CN200942271Y - Golf club head and combined structure with matching block - Google Patents
Golf club head and combined structure with matching block Download PDFInfo
- Publication number
- CN200942271Y CN200942271Y CNU2006200019422U CN200620001942U CN200942271Y CN 200942271 Y CN200942271 Y CN 200942271Y CN U2006200019422 U CNU2006200019422 U CN U2006200019422U CN 200620001942 U CN200620001942 U CN 200620001942U CN 200942271 Y CN200942271 Y CN 200942271Y
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- balancing weight
- conduit
- groove
- rod head
- face
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Abstract
A golf pole head and a balancing weight combination structure, consisting of a pole head main body and a balancing weight. A groove is arranged on the main body for holding the balancing weight. A plurality of combination surfaces are arranged on the groove of the pole head main body and the balancing weight, and at least a combination surface of the groove of the pole head main body and the balancing weight respectively forms a groove channel, for inserting filler beforehand. Thereby, the filler is lately melted and infiltrates into the gap between the groove of the pole head main body and the balancing weight, and is further combined with the pole head main body and balancing weight through hard soldering. The utility can not only increase the filler level, but also control the weight of the finished product correctly, improve the combination intensity reliability of the hard soldering between the pole head main body and the balancing weight, and avoid creating too large gap, the utility model can also relatively improve the convenience of the hard soldering operation, the assembly accuracy and simplify the process.
Description
Technical field
The utility model relates to golf driver head and balancing weight, especially finger is a kind of respectively at the groove and the corresponding conduit that at least one filling filler is set of at least one faying face of balancing weight of rod head noumenon, can promote hard solder relatively in conjunction with the golf driver head of reliability and the combined structure of balancing weight.
Background technology
Commonly use the combined structure of golf driver head and balancing weight, as described in I227675 number " combined structure of golf driver head and the balancing weight " patent of invention in Taiwan, it comprises a rod head noumenon, a balancing weight and at least one conduit.This rod head noumenon is provided with a groove, for ccontaining this balancing weight.This balancing weight is provided with several faying faces, is embedded in the groove inwall of this rod head noumenon for correspondence.Each conduit is located at least one faying face of this balancing weight, and each conduit is in order to filler in advance.When this balancing weight embeds in the groove of this rod head noumenon, the filler in each conduit can be during hard solder fully melting infiltrate gap to this balancing weight and groove, form the reliable connection of this balancing weight and groove inwall.
Though the combined structure of above-mentioned golf driver head and balancing weight can promote relatively really this rod head noumenon and balancing weight in conjunction with reliability, in actual use,, thereby limit the loading of this filler relatively because each conduit only is formed on this balancing weight.Moreover after hard solder, filler only can form binder course in the gap of this balancing weight and groove, but lacks the combined structure of clip, and it has limited the possibility of further lifting in conjunction with reliability relatively.Therefore, the combined structure of above-mentioned golf driver head and balancing weight has necessity of further improvement really.
In view of this, the utility model is improved above-mentioned shortcoming, and groove and at least one faying face correspondence of balancing weight at rod head noumenon is provided with at least one conduit respectively, for inserting the capacity filler.Filler in each conduit can heat melting and fill up gap between this rod head noumenon groove and balancing weight according to capillarity, promote relatively hard solder in conjunction with reliability.
Summary of the invention
Main purpose of the present utility model provides and a kind ofly at the groove of rod head noumenon and at least one faying face correspondence of balancing weight at least one conduit is set respectively, to insert the filler of capacity, has the hard solder of lifting in conjunction with the golf driver head of reliability and the combined structure of balancing weight.
Secondary objective of the present utility model provides and a kind ofly at the groove of rod head noumenon and at least one faying face correspondence of balancing weight at least one conduit of inserting filler is set respectively, after the hard solder, each conduit clip that corresponds to each other can further promote the golf driver head of hard solder intensity and the combined structure of balancing weight.
Another purpose of the present utility model provides and a kind ofly is arranged with the appearance material groove of a ccontaining filler at one of balancing weight in conjunction with end face, has the filler loading of lifting and the golf driver head of hard solder quality and the combined structure of balancing weight.
