JPS5933335Y2 - strip cutter - Google Patents

Description

【考案の詳細な説明】 本考案は２枚の刃板の各一端を接着し、他端に刃を対設
し、刃板の接着部と基刃板とに誘導孔を穿ち、枢軸に誘
導用の横孔を穿ち、これらの誘導孔に細条を挿通し、該
細条を方間で切断し、或は切断前電気端子の鑞着半田上
に載せ、加熱鏝にて半田を溶かし、該半田を細条に附着
せしめ、半田附着部を方間にて切断する細条切断器に関
する。[Detailed description of the invention] This invention involves bonding one end of each of two blade plates, placing a blade on the other end facing each other, drilling a guide hole in the adhesive part of the blade plate and the base blade plate, and guiding it to the axis. Drill horizontal holes for the wire, insert strips into these guide holes, cut the strips in between, or place them on the solder of the electrical terminal before cutting, melt the solder with a heating iron, The present invention relates to a strip cutter that attaches the solder to strips and cuts the solder-applied portion in a diagonal.

従来金属細線を編組した細条に電気端子の鑞着半田を溶
融晴着し、半田の附着した部分を切断し或は植物繊維の
加工に際し、細条を繰り出しながら作業をなし、必要個
所より切断する細条切断器は使用されていなかった。Traditionally, solder for electrical terminals is melted and deposited on strips made of braided metal wires, and the solder-adhered parts are cut or when processing vegetable fibers, the strips are fed out and cut from the necessary locations. No strip cutter was used.

本考案は従来使用されていなかった未知の細条切断器で
ある。The present invention is an unknown strip cutter that has not been used before.

即ち本考案は基刃板と押圧刃板との各後端を重合状に接
着して弾性を附与し、該基刃板と押圧刃板との各先端に
刃を対設し、かつ該刃の後方を枢軸にて枢着し、該枢軸
を押圧刃板の上方に突出し、その突出部を切欠して係止
片を設け、該係止片にへ字形の梃子板の短片部に穿った
透孔に挿入して、該梃子板を反転し、更に枢軸とともに
回転するように連結し、前記基刃板と押圧刃板との接着
部と、該基刃板とに誘導孔を穿つと共に、枢軸に細条誘
導用の横孔を穿ち、基刃板と押圧刃板との接着部に穿っ
た誘導孔の下方より細条を挿入し、該細条を基刃板の外
側に導き出し、更に該基刃板に穿った誘導孔より前記基
刃板の内面を経て横孔に挿入し、これを方間に繰り出し
た細条を作業中必要の長さに切断し、或は繰り出した細
条を電気端子の鑞着半田の上方に載せ、該細条を加熱鏝
にて加熱して半田を溶かし、溶けた半田を細条即ち金属
細線にて編組した網目に晴着進入せしめた後、半田の附
着部を切断するように形成した細条切断器の考案である
。That is, in the present invention, the rear ends of the base blade plate and the pressing blade plate are bonded in a polymeric manner to impart elasticity, and blades are provided opposite to each other at the tips of the base blade plate and the pressing blade plate. The rear of the blade is pivoted by a pivot, the pivot protrudes above the pressing blade plate, the protrusion is cut out to provide a locking piece, and the locking piece is bored into the short piece of the F-shaped lever plate. Insert the lever plate into the through hole, invert the lever plate, connect it so as to rotate with the pivot, and drill a guide hole in the adhesive part of the base blade plate and the pressing blade plate and the base blade plate. , a horizontal hole for guiding the strip is drilled in the pivot, a strip is inserted from below the guide hole drilled in the bonded area between the base blade plate and the pressing blade plate, and the strip is guided to the outside of the base blade plate; Furthermore, it is inserted into the horizontal hole through the inner surface of the base blade plate through the guide hole drilled in the base blade plate, and the thin strip that is fed out in the direction is cut to the required length during the work, or the fed thin strip is cut into the required length during the work. Place the strip on top of the solder solder of the electrical terminal, heat the strip with a heating iron to melt the solder, let the molten solder enter the strip, that is, the mesh braided with fine metal wire, and then solder the solder. This is a strip cutter designed to cut the attached portion of the wire.

これを図面について説明すると次のようである。This can be explained with reference to the drawings as follows.

