CN101161312B - Vibration-sucking material rip into device of golf club - Google Patents
Vibration-sucking material rip into device of golf club Download PDFInfo
- Publication number
- CN101161312B CN101161312B CN2006101322116A CN200610132211A CN101161312B CN 101161312 B CN101161312 B CN 101161312B CN 2006101322116 A CN2006101322116 A CN 2006101322116A CN 200610132211 A CN200610132211 A CN 200610132211A CN 101161312 B CN101161312 B CN 101161312B
- Authority
- CN
- China
- Prior art keywords
- holder
- screw
- vibration
- perforation
- block
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
- Expired - Fee Related
Links
Images
Landscapes
- Perforating, Stamping-Out Or Severing By Means Other Than Cutting (AREA)
Abstract
The present invention is a shock-absorbing material shooting device of the golf putter head, which comprises one fixed seat and at least one mobile shooting mouth, the fixed seat is arranged at front end of the table of the fixed shooting mouth which comprises a material tube, the end of each mobile shooting mouth is formed with a fixing part which has a larger dimension and can be fixed in the fixed seat, the mobile shooting mouth is formed with a through hole which traverses the mobile shooting mouth, the mobile shooting mouth can be mutually spiral-connected with the bulb of the wooden pole and the bulb of the iron pole, besides the fixing part can be clamped in the fixed seat, and the fixed shooting mouth can shoot the shock-absorbing material into the accommodating room at the inner side of the bulb, then the accommodating room at the inner side of the bulb is provided with shock-absorbing material when the material has cooling-molded. Therefore the bulb needs not mold to clamp, and the shock-absorbing material also needs not mold to clamp, cause the making technique without mold.
Description
Technical field
The present invention is a kind of vibration-sucking material rip into device of golf club, and a kind of device that the shock-absorbing material can be arranged at the accommodation space of bulb inside is provided.
Background technology
Golf, the golfer is in the square stance that swings, because when the bulb striking surface of golf clubs and golf clash into mutually, can produce suitable impulsive force, when bulb striking surface and golf collide mutually, the stressed meeting of striking surface short time set, and generation vibrational energy, seismic wave for fear of this vibrational energy exerts an adverse impact to human body, therefore can in golf club, be provided with the shock-absorbing material, absorb this vibrational energy by this shock-absorbing material, and make the injury that the sporter can avoid this vibrational energy to cause.
Existing the shock-absorbing material is arranged at mode in the golf club, please cooperates with reference to No. 86103563 " method for making of glof club head " patent application case of TaiWan, China and No. 94202016 " glof club head " novel application case;
Wherein, " method for making of glof club head " is that bulb is placed in the precision die, with this precision die bulb given clamping, and will inject bulb through the vibration absorptive material of heating, treats the vibration absorptive material cooling, can be the shock-absorbing material in the bulb internal shaping promptly.
" method for making of glof club head " needs to grip the precision die of bulb, so that vibration absorptive material is injected in the accommodation space of bulb inside; Yet at present on the market one the cover complete ball group in, the bulb (bulb that is existing golf club has 14 kinds) that several different size sizes are arranged, manufacturing process as every kind of bulb all needs one group of specific precision die just can machine, therefore for bulb manufacturer, several precision dies are undoubtedly the heavy burden on the cost.
And another " glof club head ", be with one slightly the elastomer of large scale be that the shock-absorbing material is packed in half-finished bulb, again with the precision die that grips, and give pressing and fixing, and form a complete bulb by batting panel.
" glof club head " its mode of production is earlier to finish the slightly elastomer of large scale with die forming, and the accommodation space of the bulb inside of packing into, the precision die to grip again, and finished the bulb finished product by the batting panel pressing.
The vibration absorptive material of assembling in this kind shock sucking structure, except the expense that increases several shock-absorbing timber dies, pressing mold costliness, can only pressured mould and batting panel suppress vibration absorptive material in accommodation space, its vibration absorptive material lowers because of shock-absorbing effect after suppressing and can't be by heating the metal surface that is attached to simultaneously in the accommodation space, therefore shock-absorbing effect is more undesirable, and in addition improved necessity is arranged in fact.
Summary of the invention
Because the inconvenience of aforementioned prior art, main purpose of the present invention is the vibration-sucking material rip into device of a kind of golf club of design, provide a kind of and the shock-absorbing material can be arranged at the accommodation space of bulb inside, and can exempt the setting of mould, and can simplify the device of this setting program.