A purpose more of the present utility model provide a kind of at rod head noumenon groove and balancing weight between several locating holes and corresponding reference column are set, guarantee to have suitable constant spacing between this groove and the balancing weight, have and simplify the hard solder processing procedure, reduce the hard solder operation easier and promote the golf driver head of hard solder quality and the combined structure of balancing weight.
The technical solution of the utility model: the combined structure of a kind of golf driver head and balancing weight, it comprises: a rod head noumenon, it is provided with a groove, and this groove inwall is provided with several first faying faces; At least one first conduit, it is formed at least one this first faying face of this rod head noumenon; One balancing weight, it is provided with several second faying faces, and this balancing weight correspondence is embedded in the groove of this rod head noumenon; At least one second conduit, it is arranged at least one this second faying face of this balancing weight; And a hard solder layer, it is formed in this first conduit and second conduit, and is formed at simultaneously in the gap of the groove of this rod head noumenon and balancing weight.
Advantage of the present utility model is:
1, owing to reaches the fixed of capacity filler 3 between the one or two conduit between this rod head noumenon and each faying face of balancing weight, can form the bonded area of sufficient intensity, therefore, can promote the bond strength and the reliability of this rod head noumenon and balancing weight hard solder really, and then increase the finished product yield.
When 2, forming tight fit owing to the groove of this balancing weight being inserted this rod head noumenon, this balancing weight still has compressible nargin.Therefore, the ess-strain of this balancing weight itself just can make to form between the groove inwall of this rod head noumenon and the balancing weight and combine closely, and then can avoid producing excessive gap.
3, because the gap of the groove inwall of this rod head noumenon and balancing weight is full of filler under capillarity after, unnecessary filler still is deposited in first and second conduit, therefore, can increase the loading of filler, can accurately control finished weight again, avoid the production error of foundry goods and prevent to cause the problem of amount of filler number inequality.
4, owing to can in advance this balancing weight be embedded in the interior location of the groove of this rod head noumenon, carry out hard solder again.Therefore, can avoid the relative displacement of this balancing weight and this rod head noumenon, and then promote convenience, the assembling degree of accuracy of hard solder operation relatively and simplify processing procedure.
Description of drawings
Fig. 1, be the three-dimensional exploded view of the utility model first embodiment.
Fig. 2, be the view sub-anatomy before the utility model first embodiment hard solder.
Fig. 3, be the local assembled sectional view of the utility model first embodiment.
Fig. 4, be the local amplification view in the utility model first embodiment hard solder.
Fig. 5, be the local amplification view after the utility model first embodiment hard solder.
Fig. 6, be the local amplification view before the utility model second embodiment hard solder.
Fig. 7, be the local amplification view after the utility model second embodiment hard solder.
Fig. 8, be the three-dimensional exploded view of the utility model the 3rd embodiment.
Fig. 9, be the assembled sectional view before the utility model the 3rd embodiment hard solder.
Figure 10, be the three-dimensional exploded view of the utility model the 4th embodiment.
Figure 11, be the three-dimensional exploded view of the utility model the 5th embodiment.
The specific embodiment
For allowing above-mentioned purpose of the present utility model, technical characterictic and advantage thereof, can become apparent, preferred embodiment of the present utility model cited below particularly, and conjunction with figs. is described in detail as follows:
Please refer to shown in Fig. 1-5, the utility model first embodiment, the combined structure of a kind of golf driver head and balancing weight mainly comprises: a rod head noumenon 1, a balancing weight 2.This rod head noumenon 1 is an iron type bar head, is made by the metal that proportion is less relatively, for example: titanium alloy, ferrimanganic aluminium alloy, stainless steel or soft iron class etc. and alloy thereof.The appropriate location of this rod head noumenon 1 is provided with the groove 10 of chimeric this balancing weight 2, and it is preferable that this groove 10 is arranged at the bottom (sole) of this rod head noumenon 1.In addition, this groove 10 also can be located at the suitable positions such as back, toe or heel of this rod head noumenon 1.This balancing weight 2 is made by the relatively large metal of proportion, for example: tammite nickel alloy etc.