図において１は金属板を条片状に打ち抜いて形成した基
刃板であって、該基刃板１とほぼ同形の押圧刃板２との
後端を重合し、これを電気溶接等の如き手段により接着
して弾性を附与し、該基刃板１と、押圧刃板２との各先
端遊離端部をそれぞれ内方に起立し、その起立部に刃３
，４を対向状に形成する。In the figure, reference numeral 1 denotes a base blade plate formed by punching out a metal plate into a strip shape, and the rear end of the base blade plate 1 and a pressing blade plate 2 having almost the same shape are overlapped, and this is welded by electric welding or the like. The free end portions of the base blade plate 1 and the pressing blade plate 2 are erected inwardly, and the blade 3 is attached to the erected portion.
, 4 are formed to face each other.

該刃３，４の後方に位置せしめて基刃板１と、押圧刃板
２とに円形の透孔５，６を穿ち、該透孔５，６に枢軸７
を挿入し、該枢軸γの一端をかしめ、他端を押圧刃板２
の外方に突出し該突出部を切欠して１字形の係止片８を
形成し、該係止片８をへ字形の梃子板９の短片部１０の
端部に穿った変形楕円形の透孔に係止して梃子板９を反
転し、かつ枢着７と共に回転するように連結するもので
ある。Circular through holes 5 and 6 are bored in the base blade plate 1 and the pressing blade plate 2 located behind the blades 3 and 4, and a pivot 7 is formed in the through holes 5 and 6.
, caulk one end of the pivot γ, and press the other end of the blade plate 2.
A one-shaped locking piece 8 is formed by protruding outward and cutting out the protrusion, and the locking piece 8 is formed into a modified elliptical transparent hole bored at the end of the short piece 10 of the F-shaped lever plate 9. The lever plate 9 is inverted by being engaged with the hole, and the lever plate 9 is connected so as to rotate together with the pivot 7.

基刃板１と押圧刃板２との接着部に細条１１の誘導孔１
２を穿ち、更に枢軸７と誘導孔１２との間に位置せしめ
て、該基刃板１に長い誘導孔１３を穿ち、かつ枢軸７の
切欠部に細条１１の誘導用の横孔１４を穿ち、誘導孔１
２の下方より細条１１を挿入し、該細条１１を基刃板１
の外側に導き出し、これを誘導孔１３の上方より内方に
向って挿入し、更に横孔１４に挿入して刃３，４間より
外方に繰り出し、刃３，４にて切断するものであって、
細条１１は第２図に示すように金属細線或は植物繊維の
単線又は撚線のものと、金属細線を編組した平紐状に形
成した細条１１とに形成される。A guide hole 1 of a strip 11 is formed in the bonded area between the base blade plate 1 and the pressing blade plate 2.
2, and further located between the pivot 7 and the guide hole 12, a long guide hole 13 is bored in the base plate 1, and a horizontal hole 14 for guiding the strip 11 is formed in the notch of the pivot 7. Drill, guide hole 1
Insert the strip 11 from below the base plate 1 and
It is guided out to the outside, inserted inward from above the guide hole 13, further inserted into the horizontal hole 14, drawn out from between the blades 3 and 4, and cut by the blades 3 and 4. There it is,
As shown in FIG. 2, the strips 11 are formed of single or twisted metal wires or vegetable fibers, and strips 11 that are braided of thin metal wires and formed into a flat string shape.

本考案は上記のように、基刃板１と押圧刃板２との各一
端を接着し、該基刃板１と押圧刃板２との他方遊離端に
刃３，４を対設し、該刃３，４の後方を枢軸７にて枢着
し、該枢軸７の一端をかしめ、他方に係止片８を設け、
この係止片８にへ字形の梃子板９の短片部１０に穿った
透孔に係ｔＬシて該梃子板９を反転し、かつ枢軸７と共
に、回転するように形成し、かつ両刃板１，２の接着部
と基刃板１の先端部とに誘導孔１２．１３を穿ち、更に
枢軸７に横孔１４を穿ったから、該誘導孔１２にこれの
下方より挿入した平紐状の細条を誘導孔１３、横孔１４
に挿入し第４図のように、一方の手の母指にて刃３，４
間に繰り出し、該結り山部を端子板Ａの端子に鑞着しで
ある半田Ｂ上に載せ、該細条を加熱して置いた鏝Ｃを他
方の手に持ち押圧すると、半田Ｂは溶融する。In the present invention, as described above, one end of each of the base blade plate 1 and the press blade plate 2 is bonded, and the blades 3 and 4 are provided oppositely at the other free ends of the base blade plate 1 and the press blade plate 2, The rear parts of the blades 3 and 4 are pivotally connected by a pivot 7, one end of the pivot 7 is caulked, and a locking piece 8 is provided on the other,
This locking piece 8 is formed so as to be engaged with a through hole bored in the short piece 10 of the F-shaped lever plate 9 to invert the lever plate 9 and to rotate together with the pivot 7, and the double-edged plate 1 , 2 and the tip of the base blade plate 1, and a horizontal hole 14 in the pivot 7, a flat string-like strip was inserted into the guide hole 12 from below. Induction hole 13, horizontal hole 14
Insert the blades 3 and 4 with the thumb of one hand as shown in Figure 4.
Place the knot on the solder B which is soldered to the terminal of the terminal board A, and hold the iron C with which the thin strip has been heated and placed in the other hand and press it, and the solder B will be released. melt.

