JP2000093569A - Structure for connecting head and shaft of gate ball stick - Google Patents

Structure for connecting head and shaft of gate ball stick

Info

Publication number
JP2000093569A
JP2000093569A JP10285931A JP28593198A JP2000093569A JP 2000093569 A JP2000093569 A JP 2000093569A JP 10285931 A JP10285931 A JP 10285931A JP 28593198 A JP28593198 A JP 28593198A JP 2000093569 A JP2000093569 A JP 2000093569A
Authority
JP
Japan
Prior art keywords
shaft
te
head
member
tapered surface
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.)
Pending
Application number
JP10285931A
Other languages
Japanese (ja)
Inventor
Kazuo Ariyoshi
吉 一 夫 有
Original Assignee
Kazuo Ariyoshi
有▲吉▼ 一夫
Priority date (The priority date 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 date listed.)
Filing date
Publication date
Application filed by Kazuo Ariyoshi, 有▲吉▼ 一夫 filed Critical Kazuo Ariyoshi
Priority to JP10285931A priority Critical patent/JP2000093569A/en
Publication of JP2000093569A publication Critical patent/JP2000093569A/en
Application status is Pending legal-status Critical

Links

Abstract

PROBLEM TO BE SOLVED: To prevent play and error in squareness when connecting the head and shaft of a gate ball stick, so as to permit permanent use of the stick, by firmly connecting the head and the shaft together. SOLUTION: In a gate ball stick, a head 1 and a shaft 2 are firmly connected together at two far apart points at lower and upper ends to achieve accurate squareness between the head 1 and the shaft 2 to allow the user to strike a ball in the desired direction and to prevent the shaft from being slackened by the impact of ball striking. A structure that will not fail (generating of play) even if used many times is provided to permit permanent use and to make the structure applicable to ball striking outfits of well known techniques.

Description

【発明の詳細な説明】 DETAILED DESCRIPTION OF THE INVENTION

【0001】 [0001]

【産業上の利用分野】本発明は、ゲ−トボ−ル用ステイックのヘッド1とシャフト2を相当離れた下・上端の2 BACKGROUND OF THE INVENTION The present invention, gate - oxalatoborate - considerable distant down-upper head 1 and the shaft 2 of Le for stick 2
点で強固に接続し、ヘッド1とシャフト2の直角度を正確に出してボ−ルを思いの方向に打てるようにすると共にボ−ルを打った時の衝撃でシャフトが弛まないようにしたゲ−トボ−ル用ステイックのヘッドとシャフトの接続構造に関するものである。 Firmly connected at a point, the perpendicularity of the head 1 and the shaft 2 exactly out ball - and so the shaft is not loosened by the impact when hitting the Le - ball while to strike in the direction of think Le gate - oxalatoborate - relates connecting structure of the head and shaft of the Le for stick.

【0002】 [0002]

【従来の技術】従来、ヘッド1とシャフト2の接続は、 Conventionally, the connection of the head 1 and the shaft 2,
公知技術として、実公昭60(1985)−33979 As known in the art, Utility Model 60 (1985) -33979
号の打球用具が図17のように実施化されている。 No. hitting tool is implemented as shown in Figure 17. 該構造は、ヘッド31に植設し、且、内周に先細状のテ−パ穴を形成した受け部材32に、挿入部材33を挿入し、 The structure is implanted in the head 31, 且, inner periphery tapered Te - the receiving member 32 formed with tapered bores, inserting the insertion member 33,
然る後、締め具34で挿入部材33を受け部材32に圧着し、且、回転防止装置35でシャフト36が回らないようにしているが、受け部材32と挿入部材33は1本状のテ−パ面で固定し、且、ボ−ルを横方向から打つため、相互テ−パ面間の製作誤差(言わば許容誤差でテ− Thereafter, it crimped to the receiving member 32 inserted member 33 at fasteners 34, 且, although the shaft 36 with anti-rotation device 35 is prevented from turning, the receiving member 32 and the insertion member 33 is one form of Te - fixed with tapered surface, 且, ball - to beat Le laterally, mutually Te - manufacturing errors between the tapered surface (so to speak Te with a tolerance -
パ加工上避けられない誤差)がガタの原因になり、又、 Inevitable on the path processing error) is the cause of the backlash, also,
ボ−ルを打った時の衝撃でこのガタは益々増大し、ヘッド31とシャフト36の直角度を出し難く、シャフト3 Ball - the backlash impact when struck le increasingly increased, difficult issues the perpendicularity of the head 31 and the shaft 36, the shaft 3
6が弛み易いと共に常にガタがある不安定な状態で打つためボ−ルを打ち難い傾向がある。 6 ball for striking in an unstable state in which there is always a backlash with easily loosened - tends to hardly hit Le. この欠点をなくすため、先に、特願平5−247626号(特開平7−59 To eliminate this drawback, above, Japanese Patent Application No. Hei 5-247626 (JP-A-7-59
887号)と特願平7−308074号(特開平9−1 887 No.) and Japanese Patent Application No. Hei 7-308074 (JP-A-9-1
40843号)、特願平9−90260号のゲ−トボ− 40843 No.), the Japanese Patent Application No. 9-90260 gate - oxalatoborate -
ル用ステイックの接続構造を3件出願したが、今回出願の本発明は、これ等を改良し、相当離れた下・上端の2 Has been filed 3 a connection structure of Le for stick, the present invention this application is to improve this such, the spaced significantly lower, upper 2
点で強固に接続し、ヘッド1とシャフト2の直角度を更に正確に出すと共にボ−ルを打った時の衝撃でシャフト2が弛まないようにして永年使用出来るようにしたものである。 Firmly connected at a point, ball with issues a perpendicularity of the head 1 and the shaft 2 more accurately - is obtained as can be used for many years as the shaft 2 is not loosened by the impact when struck Le.

【0003】 [0003]

【発明が解決しようとする課題】ヘッド1とシャフト2 The present invention is to provide a head 1 and the shaft 2
を強固に接続し、ヘッド1とシャフト2の直角度を正確に出すと共にボ−ルを打った時の衝撃でシャフト2が弛まないようにすることにある。 The firmly connected, Bo with issues a perpendicularity of the head 1 and the shaft 2 accurately - impact is to such shaft 2 is not loosened at the time of hit Le.

【0004】 [0004]

【課題を解決するための手段】ヘッド1とシャフト2を相当離れた下・上端の2点で強固に接続し、ヘッド1とシャフト2の直角度を正確に出してボ−ルを思いの方向に打てるようにすると共にボ−ルを打った時の衝撃でシャフトが弛まないようにすることを最も主要な特徴とする。 Rigidly connected at two points of spaced significantly lower, upper head 1 and the shaft 2 [SUMMARY OF], ball exactly out of perpendicularity of the head 1 and the shaft 2 - direction thoughts Le Bo while to strike the - the most important feature to ensure that the shaft is not loosened by the impact when struck Le. 又、何回使用しても故障(ガタの発生)しない構造にして永年使用出来るようにすると共に従来の技術の項に記した公知技術の打球用具にも実施出来ることも実現した。 Further, to realize also be implemented in the prior art of hitting tool noted in the prior art section as well as to be able to use for many years in the structure that does not malfunction even when used many times (the occurrence of looseness).