To achieve the above object of the invention, the technology used in the present invention means are the vibration-sucking material rip into device of a kind of golf club of design, it has a holder, one slide, fixed block once, movable block on one, one drive unit and at least one movable nozzle, holder is arranged at a board front end place of fixedly nozzle with material pipe, one side of holder is formed with a storage tank, be formed with opening in the same side and with respect to the end face of storage tank, the top of holder is formed with a perforation, slide is fixedly arranged on the storage tank place of holder, following fixed block is fixedly arranged in the slide, groove in the top of following fixed block and before being formed with down away from the side edge of holder, and be formed with pit down in this top and adjacent to the side edge of holder, groove communicates with following pit down, last movable block is arranged in the slide, and be positioned at the top of fixed block down, the bottom of last movable block and be formed with the groove of going forward away from the side edge of holder, the bottom of last movable block and be formed with pit adjacent to the side edge of holder, last pit communicates with the groove of going forward, and the groove of going forward can be in conjunction with forming a movable nozzle groove with down preceding groove, last pit and following pit can be in conjunction with the fixing nozzle grooves of formation one, drive unit is fixed in the top end of holder, drive unit is connected with a drive link, the perforation that one end of drive link runs through holder is extended towards last movable block direction, this end and last movable block are spirally connected mutually, each movable nozzle is the stock body and in axially being formed with the through hole that runs through movable nozzle, and it is big and can be arranged at the fixed part of movable nozzle groove that the end of an end of movable nozzle is formed with size.
Movable nozzle can be spirally connected mutually with rod bulb, iron bulb, and its fixed part can be by the movable nozzle groove between movable block on the clamping and the following fixed block, this moment, fixedly nozzle can be injected vibration absorptive material the accommodation space of bulb inside via movable nozzle, after treating that this material cooled is shaped, the accommodation space of bulb inside promptly has the shock-absorbing material.
According to such scheme, the present invention is significant with respect to the effect of prior art, has following advantage:
One, utilization of the present invention can screw togather and the movable nozzle that separates mutually with bulb, and will heat vibration absorptive material via the fixedly nozzle of material pipe and the accommodation space that movable nozzle is injected bulb inside, make it be configured as the shock-absorbing equipment structure, through this mode, shock-absorbing material set-up mode can be exempts from the mold mechanical type and produces in a large number, must have suitable saving to artificial consumption, so can reduce production costs, make product ommercialization, and meet the economic benefit of manufacturer.
Two, utilize and to screw togather to avoid mould is set with the movable nozzle that separates the time increase of the production cost that is brought mutually with bulb.
Three, the shock-absorbing material is that the accommodation space that forms in bulb inside is injected in heating, so have good degree of fitting tightly between the inwall of shock-absorbing material and bulb, therefore the vibrational energy that is produced during the bulb collision can pass in the shock-absorbing material fast, so can reach better, shock-absorbing effect fast.
Four, utilization activity nozzle of the present invention and fixedly nozzle vibration absorptive material is injected the accommodation space of bulb inside, therefore bulb does not just need mould to give clamping, and the shock-absorbing material does not need mould to be shaped yet, so the shock-absorbing material set-up mode of bulb can not need use mould, can finish this manufacturing process.
Description of drawings
Fig. 1 is a three-dimensional exploded view of the present invention.
Fig. 2 is a stereo appearance figure of the present invention.
Fig. 3 is a profile of the present invention.
Fig. 4 is another profile of the present invention.
Fig. 5 is the stereo appearance figure of first embodiment of movable nozzle of the present invention.
Fig. 6 is an action profile of the present invention.
Fig. 7 is another action profile of the present invention.
Fig. 8 is an action profile more of the present invention.
Fig. 9 is the stereo appearance figure of second embodiment of movable nozzle of the present invention.
Figure 10 is an another action profile of the present invention.