溶融した半田Ｂは平紐状の細条の網目に毛細管現象に似
た状態にて進入雨着するので、その部分を梃子板９の短
片部１０の折曲部にて押圧刃板２を押し、刃３，４にて
細条を切断する。The molten solder B enters the network of flat string-like strips in a state similar to capillary phenomenon and rains down on it, so press that part against the pressing blade plate 2 with the bent part of the short piece 10 of the lever plate 9. Cut the strips with blades 3 and 4.

従って電子器機の配電盤の端子より半田を除去し、端子
部の修理を極めて容易になし得る。Therefore, the solder can be removed from the terminals of the switchboard of electronic equipment, and the terminal portion can be repaired very easily.

またこの作業を繰り返し行うときは、一方の手の母指に
て基刃板１の外側に露出して細条を刃３，４の方向に繰
り出し、上記のように端子の半田を溶かし、溶けた半田
を細条の網目に附着し、半田の附着した細条を切断する
作業を繰り返し行うことができる。When repeating this operation, use the thumb of one hand to expose the outside of the base plate 1 and feed out the strip in the direction of the blades 3 and 4, melting the solder on the terminal as described above. The process of applying solder to the mesh of strips and cutting the strips to which the solder is applied can be repeated.

また細条が植物繊維、例えば竹や藤の如く相当の硬性と
弾性とを有する細条を竹細工や藤細工に使用する場合は
、上記のように細条を誘導孔１２゜１３、横孔１４に挿
通し、該細条を刃３，４間に繰り出し、該細条を刃物の
柄などに巻きつけ、端部を巻付部間に挿入するとき、細
条を切断するものである。In addition, when the strips are made of vegetable fibers, such as bamboo or rattan, which have considerable hardness and elasticity, and are used for bamboo crafts or rattan crafts, the strips are inserted into the guide holes 12° 13 and the horizontal holes 14 as described above. , the thin strip is fed out between the blades 3 and 4, the thin strip is wound around the handle of the knife, and the thin strip is cut when the end is inserted between the wound parts.

そして細条が弾性や歪曲性が強く元に戻る場合、或は可
撓性が強く妾りに移動する虞れがあるときは、基刃板１
と押圧刃板２との接着端部に穿った透孔りに上方より挿
入し、次に上記のように細条を誘導孔１２，１３、横孔
１４に挿通し、更に刃３，４間に繰り出し、細条を捲回
作業中必要の長さに切断することができるし、細条を所
定の長さに切断するのにも使用できるものであって、従
来に見られないほど作業能率も高く、しかも細条の繰り
出しも容易である。If the strips are highly elastic or distorted and return to their original state, or if they are so flexible that there is a risk of them moving undesirably, the base plate 1
The strip is inserted from above into the hole bored in the bonded end of the pressing blade plate 2, and then the strip is inserted into the guide holes 12, 13 and the horizontal hole 14 as described above, and then the strip is inserted between the blades 3 and 4. It can be fed out to cut the strip to the required length during winding work, and it can also be used to cut the strip to a predetermined length, increasing work efficiency to a level never seen before. Moreover, it is easy to feed out the strips.

ことに細条は一方の手の母指にて基刃板１の外側に押圧
されているため妾りに移動することなく、作業を順調に
進めることができる。In particular, since the strips are pressed against the outside of the base plate 1 with the thumb of one hand, the work can proceed smoothly without moving around.