【0005】 [0005]

【実施例】実施例1を図1から図8について説明すると、図中1はヘッド、2はシャフト、3は嵌装筒で、該嵌装筒3の内周にテ−パ穴4を、外周におねじ5を形成し、下部には回り止めピン6を取り付けている。 EXAMPLES Referring to FIG. 8 Example 1 from 1, reference numeral 1 denotes a head, 2 shaft, 3 is fitted tube, Te on the inner periphery of the fitting sweeping 3 - the path hole 4, periphery to form a male screw 5, is attached a locking pin 6 is at the bottom. 而して、該嵌装筒3のおねじ5に接着剤を塗付してヘッド1 And Thus, the head 1 are denoted by coating an adhesive to the external thread 5 of the fitting sweeping 3
中間部に設けた穴7に植設(ねじ込む)固定し、且、穴7上部の周囲に間隙8を設け、ヘッド1下部にはビス9 Implanted (screwed) fixed in a hole 7 provided in the middle portion, 且, the gap 8 around the holes 7 top provided, the lower head 1 bis 9
をねじ込んで嵌装筒3が回らないようにしている。 A is HamaSoto 3 by screwing so that does not turn. 尚、 still,
回り止めピン6の代りにその他方式の回り止め装置を取り付けてもよい。 It may be attached to detent device other method instead of the detent pin 6. 本発明に於ては、上記嵌装筒3のテ− Te is at the present invention, the HamaSoto 3 Te -
パ穴4上部にストレ−ト穴10を形成し、又、おねじ5 Pas holes 4 top to stress - to form the door holes 10, also, the external thread 5
に螺合する締付筒11を形成し、該めねじ12の上部に水平状のテ−パリング押さえ13を、該テ−パリング押さえ13の上部は上向きにテ−パ穴14を形成し、斯様に形成した締付筒11を、シャフト2の下部に遊嵌し、 To form a clamping cylinder 11 to be screwed, the internal thread 12 the upper horizontally-like hand - the Paringu presser 13, 該Te - top of Paringu presser 13 is upward Te - forming a path holes 14, 斯formed was a tightening cylinder 11 as loosely fitted in the lower part of the shaft 2,
又、下部がテ−パ穴4下部に適合するテ−パ面15を短く、上部は逆テ−パ面16状の心体17を形成し、該心体17をシャフト2の下端にビス9で取り付け、且、逆テ−パ面16とストレ−ト穴10間に、半径方向に拡縮自在のテ−パリング18を介在している。 The lower Te - Pas hole 4 fits in the lower tape - shortening the tapered surface 15, the upper reverse tape - to form a tapered surface 16 shaped tension member 17, bis said cardiac member 17 to the lower end of the shaft 2 9 in mounting, 且, Gyakute - tapered surface 16 and the stress - between DOO hole 10, scaled freely Te radially - is interposed a Paringu 18. 尚、図中19 It should be noted that, in the figure 19
は回り止めピン6に適合する横溝、20はロ−レット状の縦溝、25は柄を示す。 Transverse grooves adapted to detent pins 6, 20 b - let shaped flutes, 25 denotes a handle. 又、図中26はつかみで、締付筒11を嵌装筒3にねじ込み初める時の位置より、やや高めのところに取り付けている。 Further, reference numeral 26 is a grab, the position at which Someru screwing a clamping cylinder 11 to HamaSoto 3, are attached at the slightly higher. 又、テ−パ面15の上部は全周に凹部27を設けている。 Moreover, Te - top of the tapered surface 15 has a recess 27 provided in the entire circumference. 尚、つかみ26 It should be noted that, grab 26
は、締付筒11の下部やテ−パリング18、逆テ−パ面16を掃除し易くするため、更に、高い位置に取り付けるか、薄いリング状のつかみ26に、ロ−レット又は浅めの縦溝20を形成して取り付けてもよい。 Is lower and Te of the clamping cylinder 11 - Paringu 18, Gyakute - to facilitate cleaning the tapered surface 16, further or attached to a high position, a thin ring-like gripping 26, Russia - vertical Rett or shallow it may be attached to form a groove 20. この場合、 in this case,
リング状のつかみ26のところを、締付筒11が通り易いように、締付筒11の穴径をやや大きく形成する。 The place of the ring-shaped gripping 26, in order to facilitate as clamping cylinder 11 is slightly larger a diameter of the clamping cylinder 11.
又、つかみ26の代りにロ−レット又は浅めの縦溝20 Further, b instead of gripping 26 - flutes Rett or shallow 20
をシャフト2に直接形成してもよい。 The may be formed directly on the shaft 2. 又、嵌装筒3と心体17の固定はビス9を使用したが、ビス9の代りに釘を打ってもよく、ビス9又は釘に接着剤を塗布してねじ込むか打ち込めば、強固に接続されて抜けることがない。 Although fixed HamaSoto 3 and tension member 17 using screws 9 may hit the nail in place of bis 9, if Uchikome either screwed by applying an adhesive to bis 9 or nails, firmly there is no possible exit is connected. 又、使用する材料は、本構造を軽量化するため合成樹脂又は軽金属等で形成してもよい。 Further, materials used, the present structure may be formed by synthetic resin or light metal or the like for weight reduction. 以上は、他の実施例に於ても同様である。 Above is the same even at the other embodiments. 図8は、嵌装筒3を長めに形成し、該長めの分をヘッド1より突出すると共に心体17 8, and longer form HamaSoto 3, tension member with projecting from the head 1 min Me the long 17
も長めに形成している。 It is longer form also. 尚、本実施例は、他の実施例にも応用実施可能である。 This embodiment is also applicable implementation to another embodiment.

【0006】実施例2の図9から図12は、テ−パ穴4 [0006] From Figure 9 of Example 2 FIG. 12, Te - Pa holes 4
を連続して形成し、逆テ−パ面16とテ−パ穴4間に逆テ−パ面16とテ−パ穴4に適合するテ−パリング18 The continuously formed, Gyakute - tapered surface 16 and the tape - Gyakute between tapered bores 4 - tapered surface 16 and the tape - fits tapered bores 4 Te - Paringu 18
を介在している。 It is interposed a.

【0007】実施例3の図13から図16は、テ−パリング18の外周面に横U字状の結合溝23を形成して縦状に数分割し、該結合溝23には断面が小径のコイル状のばね24若しくはゴム等の弾性体を嵌入して、テ−パリング18を一体化している。 [0007] From Figure 13 of Embodiment 3 FIG. 16, Te - Paringu 18 carbon divided vertically shape to form a horizontal U-shaped coupling groove 23 on the outer circumferential surface of the cross-section diameter in the coupling groove 23 and fitting the elastic body such as spring 24 or rubber-like coil, Te - are integrated Paringu 18. 尚、本応用実施例は図1 Incidentally, the present application example 1
から図12のテ−パリング18にも応用実施可能である。 From 12 Te - Paringu 18 also is applicable embodiments.

