201020059 六、發明說明： 【發明所屬之技術領域】 本發明係關於一種高爾夫球桿頭的點烊治具，、匕 種可矯正高爾夫球桿頭外形及便利焊接 〇 /、，尤指— 且。 莱進行的點焊治 【先前技術】 南爾夫球桿頭具有一本體，該本體上包括 ❹ Ο 部 '-桿頭頂面部及一桿頭底面部，該桿 而打擊面 頭底面部先行焊接形成—具有開σ之巾與該桿 面部焊接^於該開口4,以形成_高==將該打擊 。 &门嗎天球桿頭之本體 其中 型手段製 該桿頭底 面部與該 然上 械成型製 型與尺寸 接作業上 ’另1¾爾 非常高， 面會產生 焊接時的 高，讓操 多的不便 部與該桿頭底面部係分別以機械成 ::: 二人工壓持對齊將該桿頭頂面部與 桿頭底面部。 广搶坏接該桿頭頂 述中’、由於該桿頭頂面部與該桿頭底面部皆 k而成之構件’因此會產生回彈的情形，導致外 上的容易將相對應的焊接邊對齊 也會花費較多的時間與人力，而不符合經濟效： 夫球补頭於設計上對於尺寸與角度的精準度要求 而上述利用人工壓持進行焊接的方式，於精度方 較大的誤差，it而影響高爾夫球桿頭的品質 高溫會導致号^曰5E < ^ Μ杯頭頂面部與該桿頭底面部溫戶201020059 VI. Description of the Invention: [Technical Field] The present invention relates to a point-and-stick jig for a golf club head, which can correct the shape of a golf club head and facilitate welding, and/or especially. Spot welding treatment by Lai [Prior Art] The Nalfu club head has a body including a top portion of the head portion and a bottom portion of the head portion, and the bottom surface of the striking head is welded first. - a towel having an opening σ is welded to the face of the face 4 to form a high == the strike. & door? The body of the celestial head is made of a medium-sized means. The bottom part of the head is connected to the shape and size of the machine. The other is very high, and the surface will be high when welding. The inconvenient portion and the bottom portion of the head are respectively mechanically::: two manually press-aligned to the top surface of the head and the bottom portion of the head. Widely robbing the head of the head, 'because the top surface of the head and the bottom part of the head are made of k', so there will be a rebound, which will make it easy to align the corresponding welded edges on the outside. Will spend more time and manpower, and not in line with economic efficiency: The ball complement is designed to meet the accuracy requirements of size and angle, and the above-mentioned method of welding by manual pressing, the error in the precision side, it The high temperature that affects the quality of the golf club head will result in the number of 曰5E < ^ Μ cup head top face and the bottom of the head
作者不容易拿持1以既有的焊接作業方式G ’並且無法有效率地維持產能及品質。 3 201020059 【發明内容】 本發明之主要目的在於提供一種高爾夫球桿頭的點垾 治具，善習料接作業㈣方便性，以及提高高爾 夫球桿頭於焊接尺寸上的精度。 為達成前揭目的，本發明所設計之高爾夫球桿頭的 焊治具，包含有： 一底座； Ο 模具組件’係設於該底 且分別位於該底座兩側，該二 穴的母模部及一可調整該母模 穴壁面上設有至少一定位柱， 口部；以及 座上，其包括有二母模單元 母模單元皆包含有一具有楔 部位置的調整部，且於該模 該母模部上設有數個焊接缺 一中子組件，係設於該底座上並位於該二母模單元門 ’其包含有-組設於該底座上的模仁座、—第—模仁塊及 -第二模仁塊’該第一、第二模仁塊外側面分別與該 模部之模穴相對應，並於外側面上 ，對應疋位柱的孔部 ’該第-、第二模仁塊彼此對合並組設於該模仁座上。 據上所述’本發明高爾夫球桿頭的點焊治具係用以定 位焊接南爾夫球桿頭中的桿頭頂面部及桿頭底面部，㈣ 梓碩頂面部與該桿頭底面部分別靠接於對應的第一、第二 模仁塊上，且該二母模部相向夾持， 一 ^ 乂定位及矯正該桿 碩頂面部與該桿頭底面部的外型，且 & 彳干碩頂面部與該桿 碩底面部的部分焊接處，可藉由該二 识冲上的惊拖地〇 邛外露於該模具組件’便於使用者點焊 、 ^ A ¥碩頂面部盥該 杯頭底面部外露的焊接處，由此可知， 八 本發明點焊治具利 4 201020059 =模具組件與該中子組件的相互搭配，達到綠正高爾夫 球才干頭外形與焊接定付沾曰从 餐的… 免去人工挾壓與調 疋 段，以便利高爾夫球桿頭的點焊作業，並提言 尺寸上的精準度與提升產品良率。 同 【實施方式】 請參閱第-圖，為本發明高爾夫球桿頭的點焊治 =㈣施例，其包含有一底座（1〇)、一模具組件（ 及中子組件（3 〇 )，且該模具組件（2 該中子組件（3 0 )皆位於該底座（1 〇 )上，且該點焊 =具係用以焊接高爾夫球桿頭中的桿頭頂面部（4〇.)與 桿頭底面部（5 0 )(如第八、九圖所示）。 ” ❹ 該模具組件（20)包括有二母模單元，並分別設置 =座（1〇)兩相對側，該二母模單元皆 =H)及-可調整該母㈣（21)位置的調整部 )，如第五圖所示，該母模部（21)於其一側面 上：有一模穴（23)，並於同-側面上設有數個焊接缺 口部（24)，且於該模穴（23)壁面上設置至少二 位柱（2 5 )’於本發明較佳實施例中，該二母模部 1)皆設有三個焊接缺口部（24)，其中之一位於頂部 ，另二個分別位於兩側，而該模穴（2 3 )壁面上設有_ 二位柱（2 5 )，其中，該二母模部（2 1 )的模穴（2 ^之壁面係分別對應該桿頭頂面部（40)與該桿頭底 面部（5 0 )的外側面。 _ 人該中子組件（30)係位於該二母模單元之間，其包 3有一具有組接凹部（3 4 )的模仁座（31)、一第〜 5 201020059 模仁塊（3 2 )及/第二模仁塊（？ q、 ,,, 、d 8 ) ’該模仁座（3 1 )、，且設於該底座（1 0 )上，該第—、 ο ^ η Q N 第一模仁塊（3 2 33)之間係藉由凹凸配合的設計相互對合组接，再 組設於該模仁座（3 1 )的組接 .^ 中，以形成 一中子組件（3〇) ’其中’該第-、第二好塊（32 ::料側面係分別對應該桿頭頂面部（4〇)與該 部（50)的内側面’1皆於外側面上設有至少 ;=35) ’所述之孔部（35)對應於鄰近之母模 “ ^ )上的定位柱（25) ’因此該桿頭頂面部（4 〇 ) J玄桿頭底面部（5 〇 )放置於該中子組件（3 〇 ) :時’該模具組件（20)㈣模部（2 "可以相向移 並夹持該桿頭頂面部（4 ◦)肖該桿頭底面部（5 〇 ) 同時5亥-母模部（2 1 )上所設置的定位柱（2 5 )可 穿過，桿頭頂面部（4 〇 )肖該桿頭底面部（5 q )所預 留之定位?L’並伸入所對應之孔部（3 5 )中以發揮定 鲁 位該桿頭頂面冑（4 〇 )與該桿頭底面部（5 〇 )的功能 〇 ^另請參閱第十圖所示，該二母模部（2 1 )於設有模 八（2 3 )的側面上佈設數個限位柱（2 7 )，該些限位 柱（27)设於模穴（23)外周圍，且該二母模部（2 1 ) °又有數個組接孔，並與該些限位柱（2 7 )位於同一 侧面’並提供對向的限位柱（2 7 )#組定位，且該二母 、° 丄）之限位柱（2 7 )彼此相鄰接，並盥該些焊 接缺口部（24)交錯排列。 、一 上述中’該底座（1 〇 )上可進一步增設—用以限制 6 201020059 該二母模部（p k )移動方向的導引轨組件，該導引轨組 件Ο 3有相向之導引塊（丄丄），且分別位於該二母模 部（2 1 )兩相對側，該二導引塊（丄i )於相對面上設 有一導引槽/ 、丄Z )，而该二母模部（2 1 )則於兩侧設 參 有凸伸入導引槽（！ 2 )的導引部（2 6 )，因此該二調 整部2 2 )於調整相連接之母模部（2工）位置時，該 一母模部（21 ) M能於該二導引塊（1 1 )間移動，此 夕^本發明點焊治具可於該底座（1 〇 )上增設二限位塊 3) ’用以分別限位鄰近之母模部（2 i)的移動， 且該二限位塊（13)係分別介於鄰近之母模部（21) 與調整部（2 2 ) $ ^ , )之間，其中，所述之調整部（22)可 以為拉桿型態或轉動輪型態。 請參閱第二至四圖浙·； .. . ,〇 圖所不，使用者可先操控該二調整部 +2 )使該二母模部（2 1 )遠離該中子組件（3 〇 ) ’接著將欲焊接的桿頭頂 π、ν 頌貝面4 (4〇)與桿頭底面部（5 別放置於該第第二模仁塊（η、”）上（ 母模邱r七圖所不）’再控制該二調整部（2 2 )使該二 ! 朝該中子組件（3〇)㈣，並與該中子 、-件（3 0 )相配合以杰替〜 夾緊疋位該杯頭頂面部（4 0 )與 孩才干碩底面部C 5 η \ , ，達到焊接邊相對齊的目的，且該 杯碩頂面部（40)與該捍 處 干項底面。ρ (50)的部分焊接 (60)凸伸出該模具組件（2〇)的焊接缺口部（2 ，以便於使用者進行點焊作業。 :上所述，本發明點焊治具藉由該模具組件（2 〇 ) 與該中子矣且神《 f q ^、 •’ 〇 )夾擠定位該桿頭頂面部（4 〇 )與 7 .201020059 Ο ❹ 该桿頭底面部（5 ο ) )與該桿頭底面部（$ —— Ρ w 5 0 )之外形，且利用焊接缺口部（ 24)的設置，露出欲 ^ 點谭料，由Μ心 處（6Q)以便於進行 位手鉛\ 、 具取代以往人工挾壓與調整的定 :…降低人工調整定位所導致的尺寸誤差 疋位焊接所花費的時間， " 紫沾、隹—J便利同爾夫球桿頭的點焊作 業的進仃，亚提尚產品良率， 也利於產業上㈣用。 心-具付合經濟效益 【圖式簡單說明】 第-圖：為本發明高爾夫球桿頭焊 頂面部與桿頭底面部之立體示意圖。U持杯碩 第二圖：為本發明高爾夫球桿頭的點焊治 頭頂面部與桿頭底面部之側視局部剖面示意圖。 置# —第三圖：為本發明高爾夫球桿頭的點焊治具已放 頭頂面部與桿頭底面部之側視局部剖面示意圖。 〒 第四圖為本發明高爾夫球桿頭的黑Γ焊治具夾持桿頭 頂面部與桿頭底面部之側視局部剖面示意圖。 、 第五圖：為本發明中子組件與母模部的立體分解示意 同時可矯正該桿頭頂面部（4 〇 圖。 第六圖 平面示意圖 第七圖 平面示意圖 第八圖 體示意圖。 為本發明點焊治具夾持兮神_s ^ 人得5亥杯碩頂面部之側視 為本發明料治具夾㈣桿頭底面部 之側視 為該桿頭頂面部與該桿頭底面部相焊接之立 8 201020059 第九圖：為該桿頭頂面部與該桿頭底面部相焊接之另 一視角之立體示意圖。 第十圖：為本發明高爾夫球桿頭的點焊治具夾持桿頭 頂面部與桿頭底面部之另一較佳實施例之上視平面示意圖It is not easy for the author to maintain the existing welding operation mode G ’ and to maintain productivity and quality efficiently. 3 201020059 SUMMARY OF THE INVENTION The main object of the present invention is to provide a point-and-stick fixture for a golf club head, to facilitate the handling of the material (4), and to improve the accuracy of the golf club head in the welding size. For the purpose of achieving the foregoing disclosure, the welding fixture of the golf club head designed by the present invention comprises: a base; a 模具 mold assembly is disposed on the bottom and respectively located on two sides of the base, and the two-hole female mold portion And at least one positioning post is provided on the wall surface of the female mold cavity, and the seat portion includes a second female mold unit, and the female mold unit comprises an adjusting portion having a wedge position, and The female mold portion is provided with a plurality of welding missing neutron components, which are disposed on the base and located at the two female mold unit doors, which comprise a mold core seat, which is disposed on the base, and a first mold block And the second mold core block's outer side surfaces of the first and second mold core portions respectively correspond to the mold cavity of the mold portion, and on the