Shown in Fig. 1-5, have several faying faces between groove 10 inwalls of this rod head noumenon 1 and the balancing weight 2, can an amount of faying face be set according to groove 10 inwalls of this rod head noumenon 1 and the shape of balancing weight 2 in the present embodiment.More in detail, groove 10 inwalls of present embodiment rod head noumenon 1 are provided with at least one first and contain the side faying face of the first side faying face 102 in conjunction with end face 101 and several; This balancing weight 2 is provided with at least one second and contains the side faying face of the second side faying face 202 in conjunction with end face 201 and several.This balancing weight 2 is provided with an outer surface 203, and when this balancing weight 2 embedded this groove 10, this outer surface 203 was exposed to the outside of this rod head noumenon 1.
When present embodiment carries out hard solder when fixed, before carrying out hard solder, this filler 3 is inserted in advance in first and second conduit 11,21 of this rod head noumenon 1 groove 10 and balancing weight 2 (as shown in Figure 2), the fusing point of this filler 3 is lower than the fusing point of this rod head noumenon 1 and balancing weight 2 relatively.This balancing weight 2 can embed the groove 10 interior (shown in Fig. 3,4) of this rod head noumenon 1 earlier.When carrying out hard solder, high temperature heats this rod head noumenon 1, makes filler 3 melting at high temperature (as shown in Figure 5) in each first and second conduit 11,21.Simultaneously, this filler 3 infiltrates under capillarity gradually to the gap of this rod head noumenon 1 groove 10 and balancing weight 2, and fills up this gap and form a hard solder layer (not shown).At this moment, even oozing out because of these filler 3 capillarys, each first and second conduit 11,21 produces part space (not shown), but first and second of groove 10 inwalls and balancing weight 2 outer walls that is connected in flute wall surfaces, this rod head noumenon 1 of first and second conduit 11,21 owing to this filler 3 uniform combines between end face 101,201 and first and second side faying face 102,202, therefore, the flute wall surfaces of each first and second conduit 11,21, in fact become the part of the bonded area of this balancing weight 2 and rod head noumenon 1 groove 10, increased the total binding area relatively.Thereby the space in each first and second conduit 11,21 can't influence bond strength.After finishing the hard solder cooling, because this rod head noumenon 1 has the fixed of capacity filler 3 with each faying face of balancing weight 2, can form the bonded area of sufficient intensity, therefore, really can promote the bond strength and the reliability of this rod head noumenon 1 and balancing weight 2 hard solders, and then increase the finished product yield.
In addition, when this rod head noumenon 1 groove 10 and balancing weight 2 are fixed, because these rod head noumenon 1 groove, 10 inwalls and balancing weight 2 are respectively equipped with at least one first and second conduit 11,21, therefore, when this balancing weight 2 was inserted the groove 10 formation tight fits of this rod head noumenon 1, this balancing weight 2 still had compressible nargin.Therefore, ess-strains of this balancing weight 2 itself just can make to form between groove 10 inwalls of this rod head noumenon 1 and the balancing weight 2 and combine closely, and then avoid producing excessive gap.
Moreover this filler 3 uses solid fillers preferable, and respectively first and second conduit 11,21 common volumes that form are equal to or slightly greater than the clearance volume that forms between these rod head noumenon 1 groove, 10 inwalls and the balancing weight 2 usually at least, just can hold the capacity solid fillers.For example, the contact area when this rod head noumenon 1 and balancing weight 2 is about 1000mm
2, its required solid fillers amount is approximately between 30mm
3To 200mm
3Between the time, the degree of depth of each first and second conduit 11,21 is approximately between between the 0.03mm to 0.2mm, the total measurement (volume) of each first and second conduit 11,21 will be equal to or slightly greater than 30mm at least
3To 200mm
3Between, to satisfy the required solid fillers amount of hard solder.