【0008】以上の各実施例に於て、各テ−パリング1 [0008] The above At a respective embodiments, the tape - Paringu 1
8はプラスチック又は金属等の弾性材やゴム等の弾性材で形成し、該テ−パリング18の内径は、該テ−パリング18をストレ−ト穴10若しくはテ−パ穴4に固定する位置よりやや上側の逆テ−パ面16に適合するテ−パ面を形成し、外径は、ストレ−ト穴10若しくはテ−パ穴4上部の径よりやや小さく形成し、更に、実施例1 8 is formed by an elastic material such as an elastic material or rubber such as plastic or metal, 該Te - inner diameter of Paringu 18 該Te - Paringu 18 stress - DOO hole 10 or tape - the position for fixing to the path hole 4 slightly above the opposite Te - compatible with tapered surface 16 Te - form a tapered surface, an outer diameter, stress - DOO hole 10 or tape - slightly smaller than the diameter of the tapered bores 4 top, further, example 1
(図1から図8)と2(図9から図12)に於ては、1 Te is at the (from Figure 1. Figure 8) and 2 (FIGS. 9 12), 1
箇所を縦状に切欠き21、外周面数箇所には縦状の弾力溝22を設け、実施例3(図13から図16)のテ−パリング18は、前記実施例3の図13から図16のように形成している。 Notch a portion vertically shape 21, a vertical-shaped resilient groove 22 provided on the outer peripheral surface several places, Te Example 3 (FIGS. 13 16) - Paringu 18, FIGS. 13 of Example 3 16 are formed as. 尚、各テ−パリング18の内径は、逆テ−パ面16上部に適合するように形成してもよい。 Incidentally, the tape - the inner diameter of Paringu 18 Gyakute - may be formed to conform to the tapered surface 16 thereon. 斯様に形成したテ−パリング18は、ストレ−ト穴10の場合は、図2、図8、図13のように、締付筒11を締めれば、テ−パリング18が逆テ−パ面16をずり下って拡張し、外周がストレ−ト穴10に圧着するので、図3、図15のように、テ−パリング18の外径が大きくなって切欠き21が開く。 Such-formed tape - Paringu 18, stress - if bets holes 10, FIG. 2, FIG. 8, as shown in FIG. 13, if tightened the clamping sleeve 11, Te - Paringu 18 Gyakute - tapered surface 16 was extended I under shear, the outer periphery is stress - so crimped to preparative hole 10, FIG. 3, as shown in FIG. 15, Te - notches 21 outside diameter increases in Paringu 18 is opened. 図9のテ−パ穴4の場合も、 Te in Figure 9 - in the case of tapered bores 4,
締付筒11を締めれば、テ−パリング18が逆テ−パ面16をずり下がって拡張し、外周がテ−パ穴4に圧着するので、図10のようにテ−パリング18の外径が大きくなって切欠き21が開く。 If tightened tightening cylinder 11, Te - Paringu 18 Gyakute - a tapered surface 16 extends down shear, the outer peripheral Te - so crimped to tapered bores 4, Te as shown in Fig. 10 - the outer diameter of Paringu 18 It becomes the notch to 21 open wide. 又、上記の各テ−パリング18は、締付筒11を弛めると、弾性を有するテ−パリング18は、図6、図12、図16のように、逆テ−パ面16を自動的にずり上がって製作時と同じ状態に復元するので、テ−パリング18の径が小さくなって切欠き21は閉じる。 Further, each of the above tape - Paringu 18 when loosening the tightening cylinder 11, Te has elasticity - Paringu 18, 6, 12, as shown in FIG. 16, Gyakute - tapered surface 16 automatically because it restored to the same state at the time of manufacture ride further up, tape - the diameter of the Paringu 18 notch smaller 21 is closed. 尚、テ−パリング18を圧着する時、テ−パリング18の外径は、ストレ−ト穴10若しくはテ−パ穴14と、内径は、逆テ−パ面16の圧着面と微小ながら異なるが、テ−パリング18は弾性材で形成し、 Incidentally, Te - when crimping the Paringu 18, Te - outer diameter of Paringu 18, stress - the path hole 14, the inner diameter is Gyakute - - DOO hole 10 or Te differ with the minute and crimping surface of the tapered surface 16 , Te - Paringu 18 is formed of an elastic material,
且、弾力溝22を設けるか縦状に数分割し、ストレ−ト穴10若しくはテ−パ穴4と逆テ−パ面16によくなじむ構造にしたので、圧着力は強く、ヘッド1とシャフト2を直角に接続することが出来る。且 several divided vertically shape or providing a resilient groove 22, stress - DOO hole 10 or Te - Pas hole 4 and Gyakute - since well adapt structures tapered surface 16, pressing force is strong, the head 1 and the shaft it is possible to connect two at a right angle.

【0009】実施例4の図18から図21は、図17 [0009] Figure 21 Figure 18 of Example 4, FIG. 17
(従来の技術の項に記した公知技術)の打球用具の挿入部材33か受け部材32、又は、挿入部材33と受け部材32の両方に凹部27を設けたもので、図18は、受け部材32に挿入部材33を挿入した時、受け部材32 Insertion of hitting tool (known art noted the Background section) member 33 or receiving member 32, or, which has a recess 27 on both receiving and insertion member 33 member 32, FIG. 18, the receiving member 32 when inserting the insertion member 33, the receiving member 32
に圧着する下部と上部を除いた中間部全周に凹部27を設けている。 It is provided with a recess 27 in the middle part all around except the lower and upper crimping to. 図19は、凹部27を受け部材32に設けている。 Figure 19 is provided in the receiving recess 27 member 32. 図20は、挿入部材33の凹部27を主体とし、対称側の受け部材32に凹部27を短かめに設けている。 Figure 20 is mainly a recess 27 of the insert member 33 is provided with a recess 27 in the short turtle symmetrically side of the receiving member 32. 図21は、受け部材32の凹部27を主体とし、 Figure 21 receives the recessed portion 27 of the member 32 mainly,
対称側の挿入部材33に凹部27を短かめに設けている。 It is provided with a recess 27 in the short turtle insertion member 33 of the symmetrical side.

【0010】実施例5の図22は、受け部材32を長めに形成し、該長めの分をヘッド31より突出すると共に挿入部材33も長めに形成している。 [0010] Figure 22 of Example 5, receives the member 32 is longer form, are longer form also insert member 33 with protruding from the head 31 min Me said long. 尚、凹部27を受け部材32側に設けずに挿入部材33側に設けてもよい。 Incidentally, it may be provided on the insertion member 33 side without providing the receiving recesses 27 member 32 side.

【0011】図23は、応用実施例で、つかみ26を、 [0011] Figure 23 is a application example, the gripping 26,
締付筒11を少し弛めたところに取り付けている。 It is attached to was a little loosened the tightening cylinder 11.

【0012】実施例6の図24は、シャフト2に遊嵌するつかみ本体41を形成し、該上部の胴体部にはおねじを形成し、又、シャフト2に遊嵌し、内部はテ−パ状の固定器42を、下部にめねじを形成してつかみ本体41 [0012] Figure 24 of Example 6, to form a gripping body 41 loosely fitted on the shaft 2, the body portion of the upper to form a male thread, also loosely fitted into the shaft 2, inside the Te - Pa Jo of fixator 42, body 41 grasp by forming a female thread in the lower
にねじ込み、且、固定器42内には、内周がシャフト2 The screwing, 且, in the fixator 42, the inner circumferential shaft 2
に摺動すると共に外周をテ−パ状に形成し、且、縦状に1列又は、数分割したシャフト固定リング43を装着し、而して、斯様に構成した任意位置固定つかみ40をシャフト2の下部より通し、然る後、シャフト2の下部に締付筒11を遊嵌すると共に心体17を取り付けている。 Te the outer periphery with slides - formed in Pas shape, 且, one row in the vertical form or, a shaft securing ring 43 which several divided mounted, and Thus, the Such arbitrarily stationary gripping 40 constructed through the lower portion of the shaft 2, and thereafter, attach the tension member 17 with loosely fitted a clamping cylinder 11 in the lower part of the shaft 2. 尚、シャフト固定リング43はテ−パリング18と同質の材料で形成する。 Incidentally, the shaft securing ring 43 Te - formed in Paringu 18 the same quality of the material.