outer side surface, corresponding to the hole portion of the clamp column, the first and second portions The mold core blocks are combined with each other and disposed on the mold base. According to the above description, the spot welding fixture of the golf club head of the present invention is used for positioning and welding the top surface of the club head and the bottom surface of the club head in the Nanlf club head, and (4) the top surface of the skeleton and the bottom surface of the club head respectively Abutting on the corresponding first and second mold core blocks, and the two female mold portions are oppositely clamped, and positioning and correcting the shape of the top surface of the rod and the bottom surface portion of the head, and & The part of the joint between the top surface of the stem and the bottom surface of the rod can be exposed to the mold assembly by the stunned shovel on the shovel, which is convenient for the user to spot weld, ^ A ¥ top face 盥 the cup The exposed joint of the bottom part of the head, it can be seen that the eight inventions of the spot welding fixtures benefit 4 201020059 = the mold components and the neutron components match each other, to achieve the green positive golf head shape and welding fixed payment from the meal The manual press and tweaking are eliminated to facilitate the spot welding of the golf club head, and the dimensional accuracy and product yield are mentioned. [Embodiment] Please refer to the first figure, which is a spot welding process of the golf club head of the present invention=(4) embodiment, which comprises a base (1〇), a mold assembly (and a neutron assembly (3 〇), and The mold assembly (2) is located on the base (1 〇), and the spot welding is used to weld the top surface (4 〇.) and the head of the golf club head The bottom portion (50) (as shown in the eighth and ninth figures). ” The mold assembly (20) includes two female mold units, and is respectively provided with two opposite sides of the seat (1〇), the two female mold units Both = H) and - the adjustment portion of the position of the mother (four) (21) can be adjusted. As shown in the fifth figure, the female mold portion (21) is on one side thereof: a cavity (23), and the same - a plurality of welded notches (24) are provided on the side, and at least two posts (25) are disposed on the wall of the cavity (23). In the preferred embodiment of the present invention, the two female portions 1) are There are three welded notches (24), one of which is located at the top and the other two are located on both sides, and the wall of the cavity (23) is provided with a _ two-column (2 5 ), wherein the two mothers mold The cavity of (2 1 ) (2 ^ the wall surface corresponds to the outer surface of the head top surface (40) and the bottom surface of the head (50). _ The neutron component (30) is located in the two mothers Between the mold units, the package 3 has a mold holder seat (31) having a combination recess (3 4 ), a ～ 5 201020059 mold core block ( 3 2 ) and/or a second mold core block (? q, ,, , d 8 ) 'The mold holder seat (3 1 ), and is disposed on the base (10), the first, the ο ^ η QN first mold block (3 2 33) is caused by The design of the concave-convex fit is combined with each other, and then assembled in the assembly of the mold base (3 1 ) to form