On the other hand, this filler 3 adopts the paste filler that contains binding agent preferable.At this moment, owing to the volume that has 50% when heating and melting is overflowed through voloxidation, therefore, the consumption of paste filler must more above-mentioned solid fillers double.For example, in this processing procedure, each first and second conduit 11,21 common volume that form preferably increases to two times (promptly between 60mm
3To 400mm
3Between), or more first and second conduits 11,21 more than two are set respectively at these rod head noumenon 1 groove, 10 inwalls and balancing weight 2, so that make its total measurement (volume) be equal to or slightly greater than 60mm
3To 400mm
3Between.
In process of production, because the fit clearance of this rod head noumenon 1 and balancing weight 2 can be according to product and processing procedure and difference to some extent, yet groove 10 inwalls of this rod head noumenon 1 and the gap of balancing weight 2 are full of filler 3 under capillarity after, unnecessary filler 3 still can be deposited in first and second conduit 11,21, therefore, can accurately control the finished product weight specification, avoid the production error of foundry goods and prevent to cause the problem of amount of filler number inequality.
In addition, owing to can in advance this balancing weight 2 be embedded in the groove 10 interior location of this rod head noumenon 1, carry out hard solder again.Therefore, can avoid the relative displacement of this balancing weight 2 and this rod head noumenon 1, and then promote convenience, the assembling degree of accuracy of hard solder operation relatively and simplify processing procedure.
Please refer to shown in Fig. 6,7, the structure and first embodiment of the utility model second embodiment are basic identical, and difference is: the section of first and second conduit 11,21 is the dovetail shape among second embodiment.Therefore, after the filler in each first and second conduit 11,21 3 is fixed, can increase the bonded area of 2 of groove 10 inwalls of this rod head noumenon 1 and balancing weights relatively, and then promote the reliability of combination relatively.In addition, first and second conduit 11,21 of each dovetail shape can promote the ability of clip combination, and further promotes in conjunction with reliability relatively.Moreover, the section of each first and second conduit 11,21 also can be the suitable shape that semi-cylindrical, arc column, taper or keyhole shape etc. can increase bonded area and clip binding ability, and the section of each first conduit 11 and corresponding second conduit 21 also can take different shapes respectively.
Please refer to shown in Fig. 8,9, the structure and first embodiment of the utility model the 3rd embodiment are basic identical, and difference is: each second conduit 21 of balancing weight 2 preferably extends to second in conjunction with end face 201 by the second side faying face 202 of this balancing weight 2 among the 3rd embodiment.Therefore, each second conduit 21 not only can be inserted more filler 3, simultaneously, also can be more easily after these filler 3 meltings along each second conduit 21 fully infiltrate to first and second in conjunction with between the end face 102,201.In addition, each first groove 11 of the first side faying face 102 of this rod head noumenon 1 groove 10 also extends to first in conjunction with end face 101, so can further increase the loading of this filler 3.And, each first conduit 11 of this rod head noumenon 1 groove 10 is corresponding to each second conduit 21 of this balancing weight 2, each first and second conduit 11,21 is corresponding dislocation arrangement (as shown in Figure 1) in the present embodiment, that is the corresponding or complete second side faying face 202 of each first conduit, 11 part corresponding to this balancing weight 2, simultaneously, corresponding or the complete first side faying face 102 corresponding to these rod head noumenon 1 groove 10 inwalls of each second conduit, 21 part can reach the reliability that promotes the hard solder combination equally.
Please refer to shown in Figure 10, the structure and first embodiment of the utility model the 4th embodiment are basic identical, and difference is: rod head noumenon 1 groove, 10 inwalls and balancing weight 2 are respectively equipped with first and second conduit 11,21 and several extension conduits 11 ', 21 ' at its first and second side faying face 102,202 among the 4th embodiment.Each extends conduit 11 ', 21 ' respectively along first and second side faying face 102,202 horizontal expansions, and is communicated in each first and second conduit 11,21 respectively.Therefore, it is dendritic that each first and second conduit 11,21 and each conduit 11 ', 21 ' that is connected are branch, can guide, fill more fillers 3, also can increase the bonded area between these rod head noumenon 1 groove, 10 inwalls and the balancing weight 2 relatively, so promote relatively hard solder in conjunction with reliability.In addition, first of present embodiment balancing weight 2 is concaved with at least one appearance material groove 22 in conjunction with end face 201, so that ccontaining more fillers 3, and then promote in conjunction with reliability relatively.