The main element symbol description
10 ... board 11 ... fixing nozzle
12 ... material pipe 20 ... holder
21 ... storage tank 22 ... opening
23 ... side screw 24 ... screw
25 ... perforation 30 ... slide
31 ... slide block 32 ... perforation
33 ... oilhole 34 ... chute
35 ... side perforation 40 ... following fixed block
41 ... nib 42 ... screw
43 ... groove 44 down ... following pit
50 ... last movable block 51 ... nib
52 ... screw 53 ... the groove of going forward
54 ... last pit 60 ... drive unit
61 ... drive link 62 ... screw thread
63 ... nearly rank switch 70 ... movable nozzle
71 ... fixed part 72 ... screw rod
73 ... through hole 74 ... movable nozzle
75 ... screw thread 76 ... fixed part
77 ... through hole 80 ... backplate
81 ... patchhole 82 ... perforation
83 ... bracing frame 84 ... bolt
85 ... tank filler sleeve 90 ... the iron bulb
91 ... screw 92 ... the iron bulb
93 ... screw 94 ... the rod bulb
95 ... screw 96 ... the rod bulb
97 ... connect neck 98 ... the hole
99 ... internal thread
The specific embodiment
The present invention is a kind of vibration-sucking material rip into device of golf club, please cooperate with reference to Figure 1 and Figure 2, it is arranged at the board 10 front end places with fixedly nozzle 11 of material pipe 12, fixedly nozzle 11, material pipe 12 have heater, and rip into device has a holder 20, a slide 30, once movable block 50, a drive unit 60, at least one movable nozzle 70 and a backplate 80 on the fixed block 40;
Following fixed block 40, it is arranged between two slide blocks 31, the relative dual-side of following fixed block 40 is formed with the nib 41 of the chute 34 that can be stretched on slide block 31 respectively, side perforation 35 positions of nib 41 relative slide blocks 31 are formed with screw 42, number screw (not shown) runs through the side perforation 35 of slide block 31, and it is solid with the screw 42 mutual spiral shells of following fixed block 40, to descend fixed block 40 to be fixed between two slide blocks 31 with this, groove 43 in the top of following fixed block 40 and before being formed with down away from the side edge of holder 20, and be formed with pit 44 down in this top and adjacent to the side edge of holder 20, down before groove 43 communicate with following pit 44;
Last movable block 50, it is arranged between two slide blocks 31, and be positioned at the top of fixed block 40 down, the relative dual-side of last movable block 50 is formed with the nib 51 of the chute 34 that can be stretched on slide block 31 respectively, the top of last movable block 50 is formed with a screw 52, the bottom of last movable block 50 and be formed with the groove 53 of going forward away from the side edge of holder 20, the bottom of last movable block 50 and be formed with pit 54 adjacent to the side edge of holder 20, last pit 54 communicates with the groove 53 of going forward, please cooperate with reference to shown in Figure 4, when last movable block 50 and following fixed block 40 are in contact with one another when reclining, go forward groove 53 with down before groove 43 can be in conjunction with forming a movable nozzle groove, last pit 54 and following pit 44 meetings are in conjunction with the fixing nozzle groove of formation one;
In addition, please cooperate with reference to shown in Figure 6, the side of holder 20 an and bracing frame 83 can be set with respect to the following of patchhole 81 of backplate 80, bracing frame 83 is provided with at least two support bolts 84, bolt 84 be screwed into distal process for bracing frame 83, and extend towards patchhole 81 directions.
When reality is used, can be provided with a screw 91 in the side of iron bulb 90, and with the screw rod 72 of movable nozzle 70 screw 91 mutual spiral shells are solid therewith, fixed part 71 with this movable nozzle 70 inserts in the patchhole 81 of backplate 80 again, this fixed part 71 will be held on down following preceding groove 43 places of fixed block 40, at this moment, drive drive link 61 by drive unit 60 and move, and then make that going up movable block 50 is in contact with one another applying with following fixed block 40 towards following fixed block 40 directions.
After moving to the distance that sets when drive link 61, nearly rank switch 63 will stop drive unit 60, and make drive link 61 no longer mobile, simultaneously, last movable block 50 has mutually combined with following fixed block 40, and groove 43 can be in conjunction with formation activity nozzle groove with the groove 53 of going forward down, and the fixed part 71 of movable nozzle 70 is clamped on this, can be in conjunction with forming fixedly nozzle groove and go up pit 44 with following pit 54, bracing frame 83 can be for the usefulness of these iron bulb 90 placements, its at least two support bolt 84 can give iron bulb 90 suitable support, and can be according to the size of iron bulb 90, and at least two support bolts 84 are adjusted to best position.
When iron bulb 90 in the location after, board 10 fixedly nozzle 11 moves to fixedly nozzle groove place, therefore fixedly nozzle 11 just can be injected vibration absorptive material the accommodation space of iron bulb 90 inside via the through hole 73 of movable nozzle 70, and material pipe 12, fixedly the heater of nozzle 11 can guarantee that vibration absorptive material is maintained at specified temp, avoid it before penetrating, just to lower the temperature and cooling forming, after fixedly nozzle 11 is finished the action that shoots material, board 10 can move apart fixedly nozzle groove place with the fixedly nozzle 11 of material pipe 12, simultaneously, drive unit 60 can make drive link 61 towards moving away from following fixed block 40 directions, the above movable block 50 of institute will break away from mutually with following fixed block 40, so the iron bulb 90 with movable nozzle 70 can be taken out by holder 20, as mentioned above, after moving to the distance that sets when drive link 61, nearly rank switch 63 will force drive unit 60 to stop action, in like manner, last movable block 50 also can stop action, therefore just can carry out the action that shoots material of another iron bulb 90.