a neutron component (3〇) 'where the first and second good blocks (32: The side of the material is corresponding to the top surface of the head (4〇) and the inner side of the part (50) are provided at least on the outer side; = 35) 'The corresponding hole (35) corresponds Positioning post (25) on the adjacent female mold "^" 'Therefore the top surface of the head (4 〇) J top head (5 〇) is placed in the neutron assembly (3 〇): when the mold Component (20) (four) module (2 " can move toward and hold the rod The top surface (4 ◦) is the bottom part of the head (5 〇). At the same time, the positioning post (2 5 ) provided on the 5 hai-mother part (2 1 ) can pass through, and the top surface of the head (4 〇) The position of the bottom portion (5 q ) of the club head is reserved and is inserted into the corresponding hole portion (3 5 ) to exert a fixed position on the top surface of the head (4 〇) and the bottom portion of the head ( 5 〇) function 〇 ^ Also see the tenth figure, the two female mold parts (2 1 ) are arranged on the side of the mold eight (2 3 ) on the side of the number of columns (2 7), these The limiting column (27) is disposed around the outer periphery of the cavity (23), and the two female mold portions (2 1 ) ° have a plurality of grouping holes and are located on the same side as the limiting columns (27) The opposite limit post (2 7 ) # group is positioned, and the two female, ° 丄) limit posts (27) are adjacent to each other, and the weld notches (24) are staggered. In the above, the base (1 〇) may be further added to limit the guide rail assembly of the moving direction of the two female mold portions (pk), which has opposite guiding blocks. (丄丄), and respectively located on opposite sides of the two female mold portions (2 1 ), the two guiding blocks (丄i) are provided with a guiding groove /, 丄Z) on the opposite surface, and the two female molds The portion (2 1 ) is provided with a guiding portion (26) protruding into the guiding groove (! 2) on both sides, so that the two adjusting portions 2 2 ) are connected to the mother part of the adjustment phase (2 When the position is, the one mold portion (21) M can move between the two guide blocks (1 1 ), and the spot welding fixture of the present invention can add two limit blocks to the base (1 〇) 3) 'to limit the movement of the adjacent female mold portion (2 i), respectively, and the two limit blocks (13) are respectively adjacent to the parent mold portion (21) and the adjustment portion (2 2 ) $ ^ Between the two, wherein the adjustment portion (22) may be a tie rod type or a rotary wheel type. Please refer to the second to fourth pictures of Zhejiang;; . . . , the user can first manipulate the two adjustment parts +2) to make the two female mold parts (2 1 ) away from the neutron assembly (3 〇) 'Next, the top of the head to be welded π, ν 颂 面 4 (4 〇) and the bottom part of the head (5 is placed on the second ram block (η, ”) ( No) 'Re-control the two adjustment parts (2 2 ) so that the two! toward the neutron component (3〇) (4), and cooperate with the neutron, -piece (3 0) to replace the clamping position The top surface of the cup (40) and the bottom surface of the child C5 η \ , , are aligned with the welding edge, and the top surface of the cup (40) and the bottom surface of the stem are ρ (50) A portion