Please refer to shown in Figure 11ly, the structure and first embodiment of the utility model the 5th embodiment are basic identical, and difference is: the 5th embodiment is applied to Wood-type bar head.The rod head noumenon 1 of the 5th embodiment is provided with a groove 10 equally, and this groove 10 preferably is located at the bottom rear of this rod head noumenon 1, so that combine with balancing weight 2.These rod head noumenon 1 groove 10 inwalls combine end face 101,201 and first and second side faying face 102,202 at least one first and second equally respectively with balancing weight 2 outer walls, and first and second side faying face 102,202 is provided with at least one first and second conduit 11,21.Therefore, more filler 3 can be guided, be filled to each first and second conduit 11,21 can equally during heating, hard solder, also can increase the bonded area of these rod head noumenon 1 groove, 10 inwalls and balancing weight 2 relatively.In addition, each first and second conduit 11,21 preferably tilts to extend into radial in the present embodiment.Therefore, when the hard solder melting, each radial first and second conduit 11,21 can promote the flowability of this filler 3 relatively, so that this filler 3 can be uniformly distributed in each first and second conduit 11,21, and then promotes it relatively in conjunction with reliability.
Moreover first of rod head noumenon 1 groove 10 is provided with several locating holes 12 in conjunction with end face 101 in the present embodiment, and second of this balancing weight 2 is provided with several corresponding reference columns 23 in conjunction with 201 of end faces.The length of each reference column 23 preferably is a bit larger tham the degree of depth of each corresponding locating hole 12.Therefore, when this balancing weight 2 embedded the groove 10 of these rod head noumenons 1, each reference column 23 also was incorporated into each corresponding locating hole 12, so that combine 101,201 formation of end face predetermined gap at first and second of this rod head noumenon 1 groove 10 and balancing weight 2.Therefore, first and second of this rod head noumenon 1 groove 10 and balancing weight 2 combines 101,201 of end faces and also can form predetermined constant spacing, so that easily infiltrate after these filler 3 meltings to first and second of this rod head noumenon 1 groove 10 and balancing weight 2 and combine 101,201 of end faces, therefore, this balancing weight 2 can be accurately located, the hard solder quality can be promoted relatively again.Moreover first and second side faying face 102,202 of this groove 10 and this balancing weight 2 also can be respectively equipped with several reference columns and locating hole (not shown), can promote the hard solder reliability relatively equally.
On the other hand, needs according to product, the utility model also can be only be provided with at least one first conduit 11 at groove 10 inwalls of this rod head noumenon 1, promptly second of this balancing weight 2 is flat surface in conjunction with the end face 201 and the second side faying face 202, can promote the hard solder reliability relatively equally.
As mentioned above, at the combined structure of commonly using golf driver head and balancing weight, only the faying face at this balancing weight is provided with conduit, thereby limited the loading of this filler relatively, so that there are shortcomings such as filler deficiency and bond strength are low, the utility model is first of these rod head noumenon 1 groove, 10 inwalls and balancing weight 2, two in conjunction with end face 101,201 and first, two side faying faces 102, be respectively equipped with at least one first on 202, two conduits 11,21, thereby, can promote the bond strength of these balancing weight 2 hard solders relatively, reliability and finished product yield, and can simplify the hard solder processing procedure.
Claims (11)
1, the combined structure of a kind of golf driver head and balancing weight is characterized in that, it comprises:
One rod head noumenon, it is provided with a groove, and this groove inwall is provided with several first faying faces;
At least one first conduit, it is formed at least one this first faying face of this rod head noumenon;
One balancing weight, it is provided with several second faying faces, and this balancing weight correspondence is embedded in the groove of this rod head noumenon;
At least one second conduit, it is arranged at least one this second faying face of this balancing weight; And
One hard solder layer, it is formed in this first conduit and second conduit, and is formed at simultaneously in the gap of the groove of this rod head noumenon and balancing weight.