After treating the vibration absorptive material cooling forming, the inside of iron bulb 90 promptly has the shock-absorbing material, so movable nozzle 70 can be separated from each other with iron bulb 90, if in the time of will shooting material operation once more, shock-absorbing material in the through hole 73 of movable nozzle 70 must be removed, and become reusable movable nozzle 70, and the iron bulb 90 that need shoot material itself and another screws togather mutually, so that the operation that shoots material once more.
In addition, please cooperate with reference to shown in Figure 7, the screw 93 of iron bulb 92 can be arranged at its place, bottom.
Moreover, please cooperate with reference to shown in Figure 8, the present invention also can be used in rod bulb 94, be provided with in the rear end of rod bulb 94 can with the solid screw 95 of screw rod 72 mutual spiral shells of movable nozzle 70.
Please cooperate with reference to shown in Figure 9, it is second embodiment of the movable nozzle that is connected with bulb, and the body of rod perisporium of the movable nozzle 74 of this embodiment is formed with screw thread 75, and Yu Yiduan is formed with larger-size stiff end 76, one through holes 77 and axially runs through movable nozzle 74.
Please cooperate with reference to shown in Figure 10, connection neck 97 places in rod bulb 96 are provided with a hole 98, the inwall in hole 98 be formed with can with the solid internal thread 99 of screw thread 75 mutual spiral shells of movable nozzle 74, bulbs such as aforesaid iron bulb 92, rod bulb 94 and rod bulb 96 are all identical with the above-mentioned action that shoots material with the action that shoots material that movable nozzle 74,70 screws togather, so do not give unnecessary details.
Comprehensive the above, utilize fixedly nozzle 11 and movable nozzle 70,74, and make the manufacturing process that shoots material get in order to avoid mould and mechanization, save a large amount of die costs, shaping expense and cost of labor with this, so can reduce production costs, and make product ommercialization, for producing the manufacturer of bulb, have its economic benefit.
Claims (10)
1. the vibration-sucking material rip into device of a golf club, it is arranged at a board front end place with fixedly nozzle of material pipe, it is characterized in that the vibration-sucking material rip into device of this golf club has:
One holder, the one side is formed with a storage tank, is formed with opening in the same side and with respect to the end face of storage tank, and the top of holder is formed with a perforation;
One slide, it is fixedly arranged on the storage tank place of holder;
Fixed block once, it is fixedly arranged in the slide, groove in the top of fixed block down and before being formed with down away from the side edge of holder, and be formed with pit down in this top and adjacent to the side edge of holder, down preceding groove communicates with following pit;
Movable block on one, it is arranged in the slide, and be positioned at the top of fixed block down, the bottom of last movable block and be formed with the groove of going forward away from the side edge of holder, the bottom of last movable block and be formed with pit adjacent to the side edge of holder, last pit communicates with the groove of going forward, and go forward groove with down before groove combine and form a movable nozzle groove, last pit combines fixedly nozzle groove of formation one with following pit;
One drive unit, it is fixed in the top end of holder, and drive unit is connected with a drive link, and the perforation that an end of drive link runs through holder is extended towards last movable block direction, and this end and last movable block are spirally connected mutually;
At least one movable nozzle, each movable nozzle are the stock body and in axially being formed with the through hole that runs through movable nozzle, and it is big and be arranged at the fixed part of movable nozzle groove that the end of an end of movable nozzle is formed with size.
2. the vibration-sucking material rip into device of golf club as claimed in claim 1 is characterized in that, the end in addition of movable nozzle is formed with screw rod.
3. the vibration-sucking material rip into device of golf club as claimed in claim 1 is characterized in that, the perisporium of movable nozzle is formed with screw thread.
4. as the vibration-sucking material rip into device of claim 1,2 or 3 described golf clubs, it is characterized in that, the storage tank of holder and be fixed with a backplate with respect to the lateral surface position of last movable block and following fixed block, backplate is formed with patchhole for the fixed part insertion of movable nozzle with respect to movable nozzle groove position.
5. the vibration-sucking material rip into device of golf club as claimed in claim 4 is characterized in that, a side of drive unit is provided with nearly rank switch.
6. the vibration-sucking material rip into device of golf club as claimed in claim 5, it is characterized in that, the side of holder and one bracing frame is set with respect to the below of the patchhole of backplate, bracing frame is provided with at least two support bolts, bolt be screwed into distal process for bracing frame, and extend towards the patchhole direction.