of the weld (60) protrudes from the weld notch portion (2) of the mold assembly (2) to facilitate the user to perform the spot welding operation.: As described above, the spot welding fixture of the present invention is provided by the mold assembly (2 〇 With the neutron and the god "fq ^, • ' 〇 ) squeezing and positioning the top surface of the club head (4 〇) and 7.201020059 Ο 底面 the bottom surface of the club head (5 ο )) and the bottom surface of the club head ( $ —— Ρ w 5 0 ) And by using the setting of the welded notch (24), it is exposed to the point of the material, from the heart (6Q) to facilitate the hand lead, and replace the previous manual pressure and adjustment: ... reduce the manual adjustment positioning The resulting dimensional error is the time it takes to weld, "Zi Zhan, 隹-J facilitates the spot welding operation of the golf club head, and the product yield of Ati Shang is also beneficial to the industry (4). -Full economic benefits [Simple description of the drawings] - Figure: is a three-dimensional schematic view of the top surface of the golf club head and the bottom surface of the club head. The second figure of the U-cup is the golf club head of the present invention. A side cross-sectional view of the top surface of the head and the bottom surface of the head of the rod. ###: The spot welding fixture of the golf club head of the present invention has a side view of the top surface of the head and the bottom surface of the head 〒 The fourth figure is a side cross-sectional view of the top surface of the clamping head of the golf club head and the bottom surface of the head of the golf club head according to the present invention. Fig. 5 is a partial view of the neutron component and the mother of the present invention. The three-dimensional decomposition of the mold part indicates Correct the top surface of the head (4 〇 diagram. The sixth figure is a schematic diagram of the seventh figure in the plane diagram of the seventh figure. The spot welding fixture of the present invention is clamped to the _ _ s ^ The side of the 5 hai cup master top face The side of the bottom part of the head of the head is regarded as the side of the bottom part of the head and the bottom part of the head is welded. 2010 20109 The ninth figure: the top surface of the head is welded to the bottom part of the head A perspective view of another perspective view of the present invention. FIG. 10 is a top plan view of another preferred embodiment of the top surface of the spot welding jig of the golf club head of the present invention and the bottom surface of the head of the club head.
【主要元件符號說明】 (1〇)底座 (12)導引槽 (2 0 )模具組件 (2 2 )調整部 (2 4 )焊接缺口部 (2 6 )導引部 (3 0 )中子組件 (3 2 )第一模仁塊 (3 4 )組接凹部 (4 0 )桿頭頂面部 (6 0 )焊接處 (11)導引塊 (1 3 )限位塊 (2 1 )母模部 (2 3 )模/穴 (2 5 )定位柱 (2 7 )限位柱 (3 1 )模仁座 (3 3 )第二模仁塊 (3 5 )孔部 (5 0 )桿頭底面部[Main component symbol description] (1〇) base (12) guide groove (2 0) mold assembly (2 2 ) adjustment part (2 4 ) welding notch part (2 6 ) guide part (30) neutron component (3 2 ) The first die block (3 4 ) is connected to the recess (4 0 ) The head top face (60) The weld (11) The guide block (1 3 ) The limit block (2 1 ) The female part ( 2 3) mold / hole (2 5 ) positioning column (2 7) limit column (3 1) mold seat (3 3) second mold block (3 5) hole (5 0) the bottom of the head