【図面の簡単な説明】[Brief explanation of drawings]

第１図は本考案の拡大平面図、第２図は同じく側面図、
第３図は平紐状の細条の一部拡大平面図、第４図は本考
案の使用状態および電気端子の半田を細条の網目に附着
させる状態の直前を示す斜視図である。 １・・・・・・基刃板、２・・・・・・押圧刃板、３，
４・・・・・・刃５．６・・・・・・透孔、７・・・・
・・枢軸、８・・・・・・係止片、９・・・・・・へ字
形梃子板、１０・・・・・・短片部、１１・・・・・・
細条、１２．１３・・・・・・細条誘導孔、１４・・・
・・・枢軸７の横孔、Ａ・・・・・・端子板、Ｂ・・・
・・・半田、Ｃ・・・・・・鏝、Ｄ・・・・・・透子眺Figure 1 is an enlarged plan view of the present invention, Figure 2 is a side view,
FIG. 3 is a partially enlarged plan view of a flat string-like strip, and FIG. 4 is a perspective view showing the present invention in use and just before the solder of the electrical terminal is attached to the mesh of the strip. 1...Base blade plate, 2...Press blade plate, 3,
4...Blade 5.6...Through hole, 7...
... Pivot, 8 ... Locking piece, 9 ... F-shaped lever plate, 10 ... Short piece, 11 ...
Strip, 12.13...Strip guide hole, 14...
...Horizontal hole of pivot 7, A...Terminal plate, B...
... Handa, C ... Trowel, D ... Touko View

Claims (1)

【実用新案登録請求の範囲】[Scope of utility model registration request] 基刃板１の後端と、押圧刃板２との後端とを重合板に接
着して弾性を附与すると共に、該基刃板１の先端と該押
圧刃板２との先端とをそれぞれ内方に起立し、該起部に
刃３，４をそれぞれ対向状に設け、該刃３，４の少しく
後方に位置せしめて前記基刃板１と押圧刃板２とに透孔
５，６を穿ちこの透孔５，６に枢軸Ｔを挿通し、該枢軸
７の一端をかしめ、前記枢軸７の他端を切欠して係止片
８を設け、該係止片８にへ字形の梃子板９の短片部１０
の先端に穿った透孔に挿通して前記枢軸７に梃子板９を
反転し、かつ枢軸７と共に回転できるように連結し、前
記基刃板１と押圧刃板２との接着部附近に細条の誘導孔
１２を穿つと共に、枢軸７と該誘導孔１２との間に位置
せしめて基刃板１に誘導孔１３を穿ち、更に枢軸７に細
条の誘導用横孔１４を穿ち、細条を誘導孔１２の内方よ
り基刃板１の外側を経て誘導孔１３、横孔１４より細条
を繰出して刃３，４間に導き出して切断し、或は切断前
電気端子の半田部に載せ、細条に加熱鏝を当て半田を細
条に附着した部分を切断する細条切断器。The rear end of the base blade plate 1 and the rear end of the press blade plate 2 are bonded to a polymer plate to impart elasticity, and the tips of the base blade plate 1 and the press blade plate 2 are bonded together. The base blade plate 1 and the pressing blade plate 2 are provided with through holes 5, which are respectively erected inwardly and provided with blades 3 and 4 facing each other at the base portions, and positioned slightly behind the blades 3 and 4. 6 and insert the pivot T into the through holes 5 and 6, caulk one end of the pivot 7, cut out the other end of the pivot 7 to provide a locking piece 8, and insert an F-shaped locking piece 8 into the locking piece 8. Short piece 10 of lever plate 9
The lever plate 9 is inserted into the hole drilled at the tip of the base blade plate 1, and the lever plate 9 is inverted and connected to the pivot shaft 7 so as to be rotatable with the pivot shaft 7. At the same time, a guide hole 12 for the strip is bored, a guide hole 13 is bored in the base blade plate 1 located between the pivot 7 and the guide hole 12, and a horizontal hole 14 for guiding the strip is bored in the pivot 7. The strip is fed out from the inside of the guide hole 12 through the outside of the base plate 1 through the guide hole 13 and the horizontal hole 14 and guided between the blades 3 and 4 for cutting, or the solder part of the electrical terminal before cutting. A strip cutter that cuts the part where solder is attached to the strip by applying a heated trowel to the strip.