【0013】実施例7の図25から図28に於て、図2 [0013] At a 28 from FIG. 25 of Embodiment 7, FIG. 2
5は、心体17の下端全周に球面44を形成している。 5 forms a spherical 44 all around the lower end of the tension member 17.
尚、下端にテ−パ面15を、上端に球面44を形成してもよい。 Incidentally, Te at the lower end - the tapered surface 15 may be formed spherical 44 at the upper end. 図26は、図25の心体17上端全周にも球面44を形成し、該球面44とストレ−ト穴10間にテ− Figure 26 forms the tension member 17 the upper end the spherical 44 to the entire circumference of FIG. 25, the spherical surface 44 and the stress - Te between bets hole 10 -
パリング18を介在している。 It is interposed a Paringu 18. 図27は、心体17と締付筒11を図25より長く形成し、該締付筒11の上部にはストレ−ト面45を形成し、該ストレ−ト面45と逆テ−パ面16間にテ−パリング18を介在している。 Figure 27 is longer form than Figure 25 the tension member 17 and clamping cylinder 11, the upper portion of 該締 with cylinder 11 stress - forming the door surface 45, the stress - up surface 45 and Gyakute - tapered surface It is interposed Paringu 18 - Te between 16.
尚、心体17下端も実施例1(図1から図8)の図2のように、テ−パ面15を形成してもよい。 Incidentally, as shown in Figure 2 of the tension member 17 the lower end also Example 1 (FIGS. 1 8), Te - may form a tapered surface 15. 図28は、図27の心体17上端全周にも球面44を形成し、該球面44とストレ−ト面45間にテ−パリング18を介在している。 Figure 28 forms the tension member 17 the upper end the spherical 44 to the entire circumference of 27, the spherical 44 and stress - is interposed a Paringu 18 - Te between up surface 45. 尚、以上の本実施例は図17、実施例4(図1 The above embodiment is 17, Example 4 (Fig. 1
8から図21)、実施例5の図22にも応用実施可能である。 Figure 8 21), is also applicable embodiment in FIG. 22 of Example 5.

【0014】 [0014]

【発明の効果】実施例1(図1から図8)に於て、ヘッド1とシャフト2を接続する時は、図2のように、嵌装筒3に心体17を挿入し、締付筒11を締めれば、ねじ込みの力はテ−パリング18を介してテ−パ面15をテ−パ穴4下部に押し付けるので、テ−パ面15はテ−パ穴4に圧着する。 [Effect of the Invention] Example 1 At a (FIGS. 1-8), when connecting the head 1 and the shaft 2, as in FIG. 2, to insert the tension member 17 to HamaSoto 3, tightening if tightened the cylinder 11, the force of the threaded Te - so pressed against the tapered bores 4 lower, Te - - Paringu 18 via the tape - the tapered surface 15 Te Pa surfaces 15 Te - crimping the path hole 4. 而して、更に、締付筒11を締めれば、テ−パリング18は逆テ−パ面16をずり下って拡張し、外周がストレ−ト穴10に圧着し、同時に、テ− And Thus, Furthermore, it tightened the clamping sleeve 11, Te - Paringu 18 Gyakute - a tapered surface 16 extends I under shear, the outer periphery stress - crimped to preparative hole 10, at the same time, Te -
パ面が逆テ−パ面16に圧着するので、ヘッド1とシャフト2を強固に接続出来ると共にヘッド1とシャフト2 Tapered surface is opposite Te - so crimped to tapered surface 16, the head 1 and the shaft 2 together with the head 1 and the shaft 2 can be rigidly connected
の直角度を正確に出すことが出来る。 It is possible to give a straight angle of precisely. 特に、短く形成したテ−パ面15の上部全周に凹部27を設け、心体17 In particular, short-formed tape - a recess 27 provided above the entire circumference of the tapered surface 15, tension member 17
を相当離れた下・上端の2点で強固に接続する構造にしたので、2点の摩擦力(圧着力)は強大で、打球時の衝撃を受けても弛まず、常に確実に接続した状態でゲ−ムをすることが出来ると共にヘッド1とシャフト2の直角度は常に正確であるのでボ−ルを思いの方向に正確に打つことが出来る。 Since the structure firmly connected at two points spaced significantly lower, upper end state, the friction force of two points (crimping force) is a powerful, without slackening even under impact hitting, which always reliably connected Dege - so perpendicularity of the head 1 and the shaft 2 together may be a beam is always accurate ball - can hit accurately in the direction of think Le. 又、心体17の下部に回り止めピン6 In addition, the pin 6 is prevented from rotating at the bottom of the tension member 17
を取り付けたので、万一弛もうとしても回り止めピン6 Since the mounted, even detent as you Tayumo Should pin 6
が弛みを未然に防止する。 But to prevent the slack. ヘッド1からシャフト2を取り外す時は、図5のように、締付筒11を弛めれば、弾性を有するテ−パリング18は、逆テ−パ面16を自動的にずり上がって製作時と同じ状態(図6)に復元し、 When the head 1 Remove the shaft 2, as in FIG. 5, if Yurumere the tightening cylinder 11, Te has elasticity - Paringu 18 Gyakute - during manufacture ride further up the tapered surface 16 to automatically restored to the same state (FIG. 6),
ストレ−ト穴10と逆テ−パ面16との圧着力も解除されるので、図7のように、ヘッド1からシャフト2を容易に取り外すことが出来る。 Stress - DOO hole 10 and Gyakute - since pressing force between the tapered surface 16 is also released, as shown in FIG. 7, it can be removed from the head 1 to shaft 2 easily. 又、このように、心体17 In addition, in this way, tension member 17
を容易に取り外すことが出来るので、テ−パ穴4とテ− It is possible to remove the easily, Te - tapered bores 4 and Te -
パ面15のテ−パ角度を思い切って小さく、又、逆テ− Tapered surface 15 of the tape - small plunge the path angle, also Gyakute -
パ面16とテ−パリング18のテ−パ角度もテ−パリング18が自動的にずり上がる範囲内まで小さく形成して圧着力を更に増すことが出来る。 Tapered surface 16 and the tape - Paringu 18 Te - Pa angles Te - Paringu 18 further increase is possible crimping force formed small to the extent that ride up automatically. 又、締付筒11にはロ−レット状の縦溝20を形成したので回し易く、つかみ26も縦溝20を形成したので持ち易い。 Further, the clamping cylinder 11 b - easily rotate because the formation of the let-shaped longitudinal groove 20, gripping 26 likely has since the formation of the flutes 20. 尚、凹部27 Incidentally, the concave portion 27
はテ−パ穴4と接触しないので粗仕上げでよく、加工上の手間を著しく省くことが出来る。 Te - does not contact with the tapered bores 4 well roughing can be omitted considerably effort on the work. 図8は、嵌装筒3をヘッド1より突出する長さに形成し、テ−パ面15と逆テ−パ面16の下・上端間の固定距離を、図2の場合より長くしたので、ヘッド1とシャフト2の直角度を更に正確に出すことが出来る。 Figure 8 is formed to a length that protrudes the HamaSoto 3 the head 1, Te - tapered surface 15 and Gyakute - the fixed distance between the lower-upper end of the tapered surface 16, since longer than the case of FIG. 2 , more precisely put it possible perpendicularity of the head 1 and the shaft 2. 、又、間隙8を必要としないので構造が簡単になると共にその分、ヘッド1に嵌装筒3を長く植設固定出来るので、ボ−ル打撃時の耐衝撃性が増し、安定して使用することが出来る。 Also correspondingly with does not require a clearance 8 structure is simplified, since the HamaSoto 3 the head 1 longer implanted can be fixed, ball - impact resistance increases during Le hitting stably used to it can be. 従って、故障(ガタの発生)しないので、永年使用することが出来る。 Therefore, since no failure (occurrence of looseness), it can be used secular.

