技有限公司 | Hollow windings' machine |
| CN117457383A (en) * | 2023-12-25 | 2024-01-26 | 深圳恒越机电设备有限公司 | Double-shaft T-core inductance winding machine and double-shaft T-core inductance winding method |
-
2011
- 2011-08-25 JP JP2011004970U patent/JP3171523U/en not_active Expired - Lifetime
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109036836A (en) * | 2018-10-09 | 2018-12-18 | 珠海市艾森科技有限公司 | Hollow windings' machine |
| CN109036836B (en) * | 2018-10-09 | 2023-08-22 | 珠海市艾森工匠科技有限公司 | Hollow winding machine |
| CN117457383A (en) * | 2023-12-25 | 2024-01-26 | 深圳恒越机电设备有限公司 | Double-shaft T-core inductance winding machine and double-shaft T-core inductance winding method |
| CN117457383B (en) * | 2023-12-25 | 2024-02-27 | 深圳恒越机电设备有限公司 | Double-shaft T-core inductance winding machine and double-shaft T-core inductance winding method |
Similar Documents
| Publication | Publication Date | Title |
|---|---|---|
| CN205110639U (en) | Industry fan screen panel automatic weld equipment | |
| CN106826022B (en) | A kind of motor stator coil argon welding machine | |
| JP3171523U (en) | Winding machine | |
| CN108275297A (en) | It is a kind of can be to encapsulation tool that packaging film tail portion is finished up | |
| CN207224316U (en) | A kind of workpiece cutting device | |
| CN110293349A (en) | Glasses intelligently send bonding wire welding equipment | |
| CN103178664B (en) | Six-station multi-head winding machine | |
| CN208262069U (en) | XY axis bimodulus exchanges bonding machine automatically | |
| CN202480368U (en) | Twining device for adhesive tape of wires | |
| CN208132203U (en) | A kind of stator using laser welding lamination | |
| CN208271659U (en) | A kind of cable automatic paper wrapping machine | |
| CN206578465U (en) | A kind of coil of stator of motor hand welding machine | |
| CN205772501U (en) | A kind of uniform copper-wire taking-up device of take-up | |
| CN206886453U (en) | Workpiece surface material wind | |
| CN207043731U (en) | A kind of transformer bonding wire sleeve pipe all-in-one | |
| CN206733372U (en) | silicon ingot cutting machine | |
| CN103447683A (en) | High-frequency welding coal cutting pick device | |
| CN208086081U (en) | It is a kind of can be to encapsulation tool that packaging film tail portion is finished up | |
| CN202264018U (en) | Winding spot welding device | |
| CN207550585U (en) | A kind of copper wire is packaged fixture | |
| CN208680814U (en) | A kind of double-layer tank production Double-head Mobile lifting welding operating platform | |
| CN207705028U (en) | A kind of exoskeletal coil winder | |
| CN202411687U (en) | Cover welder | |
| CN206098559U (en) | Fixture assembly | |
| CN105856293B (en) | A kind of fire trapping ring core material cutting machine |
Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| R150 | Certificate of patent or registration of utility model |
Ref document number: 3171523 Country of ref document: JP Free format text: JAPANESE INTERMEDIATE CODE: R150 |
|
| FPAY | Renewal fee payment (event date is renewal date of database) |
Free format text: PAYMENT UNTIL: 20141012 Year of fee payment: 3 |
|
| R250 | Receipt of annual fees |
Free format text: JAPANESE INTERMEDIATE CODE: R250 |
|
| R250 | Receipt of annual fees |
Free format text: JAPANESE INTERMEDIATE CODE: R250 |
|
| R250 | Receipt of annual fees |
Free format text: JAPANESE INTERMEDIATE CODE: R250 |
|
| R250 | Receipt of annual fees |
Free format text: JAPANESE INTERMEDIATE CODE: R250 |
|
| R250 | Receipt of annual fees |
Free format text: JAPANESE INTERMEDIATE CODE: R250 |
|
| R250 | Receipt of annual fees |
Free format text: JAPANESE INTERMEDIATE CODE: R250 |
|
| R250 | Receipt of annual fees |
Free format text: JAPANESE INTERMEDIATE CODE: R250 |
|
| EXPY | Cancellation because of completion of term |