7. the vibration-sucking material rip into device of golf club as claimed in claim 6, it is characterized in that slide has two slide blocks, the opposite flank of two slide blocks is formed with chute respectively, locate to be formed with side perforation away from the side of its chute in each slide block in addition, side perforation communicates with chute;
The relative dual-side of following fixed block is formed with the nib of the chute that is stretched on slide block respectively, and the side perforation position of the relative slide block of nib is formed with screw, and the number screw runs through the side perforation of slide block, and solid with the mutual spiral shell of the screw of following fixed block;
The relative dual-side of last movable block is formed with the nib of the chute that is stretched on slide block respectively.
8. the vibration-sucking material rip into device of golf club as claimed in claim 7 is characterized in that, holder is formed with the side of storage tank and is formed with the side screw with respect to the limit, two opposite sides of opening;
Each slide block of slide is formed with perforation, and the number screw runs through perforation respectively, and solid with the mutual spiral shell of side screw of holder.
9. the vibration-sucking material rip into device of golf club as claimed in claim 8 is characterized in that, the side of holder and be formed with screw respectively with respect to the apical margin and the root edge place of storage tank;
The apical margin of backplate and root edge are formed with perforation respectively, and the number screw runs through perforation, and solid with the mutual spiral shell of the screw of holder.
10. the vibration-sucking material rip into device of golf club as claimed in claim 9 is characterized in that, the top of last movable block is formed with a screw;
The elongated end of drive link is formed with and the solid screw thread of the mutual spiral shell of the screw of last movable block.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2006101322116A CN101161312B (en) | 2006-10-12 | 2006-10-12 | Vibration-sucking material rip into device of golf club |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2006101322116A CN101161312B (en) | 2006-10-12 | 2006-10-12 | Vibration-sucking material rip into device of golf club |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN101161312A CN101161312A (en) | 2008-04-16 |
| CN101161312B true CN101161312B (en) | 2010-09-15 |
Family
ID=39296342
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN2006101322116A Expired - Fee Related CN101161312B (en) | 2006-10-12 | 2006-10-12 | Vibration-sucking material rip into device of golf club |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN101161312B (en) |
Families Citing this family (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104971478A (en) * | 2014-04-11 | 2015-10-14 | 吴坤荣 | Golf club head and accessory surface duct, character and graph forming device and method |
-
2006
- 2006-10-12 CN CN2006101322116A patent/CN101161312B/en not_active Expired - Fee Related
Also Published As
| Publication number | Publication date |
|---|---|
| CN101161312A (en) | 2008-04-16 |
Similar Documents
| Publication | Publication Date | Title |
|---|---|---|
| CN206536798U (en) | A kind of 3D metallic print die core inserts with the profile-followed heating function of conformal cooling | |
| CN210851146U (en) | Injection mold capable of achieving rapid forming | |
| CN107627554A (en) | A kind of injection mold with Compulsory reduction mechanism | |
| CN207746233U (en) | A kind of casing crimping mold | |
| CN101161312B (en) | Vibration-sucking material rip into device of golf club | |
| CN207327449U (en) | Film embedding part Inset decoration injection molding mould | |
| CN108481688A (en) | A kind of car audio shell injection mold | |
| CN210257137U (en) | Injection mold convenient to take off material | |
| CN105664464A (en) | Volleyball feeding device | |
| CN204844652U (en) | Forming device is moulded to bubble | |
| CN200963484Y (en) | Shock absorbing material penetrating device for golf club head | |
| CN207272931U (en) | Endoporus and cavity repairing type angle-adjusting mechanism | |
| CN213009019U (en) | Forming mechanism on blister packaging machine | |
| CN204687227U (en) | The injection molding automatic clamping fixture of nanometer | |
| CN210525709U (en) | Effectual injection mold of shock attenuation | |
| CN209239034U (en) | A kind of easily demoulding machine components mold | |
| CN208914522U (en) | A kind of dimorphism chamber sole injection mold | |
| CN107552715B (en) | A kind of hot rolling head molding machine | |
| CN106584887A (en) | Circumferential type carbon fiber bat mold heating-forming equipment | |
| CN208410569U (en) | A kind of fast injection molding mold of plasthetics | |
| TWI647049B (en) | Method for forming a club head | |
| CN201431768Y (en) | Wooden toy | |
| CN211165077U (en) | Medical three-way bottle inserting needle seat mold | |
| CN214920305U (en) | Aluminum alloy ingot blank spray forming device | |
| CN214419312U (en) | Rubber sole forming machine |
Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C06 | Publication | ||
| PB01 | Publication | ||
| C10 | Entry into substantive examination | ||
| SE01 | Entry into force of request for substantive examination | ||
| 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: 20100915 Termination date: 20131012 |