【0015】実施例2の図9から図12は、テ−パリング18の外周をテ−パ状に形成し、図11のように、テ−パ穴4との隙間が大きくなるようにしたので、締付筒11を締める時、テ−パリング18がテ−パ穴4に入り易い。 [0015] FIGS. 9 to 12 of Example 2, Te - formed in Pas shape, as shown in FIG. 11, Te - - the outer circumference of Paringu 18 Te since as the gap between the tapered bores 4 is increased when tightening the clamping cylinder 11, Te - Paringu 18 Gath - easily enters the path hole 4. 又、該テ−パリング18は外・内周共テ−パ状であるので圧着力を増大することが出来る。 Further, 該Te - Paringu 18 outer-inner co Te - can increase the bonding force since a path shape.

【0016】実施例3の図13から図16のテ−パリング18は、コイル状のばね24若しくはゴム等の弾性体を使用し、弾性を機械的に付加したので、図13のように締め付けた時、又、図14のように、シャフト2を外す時、逆テ−パ面16を機敏に摺動出来使用上便利である。 [0016] in FIGS. 13 to 16 of Example 3 Te - Paringu 18 uses an elastic body such as coil spring 24 or rubber, since the mechanical addition of elastic and clamped as shown in FIG. 13 when, also, as shown in FIG. 14, when removing the shaft 2, Gyakute - it is convenient Usage can nimbly sliding the tapered surface 16. 尚、本実施例は図1から図12のテ−パリング18 Note that the present embodiment is tape of FIG. 12 from FIG. 1 - Paringu 18
に実施しても同様の効果がある。 A similar effect can be carried out.

【0017】図17(従来の技術の項に記した公知技術)の打球用具に本発明を応用実施した実施例4の図1 The diagram of Figure 17 Example 4 which applies practicing the present invention the hitting tool (known art noted in the section of the prior art) 1
8から図21に於て、図18は、挿入部材33の中間部全周に凹部27を設け、挿入部材33は相当離れた下・ 8 At a 21, 18, a recess 27 provided in an intermediate portion the entire circumference of the insertion member 33, the lower insert member 33 that substantially distant &
上端の2点で受け部材32に圧着する構造にしたので、 Since the structure of crimping the receiving member 32 at two points at the upper end,
強固に接続出来ると共にヘッド31とシャフト36の直角度を正確に出すことが出来る。 Rigidly connected can can accurately produce the perpendicularity of the head 31 and shaft 36 together. 又、凹部は精密加工の必要がない(粗仕上げでよい)ので、下・上端の加工精度を今以上に高めることが出来る。 Further, the recess there is no need for precision machining (or a rough finish), it is possible to enhance the machining accuracy of the lower-upper than now. 従って、ヘッド1とシャフト2の直角度を、今以上に正確に出すことが出来るので、ボ−ルを思いの方向に正確に打つことが出来る。 Therefore, the perpendicularity of the head 1 and the shaft 2, it is possible to put precise than now, Bo - can accurately hit the direction thoughts Le. 図19は、凹部27を受け部材32側に設けたので同様の効果がある。 19, the same effect since there is provided in the receiving recess 27 member 32 side. 又、図20と図21は、凹部27を設けた対称側に凹部27を設けたので同様の効果があると共に加工上の精度を更に向上することが出来る。 Further, FIGS. 20 and 21 can be further improve the accuracy of the machining with the same effect because the recesses 27 arranged symmetrically side provided with a recess 27.

【0018】実施例5の図22は、実施例1(図1から図8)の図8と同じように、受け部材32をヘッド31 [0018] Figure 22 of Example 5, Example 1 in the same manner as in FIG. 8 (FIGS. 1-8), the receiving member 32 the head 31
より突出する長さに形成し、挿入部材33の下・上端間の固定距離を長くしたので、ヘッド31とシャフト36 Forming a length of more projects, since the longer a fixed distance between the lower-upper end of the insertion member 33, the head 31 and shaft 36
の直角度を更に、正確に出すことが出来る。 Squareness of the addition, it is possible to put out accurately. 又、間隙8 In addition, the gap 8
を必要としないので構造が簡単になると共にその分、ヘッド31に受け部材32を長く植設固定出来るので、ボ−ル打撃時の耐衝撃性が増し、安定して使用することが出来る。 Correspondingly, since the member 32 received in the head 31 lengthened implanted can be fixed as well as the structure does not require becomes easy, ball - impact resistance increases during Le hit, can be stably used. 従って、故障(ガタの発生)しないので、永年使用することが出来る。 Therefore, since no failure (occurrence of looseness), it can be used secular.

【0019】応用実施例の図23は、つかみ26を締付筒11を少し弛めたところに取り付けたので、弛める時、心体17のテ−パ面15がテ−パ穴4に強固に密着し、抜け難い場合でも、締付筒11を弛めれば、心体1 [0019] Application Example of Figure 23, since the mounting of the gripping 26 set slightly loosened clamping cylinder 11, when loosened, Te of tension member 17 - tapered surface 15 Gath - firmly to the tapered bores 4 coherent, even if difficult to escape, if Yurumere the tightening cylinder 11, tension member 1
7も共に上って密着面は外れるので、シャフト2を容易に引き抜くことが出来る。 Since 7 also disengages the contact surface up together, it is possible to pull out the shaft 2 easily.

【0020】実施例6の図24は、任意位置固定つかみ40を任意位置にずらし、固定器42を締めれば、シャフト固定リング43はシャフト2に圧着し、同時に、固定器42もシャフト固定リング43に圧着して固定される。 [0020] Figure 24 of Example 6, shifting optionally position any position fixing gripping 40, if tightened the fixator 42, shaft fixing ring 43 is pressed against the shaft 2, at the same time, the fixed 42 well shaft fixing ring 43 It is fixed by crimping to. 従って、任意位置固定つかみ40をシャフト2の任意位置に固定出来るので、実施例1から2(図1から図12)の単なるつかみ用、又、応用実施例図23の心体17引き抜き用、不用の時は上部に移動する等使用目的に応じて使い分け出来、使用上便利である。 Thus, since an arbitrary position fixed gripping 40 can be fixed at any position of the shaft 2, just for the grab from Example 1 2 (FIGS. 1 12), also for heart 17 withdrawal of Application Example 23, unnecessary when the can be used depending on the equal use purpose to move to the top, it is convenient use.

【0021】実施例7の図25から図28に於て、図2 [0021] At a 28 from FIG. 25 of Embodiment 7, FIG. 2
5は、心体17下端に球面44を形成し、締付時に球面が自動求心作用をするようにしたので、ヘッド1とシャフト2を直角に接続出来、ボ−ルを思いの方向に打つことが出来る。 5, the spherical 44 is formed in the tension member 17 the lower end, because the spherical when tightening was made to the automatic centripetal action, the head 1 and the shaft 2 can be connected at right angles, ball - to hit in the direction of think Le It can be. 図26は、心体17の上端にも球面44を形成したので、自動求心作用を一層高めることが出来る。 Figure 26, since the formation of the spherical surface 44 to the upper end of the tension member 17, it is possible to further enhance the automatic centripetal action. 図27は、心体17と締付筒11を長く形成し、下・上端の2点間の固定距離を図25の場合より遠くしたので、ヘッド1とシャフト2の直角度を一層出し易く、 Figure 27 is a longer form a tension member 17 and clamping sleeve 11, since the distance from the case of FIG. 25 the fixed distance between the two points of the lower-upper, more easily out of perpendicularity of the head 1 and the shaft 2,
ボ−ルを安定して打つことが出来る。 Ball - can be hit by Le stable. 図28は、心体1 FIG. 28 is a tension member 1
7の上端にも球面44を形成し、締付時に自動求心作用を下・上端の2点で高めるようにしたので、ヘッド1とシャフト2の直角度を正確に出すことが出来ると共にボ−ルを思いの方向に安定して打つことが出来る。 Also forms a spherical 44 to 7 the upper end of, the automatic centering effect during tightening and thereby enhancing at two points of the lower-upper, Bo with the perpendicularity of the head 1 and the shaft 2 can be put accurately - Le the thought direction in the stable can be hit by the.