2, the combined structure of golf driver head according to claim 1 and balancing weight is characterized in that: first faying face of described rod head noumenon comprise at least one be provided with this first conduit first in conjunction with end face and several first side faying faces; Second faying face of this balancing weight comprise at least one be provided with this second conduit second in conjunction with end face and several second side faying faces.
3, the combined structure of golf driver head according to claim 2 and balancing weight is characterized in that: described first conduit extend to this rod head noumenon first in conjunction with end face.
4, the combined structure of golf driver head according to claim 2 and balancing weight is characterized in that: described second conduit extend to this balancing weight second in conjunction with end face.
5, the combined structure of golf driver head according to claim 2 and balancing weight is characterized in that: be provided with the extension conduit that several are connected with this first conduit on the first side faying face of described rod head noumenon in addition.
6, the combined structure of golf driver head according to claim 2 and balancing weight is characterized in that: be provided with the extension conduit that several are connected with this second conduit on the second side faying face of described balancing weight in addition.
7, the combined structure of golf driver head according to claim 1 and balancing weight is characterized in that: the section of described first conduit and second conduit can be rectangular, at least a in dovetail shape, semi-cylindrical, arc column, taper and the keyhole shape.
8, the combined structure of golf driver head according to claim 1 and balancing weight is characterized in that: described first conduit and second conduit can adopt longitudinal extension, horizontal expansion and tilt to extend at least a.
9, the combined structure of golf driver head according to claim 1 and balancing weight is characterized in that: described first conduit and second conduit can adopt contraposition to arrange and at least a in arranging of dislocation.
10, the combined structure of golf driver head according to claim 2 and balancing weight, it is characterized in that: first corresponding locating hole and several reference column that forms spacing between several inwalls of keeping this rod head noumenon groove and the balancing weight of the second binding end face of described rod head noumenon in conjunction with end face and this balancing weight, the length of this reference column is greater than the degree of depth of this locating hole, and the reference column of this balancing weight snaps in the locating hole of this rod head noumenon.
11, the combined structure of golf driver head according to claim 2 and balancing weight is characterized in that: second of described balancing weight is arranged with at least one appearance material groove in addition in conjunction with end face.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CNU2006200019422U CN200942271Y (en) | 2006-01-25 | 2006-01-25 | Golf club head and combined structure with matching block |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CNU2006200019422U CN200942271Y (en) | 2006-01-25 | 2006-01-25 | Golf club head and combined structure with matching block |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN200942271Y true CN200942271Y (en) | 2007-09-05 |
Family
ID=38716894
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CNU2006200019422U Expired - Fee Related CN200942271Y (en) | 2006-01-25 | 2006-01-25 | Golf club head and combined structure with matching block |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN200942271Y (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| KR20120007448A (en) * | 2010-07-14 | 2012-01-20 | 카스턴 매뉴팩츄어링 코오포레이숀 | Golf club heads with protrusion weights and related methods |
| CN106606847A (en) * | 2015-10-21 | 2017-05-03 | 复盛应用科技股份有限公司 | Method for manufacturing golf club head with counterweight |
-
2006
- 2006-01-25 CN CNU2006200019422U patent/CN200942271Y/en not_active Expired - Fee Related
Cited By (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| KR20120007448A (en) * | 2010-07-14 | 2012-01-20 | 카스턴 매뉴팩츄어링 코오포레이숀 | Golf club heads with protrusion weights and related methods |
| CN102335499A (en) * | 2010-07-14 | 2012-02-01 | 卡斯腾制造公司 | Golf club heads with protrusion weights and related methods |
| KR101885927B1 (en) | 2010-07-14 | 2018-08-06 | 카스턴 매뉴팩츄어링 코오포레이숀 | Golf club heads with protrusion weights and related methods |
| CN106606847A (en) * | 2015-10-21 | 2017-05-03 | 复盛应用科技股份有限公司 | Method for manufacturing golf club head with counterweight |
| CN106606847B (en) * | 2015-10-21 | 2018-12-28 | 复盛应用科技股份有限公司 | Method for manufacturing golf club head with counterweight |
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| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| C17 | Cessation of patent right | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20070905 Termination date: 20110125 |