【0022】以上の各実施例に於て、ヘッド1とシャフト2の接続は、嵌装筒3に心体17を挿入し、締付筒1 [0022] At a respective embodiments described above, the connection of the head 1 and the shaft 2, by inserting the tension member 17 to HamaSoto 3, clamping cylinder 1
1を締めるだけでよいが、締付筒11を嵌装筒3に少しねじ込んだ後(例えば、図5、図11、図14、図24 Need only tighten the 1, but after that little screwed a clamping cylinder 11 to HamaSoto 3 (e.g., Fig. 5, 11, 14, 24
の状態)、つかみ26を持って、シャフト2を下方(ヘッド1側)に押し付け、然る後、締付筒11を締めるようにすれば、ヘッド1とシャフト2を、更に、強固に接続出来ると共にヘッド1とシャフト2の直角度を一層正確に出すことが出来る。 State), with the gripping 26, pressed against the shaft 2 downward (head 1 side), and thereafter, if so tighten the clamping cylinder 11, the head 1 and the shaft 2, further can firmly connected it can be put more accurately the perpendicularity of the head 1 and the shaft 2 together. 尚、本発明は、何回使用しても故障(ガタの発生)しない構造にしたので、永年使用出来ると共に相当離れた下・上端の2点で固定する構造であるため製作容易であり、公知技術の打球用具にも応用実施可能である等の諸特徴を有するものである。 The present invention is, since the structure that does not malfunction even when used many times (the occurrence of looseness) is easy to manufacture because of the structure for fixing at two points spaced significantly lower-upper with secular use can, known those having features of like is also applicable performed hitting tool technology.

【図面の簡単な説明】 BRIEF DESCRIPTION OF THE DRAWINGS

実施例1(図1から図8) Example 1 (FIGS. 1 8)

【図1】 本発明を実施したステイックの正面図である。 1 is a front view of a stick to which the present invention.

【図2】 実施例1の縦断正面図である。 2 is a vertical sectional front view of the first embodiment.

【図3】 図2の線A−Aのテ−パリング18のみの横断平面図である。 [Figure 3] of the line A-A of FIG. 2 Te - Paringu 18 is a cross-sectional plan view of only.

【図4】 図2の線B−Bの横断底面図である。 4 is a cross bottom view of the line B-B of FIG.

【図5】 締付筒11を弛めた場合の縦断正面図である。 5 is a vertical sectional front view when loosened clamping cylinder 11.

【図6】 図5の線C−Cのテ−パリング18のみの横断平面図である。 [6] the line C-C in te in FIG. 5 - Paringu 18 is a cross-sectional plan view of only.

【図7】 締付筒11を外した場合の縦断正面図である。 7 is a vertical sectional front view when removing the clamping cylinder 11.

【図8】 嵌装筒3と心体17を長めに形成した場合の縦断正面図である。 8 is a vertical sectional front view of the case where the longer form HamaSoto 3 and tension member 17. 実施例2(図9から図12) Example 2 (FIGS. 9-12)

【図9】 実施例2の縦断正面図である。 9 is a vertical sectional front view of the second embodiment.

【図10】 図9の線D−Dのテ−パリング18のみの横断平面図である。 [10] line D-D in FIG. 9 Te - Paringu 18 is a cross-sectional plan view of only.

【図11】 締付筒11を弛めた場合の縦断正面図である。 11 is a vertical sectional front view when loosened clamping cylinder 11.

【図12】 図11の線E−Eのテ−パリング18のみの横断平面図である。 [12] Figure 11 a line E-E of Te - Paringu 18 is a cross-sectional plan view of only. 実施例3(図13から図16) EXAMPLE 3 (FIGS. 13 16)

【図13】 締付筒11を締めた場合の一部縦断正面図である。 13 is a partial longitudinal sectional front view when tightening the clamping cylinder 11.

【図14】 締付筒11を弛めた場合の一部縦断正面図である。 14 is a partial longitudinal sectional front view when loosened clamping cylinder 11.

【図15】 図13の線Fのテ−パリング18のみの横断平面図である。 [15] line F in FIG. 13 Te - Paringu 18 is a cross-sectional plan view of only.

【図16】 図14の線Gのテ−パリング18のみの横断平面図である。 [16] line G in FIG. 14 Te - Paringu 18 is a cross-sectional plan view of only. 公知技術 Known technology

【図17】 従来の技術の項中に記した公知技術(実公昭60(1985)−33979号の打球用具)の縦断正面図である。 17 is a vertical sectional front view of a prior art known techniques noted in section (Utility Model 60 (1985) -33979 Patent of the hitting tool). 実施例4(図18から図21) Example 4 (FIGS. 18 21)

【図18】 図17の公知技術に本発明を応用実施した場合の縦断正面図である。 18 is a vertical sectional front view of a case where the present invention is applied conducted to the prior art of FIG. 17.

【図19】 受け部材32に凹部27を設けた場合の縦断正面図である。 It is a longitudinal front view of the recess 27 is provided in Figure 19 the receiving member 32.

【図20】 挿入部材33の凹部27を主体とし、対称側の受け部材32に凹部27を短かめに設けた場合の縦断正面図である。 [Figure 20] mainly a recess 27 of the insert 33 is a vertical sectional front view of a case of providing the concave portion 27 in the short turtle symmetrically side of the receiving member 32.

【図21】 受け部材32の凹部27を主体とし、対称側の挿入部材33に凹部27を短かめに設けた場合の縦断正面図である。 [21] receives mainly the recess 27 of the member 32 is a vertical sectional front view of a case of providing the concave portion 27 in the short turtle insertion member 33 of the symmetrical side. 実施例5 Example 5

【図22】 受け部材32と挿入部材33を長めに形成した場合の縦断正面図である。 It is a longitudinal front view of the Figure 22 the receiving member 32 and the insertion member 33 was longer formed. 応用実施例 Application Example

【図23】 つかみ26を締付筒11を少し弛めたところに取り付けた場合の縦断正面図である。 [23] The gripping 26 is a longitudinal sectional front view when fitted with a clamping cylinder 11 set slightly loosened. 実施例6 Example 6

【図24】 実施例6の縦断正面図である。 Figure 24 is a longitudinal front view of Embodiment 6. 実施例7(図25から図28) EXAMPLE 7 (FIGS. 25 28)

【図25】 実施例7の縦断正面図である。 Figure 25 is a longitudinal front view of Embodiment 7.

【図26】 図25の心体17上端全周にも球面44を形成した場合の縦断正面図である。 [Figure 26] to tension member 17 the upper end the entire circumference of 25 is a longitudinal sectional front view in the case of forming the spherical 44.

【図27】 心体17と締付筒11を図25より長く形成した場合の縦断正面図である。 Figure 27 is a longitudinal front view of the tension member 17 and the clamping cylinder 11 is formed longer than 25.

【図28】 図27の心体17上端全周にも球面44を形成した場合の縦断正面図である。 [Figure 28] to tension member 17 the upper end the entire circumference of the FIG. 27 is a longitudinal sectional front view in the case of forming the spherical 44.

【符号の説明】 DESCRIPTION OF SYMBOLS

1‥‥ヘッド 2‥‥シャフト 3‥‥嵌装筒 4‥‥テ−パ穴 5‥‥おねじ 6‥‥回り止めピン 7‥‥穴 8‥‥間隙 9‥‥ビス 10‥‥ストレ−ト穴 11‥‥締付筒 12‥‥めねじ 13‥‥テ−パリング押さえ 14‥‥テ−パ穴 15‥‥テ−パ面 16‥‥逆テ−パ面 17‥‥心体 18‥‥テ−パリング 19‥‥横溝 20‥‥縦溝 21‥‥切欠き 22‥‥弾力溝 23‥‥結合溝 24‥‥ばね 25‥‥柄 26‥‥つかみ 27‥‥凹部 31‥‥ヘッド 32‥‥受け部材 33‥‥挿入部材 34‥‥締め具 35‥‥回転防止装置 36‥‥シャフト 40‥‥任意位置固定つかみ 41‥‥つかみ本体 42‥‥固定器 43‥‥シャフト固定リング 44‥‥球面 45‥‥ストレ−ト面 1 ‥‥ head 2 ‥‥ shaft 3 ‥‥ HamaSoto 4 ‥‥ Te - Pas hole 5 ‥‥ external thread 6 ‥‥ locking pin 7 ‥‥ hole 8 ‥‥ gap 9 ‥‥ bis 10 ‥‥ stress - DOO holes 11 with ‥‥ clamping cylinder 12 ‥‥ internal thread 13 ‥‥ Te - Paringu presser 14 ‥‥ Te - tapered bores 15 ‥‥ Te - tapered surface 16 ‥‥ Gyakute - tapered surface 17 ‥‥ tension member 18 ‥‥ Te - Paringu 19 ‥‥ transverse grooves 20 ‥‥ longitudinal groove 21 ‥‥ notch 22 ‥‥ resilient groove 23 ‥‥ coupling groove 24 ‥‥ spring 25 ‥‥ pattern 26 ‥‥ gripping 27 ‥‥ recess 31 ‥‥ head 32 ‥‥ received member 33 ‥‥ insert member 34 ‥‥ fastener 35 ‥‥ anti-rotation device 36 ‥‥ shaft 40 ‥‥ any stationary gripping 41 ‥‥ gripping body 42 ‥‥ fixator 43 ‥‥ shaft fixing ring 44 ‥‥ spherical 45 ‥ ‥ stress - up surface

Claims (6)

    【特許請求の範囲】 [The claims]
  1. 【請求項1】 ヘッド1中間部に設けた穴7に植設し、 Implanted to 1. A hole 7 provided in the head 1 intermediate portion,
    且、内周がテ−パ穴4で、外周におねじ5を形成した嵌装筒3の内周上部にストレ−ト穴10若しくはテ−パ穴4を連続して形成し、又、おねじ5に螺合する締付筒1且, the inner circumferential Te - in tapered bores 4, stress on the inner peripheral upper portion of HamaSoto 3 formed a male thread 5 on the outer circumference - DOO hole 10 or tape - continuously forming a path hole 4, also Contact tightening screwed into the screw 5 cylinder 1
    1を形成し、該めねじ12の上部にテ−パリング押さえ13を形成し、而して、該締付筒11を、シャフト2の下部に遊嵌し、又、下部がテ−パ穴4下部に適合するテ−パ面15を短く形成すると共に該テ−パ面15の上部は全周に凹部27を設け、且、上部は逆テ−パ面16状の心体17を形成し、該心体17をシャフト2の下端に取り付け、且、逆テ−パ面16とストレ−ト穴10若しくはテ−パ穴4間に、半径方向に拡縮自在のテ−パリング18を介在したことを特徴とするゲ−トボ−ル用ステイックのヘッドとシャフトの接続構造。 1 is formed, Te on the top of the female screw 12 - Paringu pressing 13 to form, and Thus, the 該締 with tube 11, is loosely fitted in the lower part of the shaft 2, also lower Te - tapered bores 4 compatible with the lower tape - 該Te with shorter form tapered surface 15 - top of the tapered surface 15 a recess 27 is provided on the entire circumference, 且 upper reverse tape - to form a tapered surface 16 shaped tension member 17, the said cardiac member 17 attached to the lower end of the shaft 2, 且, Gyakute - tapered surface 16 and the stress - DOO hole 10 or Te - between path hole 4, scaled freely Te radially - that intervening Paringu 18 oxalatoborate - - connection structure of the head and shaft of the Le for stick gate characterized.
  2. 【請求項2】 テ−パリング18の内径は、該テ−パリング18をストレ−ト穴10とストレ−ト面45若しくはテ−パ穴4に固定する位置よりやや上側の逆テ−パ面16若しくは球面44に適合するテ−パ面を形成し、外径は、ストレ−ト穴10とストレ−ト面45若しくはテ−パ穴4上部の径よりやや小さく形成したことを特徴とする請求項1のゲ−トボ−ル用ステイックのヘッドとシャフトの接続構造。 2. A tape - the inner diameter of Paringu 18 該Te - Paringu 18 stress - DOO hole 10 and the stress - up surface 45 or Te - slightly above the reverse tape from a position fixed to the tapered bores 4 - tapered surface 16 or conforms to the spherical 44 Te - form a tapered surface, an outer diameter, stress - DOO hole 10 and the stress - up surface 45 or Te - claims, characterized in that it has slightly smaller than the diameter of the tapered bores 4 upper 1 of gate - oxalatoborate - connection structure of the head and shaft of the Le for stick.
  3. 【請求項3】 受け部材32に挿入部材33を挿入した時、互いに圧着する下部と上部を除いた中間部全周に凹部27を、挿入部材33か受け部材32に設けるか、挿入部材33と受け部材32の両方に設けたことを特徴とする請求項1のゲ−トボ−ル用ステイックのヘッドとシャフトの接続構造。 When 3. A received by inserting the insertion member 33 to member 32, the intermediate portion recess 27 all around except the lower and upper crimping each other, or provided on the insertion member 33 or receiving member 32, and the insertion member 33 receiving a first aspect of the gate, characterized in that provided on both the member 32 - oxalatoborate - connection structure of the head and shaft of the Le for stick.
  4. 【請求項4】 嵌装筒3又は受け部材32を長めに形成し、該長めの分をヘッド1又はヘッド31より突出すると共に心体17又は挿入部材33も長めに形成したことを特徴とする請求項1と3のゲ−トボ−ル用ステイックのヘッドとシャフトの接続構造。 4. HamaSoto 3 or receiving member 32 and the longer form, characterized by being formed longer be heart 17 or the insertion member 33 with a minute Me the long projecting from the head 1 or head 31 claim 1 and 3 of the gate - oxalatoborate - connection structure of the head and shaft of the Le for stick.
  5. 【請求項5】 心体17の下・上端の両全周に球面44 5. Spherical 44 on both the entire circumference of the bottom, the upper end of the tension member 17
    を形成するかどちらか一方に球面44を他方にテ−パ面15か逆テ−パ面16を形成したことを特徴とする請求項1、3と4のゲ−トボ−ル用ステイックのヘッドとシャフトの接続構造。 Te spherical 44 to either one or formed on the other a - tapered surface 15 or the reverse tape - claims 1, 3 and 4 of the gate, characterized in that the formation of the tapered surface 16 - oxalatoborate - Head Le for stick connection structure of the shaft.
  6. 【請求項6】 シャフト2に遊嵌するつかみ本体41を形成し、該上部の胴体部にはおねじを形成し、又、シャフト2に遊嵌し、内部はテ−パ状の固定器42を、下部にめねじを形成してつかみ本体41にねじ込み、且、固定器42内には、内周がシャフト2に摺動すると共に外周をテ−パ状に形成し、且、縦状に1列又は、数分割したシャフト固定リング43を装着し、斯様に形成した該任意位置固定つかみ40をシャフト2の下部より通し、 6. form a gripping body 41 loosely fitted on the shaft 2, forming a male screw on the body portion of the upper, also loosely fitted into the shaft 2, inside the tape - the path shaped fixator 42 , screwed to the body 41 grasp by forming a female thread in a lower portion, 且, in the fixator 42, the outer periphery with the inner periphery slides on the shaft 2 Te - formed in Pas shape, 且, the vertical shape 1 column or, a shaft securing ring 43 which several divided mounted, Such as the arbitrary position fixing gripping 40 formed through the lower portion of the shaft 2,
    然る後、シャフト2の下部に締付筒11を遊嵌すると共に心体17を取り付けたことを特徴とする請求項1と3 Thereafter, according to claim 1 and 3, characterized in that fitted with tension member 17 with loosely fitted a clamping cylinder 11 in the lower part of the shaft 2
    から5のゲ−トボ−ル用ステイックのヘッドとシャフトの接続構造 From 5 gate - oxalatoborate - connection structure of the head and shaft of the Le for stick
JP10285931A 1998-09-22 1998-09-22 Structure for connecting head and shaft of gate ball stick Pending JP2000093569A (en)

Priority Applications (1)

Application Number Priority Date Filing Date Title
JP10285931A JP2000093569A (en) 1998-09-22 1998-09-22 Structure for connecting head and shaft of gate ball stick

Applications Claiming Priority (1)

Application Number Priority Date Filing Date Title
JP10285931A JP2000093569A (en) 1998-09-22 1998-09-22 Structure for connecting head and shaft of gate ball stick

Publications (1)

Publication Number Publication Date
JP2000093569A true JP2000093569A (en) 2000-04-04

Family

ID=17697858

Family Applications (1)

Application Number Title Priority Date Filing Date
JP10285931A Pending JP2000093569A (en) 1998-09-22 1998-09-22 Structure for connecting head and shaft of gate ball stick

Country Status (1)

Country Link
JP (1) JP2000093569A (en)

Cited By (9)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
JP2009148560A (en) * 2007-12-18 2009-07-09 Acushnet Co Interchangeable shaft and club head connection system
JP2010194258A (en) * 2009-02-27 2010-09-09 Japana Co Ltd Shaft fixing structure of golf club
JP2010213859A (en) * 2009-03-16 2010-09-30 Bridgestone Sports Co Ltd Golf club, method for changing insertion depth of shaft, and method for replacing shaft
JP2010284408A (en) * 2009-06-15 2010-12-24 Bridgestone Sports Co Ltd Golf club, head therefor and method for adjusting properties
WO2010107573A3 (en) * 2009-03-16 2011-01-20 Nike International, Ltd. Releasable and interchangeable connections for golf club heads and shafts
CN102307630A (en) * 2009-02-05 2012-01-04 耐克国际有限公司 Releasable and interchangeable connections for golf club heads and shafts
US8182357B2 (en) 2007-09-10 2012-05-22 Nike, Inc. Adjustable connector
US8523700B2 (en) 2009-07-24 2013-09-03 Nike, Inc. Releasable and interchangeable connections for golf club heads and shafts
US8616995B2 (en) 2007-07-06 2013-12-31 Nike, Inc. Releasable and interchangeable connections for golf club heads and shafts

Cited By (17)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
US9694251B2 (en) 2007-07-06 2017-07-04 Karsten Manufacturing Corporation Releasable and interchangeable connections for golf club heads and shafts
US8616995B2 (en) 2007-07-06 2013-12-31 Nike, Inc. Releasable and interchangeable connections for golf club heads and shafts
US8182357B2 (en) 2007-09-10 2012-05-22 Nike, Inc. Adjustable connector
US9737767B2 (en) 2007-09-10 2017-08-22 Nike, Inc. Adjustable connector
US10004951B2 (en) 2007-09-10 2018-06-26 Nike, Inc. Adjustable connector
JP2009148560A (en) * 2007-12-18 2009-07-09 Acushnet Co Interchangeable shaft and club head connection system
CN102307630A (en) * 2009-02-05 2012-01-04 耐克国际有限公司 Releasable and interchangeable connections for golf club heads and shafts
US8449404B2 (en) 2009-02-05 2013-05-28 Nike, Inc. Releasable and interchangeable connections for golf club heads and shafts
JP2010194258A (en) * 2009-02-27 2010-09-09 Japana Co Ltd Shaft fixing structure of golf club
US8079128B2 (en) 2009-03-16 2011-12-20 Nike, Inc. Method for assembling releasable and interchangeable connections for golf club heads and shafts
CN102365113A (en) * 2009-03-16 2012-02-29 耐克国际有限公司 Releasable and interchangeable connections for golf club heads and shafts
WO2010107573A3 (en) * 2009-03-16 2011-01-20 Nike International, Ltd. Releasable and interchangeable connections for golf club heads and shafts
US8961329B2 (en) 2009-03-16 2015-02-24 Nike, Inc. Releasable and interchangeable connections for golf club heads and shafts
JP2010213859A (en) * 2009-03-16 2010-09-30 Bridgestone Sports Co Ltd Golf club, method for changing insertion depth of shaft, and method for replacing shaft
JP2010284408A (en) * 2009-06-15 2010-12-24 Bridgestone Sports Co Ltd Golf club, head therefor and method for adjusting properties
US8628430B2 (en) 2009-06-15 2014-01-14 Bridgestone Sports Co., Ltd. Golf club, head of golf club and method for adjusting properties of golf club
US8523700B2 (en) 2009-07-24 2013-09-03 Nike, Inc. Releasable and interchangeable connections for golf club heads and shafts

Similar Documents

Publication Publication Date Title
CA1063846A (en) Self-extruding fastener
US3423089A (en) Adjustable pivotal connection mechanism with locking means
US4065941A (en) Universal joint
US6966847B2 (en) Golf club
RU2115033C1 (en) Self-drilling blind rivet and method of making hermetic joint by means of such rivet
US4729707A (en) Double end stud
CN1204988C (en) Power drivable chuck
US4636121A (en) Holding screw
US8926449B2 (en) Golf club head
JP2006187489A (en) Golf club head
US4903692A (en) Bone clamp installation tool
US6764413B2 (en) Replaceable golf club
US6827575B1 (en) Method, arrangement and use for applying a spacer to an implant by means of a screw
JP4023628B2 (en) screw
US6652388B1 (en) Method and apparatus for assembling a shaft to a golf club head and a golf club having such assembly
US20100035700A1 (en) Golf Club Fitting Assembly
US20020164228A1 (en) Double-ended fastener
KR20030036602A (en) Golf club head having a device for resisting expansion between opposing walls during ball impact
JP3970378B2 (en) Spoke nipple and manufacturing method thereof
CN1868413A (en) Receiving part and bone anchoring device with such a receiving part
US4116573A (en) Fastening
CA2260271A1 (en) Device for attaching fractured hip-joint heads
WO2000044293A8 (en) Surgical fastener assembly
ES2230918T3 (en) Blind union device.
CN101966096A (en) Bone anchoring device