WO2016126216A1 - Pile driver and structure of said pile driver - Google Patents
Pile driver and structure of said pile driver Download PDFInfo
- Publication number
- WO2016126216A1 WO2016126216A1 PCT/TH2015/000016 TH2015000016W WO2016126216A1 WO 2016126216 A1 WO2016126216 A1 WO 2016126216A1 TH 2015000016 W TH2015000016 W TH 2015000016W WO 2016126216 A1 WO2016126216 A1 WO 2016126216A1
- Authority
- WO
- WIPO (PCT)
- Prior art keywords
- driving
- pile driver
- hammer
- stick
- axle
- Prior art date
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Classifications
-
- E—FIXED CONSTRUCTIONS
- E02—HYDRAULIC ENGINEERING; FOUNDATIONS; SOIL SHIFTING
- E02D—FOUNDATIONS; EXCAVATIONS; EMBANKMENTS; UNDERGROUND OR UNDERWATER STRUCTURES
- E02D7/00—Methods or apparatus for placing sheet pile bulkheads, piles, mouldpipes, or other moulds
- E02D7/02—Placing by driving
- E02D7/06—Power-driven drivers
- E02D7/10—Power-driven drivers with pressure-actuated hammer, i.e. the pressure fluid acting directly on the hammer structure
Definitions
- Pile driver and structure of said pile driver composes of hammer that is inserted outside structure of the driver for moving up-down by force submit from centrifugal force in order to hammer moving up-down stamping hammer cushion on pile cushion making pile cushion press onto pile. Then, centrifugal crank is moving by operation of power motor.
- the motor has operated pinion or gear cassette to drive centrifugal crank moving in the rhythm controlled by driving control unit.
- the purpose of this invention is to have pile driver and structure of said pile driver that using the centrifugal force to move hammer up and release down to press pile directly, or through outside support cushion.
- the force in this operation is from the driving of motor that generated to drive pinion or gear cassette at least two pinions or one set of cassette.
- Figure 1 shows pile driver and structure of said pile driver according to this invention.
- FIG. 1 it shows pile driver and structure of said pile driver according to this invention composes of hammer 1 that is hammer or plummet hammer ball of which its side of hammer 1 is side open end hole 2 at least one hole connected to hollow of upper open end hole 3 for insertion of bolt 4 at least one bolt.
- the bolt is to hold hammer 1 with connecting stick 5 which is flexible (joint area could be able to move back and forth, and
- Upper open end hole 3 is deep hollow from the upper side of hammer 1 at least one hole and connects to side open end hole 2 for insertion of connecting stick 5 at least one stick, which
- Connecting stick 5 is lengthy stick, tube or plate which has pierced hole 6 at least two holes for inserting lower end tip with open end hole 3 for supporting the attaching of hammer 1 with bolt 4 at least one bolt reflexively.
- upper end tip of connecting stick is inserted with lower part of weight lifting stick 7 with bolt 4 reflexively, which
- Weight lifting stick 7 is lengthy stick or tube or plate for whole of stick, or composing of lengthy stick or tube or plate at least two stick combined reflexively (in the way that needed to extend the length of weight lifting stick 7) for inserting lower end of weight lifting stick 7 or lowest tip of lower end of weight lifting stick 7 with upper side of connecting stick 5 by bolt 4 at least one bolt reflexively, or
- Lower end of weight lifting stick 7 or lowest tip of lower end of weight lifting 7 is drilled for being insertion slot 8 for being inserted with upper side of connecting stick 5. After insertion, lower end of weight lifting stick 7 or lowest tip of lower end of weight lifting 7 is locked up with connecting stick 5 by bolt 4 reflexively, at least one bolt, and
- Crank arm 9 is lengthy stick or tube or plate at least one arm for inserting its lower end with upper part of weight lifting stick 7 or highest tip of upper end of weight lining 7 by bolt 4 reflexively at least one stick.
- upper end of crank arm 9 is attached with inner end of side spindle 10, which
- Side spindle 10 is stick or tube inserted in driving socket 1 1 for moving along the driving force transmitting from outside, which
- Driving socket 1 1 is socket that receiving the insertion of side spindle 10 directly, or through inside supported bearing 12, to support the insertion of side spindle 10 for side spindle 10 driving fluency, while driving socket 11 attached with upper part of hammer outside structure 13, which
- Hammer outside structure 13 is outside structure of which its lower part is bear and its side or upper part could be closed tightly or bear as the same, for supporting the moving up-down of hammer 1 , and
- the connector is a part that stretching out or pierced hole or ring stretching out from hammer outside structure 13 at least one unit, for insertion of upper part of upper connected cable 15 at least one cable, which
- Upper connected cable 15 is cable or chain of which its upper end is connected with outside structure connector 14, while lower end connected with hammer cushion connector 16 of hammer cushion 17, which
- Hammer cushion 17 is socket base formed up with side edge 18 at least two sides being as stamping cushion 19 for supporting stamping and pressing by lower part of hammer 1 , and Part of hammer cushion 17 attaches with connector of hammer cushion connector 16 which is a part that stretching out or pierced hole or ring stretching out from hammer cushion 17 at least one unit.
- the connector is for being attached with lower part of upper connected cable 15 at least one cable to support hammer cushion 17 not to move out when it is stamped by hammer 1 , or
- Hammer cushion connector 16 is attached with upper part of lower connected cable 20 that is cable or chain.
- the upper end of the cable is connected with cushion connector unit 19 at least of cable for the lower end of lower connected cable 20 to attach with stamping cushion connector 21 of pile stamping cushion 22 at the above of pile, which
- Pile stamping cushion 22 is cushion located on the top of pile or it is stamping cushion which the lower base is larger than upper for transmitting stamping or pressing force from hammer cushion 17 to top of pile, and
- Part of pile stamping cushion 22 contains of stamping cushion connector 21 at least one unit, for supporting the connection by lower part of lower connected cable 20 to support pile stamping cushion 22 not to move out when it is stamped or pressed, and
- Driving control unit 24 composes of driving base 27 which is base or structure of which one of its sides is concaved as concave hollow 28. There is also base pierced hole 29 for supporting the attachment of side lengthy arm 23 to receive the driving force from driving base 27, and
- Outside groove edge of base pierced hole 29 contains of lower end of driven tube 30 attached in the way that inside of the tube could pierce through base pierced hole 29 for supporting the attachment of side spindle 23, and Inside of driven tube 30 is inside tube groove 31 for support the insertion of curve out groove (not shown in the figure) of side spindle 23 to support the locking up between driven tube 30 and side spindle 23, and
- gear groove 32 Inside edge of concave hollow 28 of driving base 27 is gear groove 32 which is groove or inclined groove towards the front or mixed up between groove and front inclined groove continuous or discrete for supporting driving of gear groove driving axle 33 at least one axle of driving transmitting base 34, which
- Driving transmitting base 34 is supporting base or supporting structure of which its front space contains of gear groove driving axle 33 which is axle or structure in shape of straight or curve or bending attached in the way that it could be move back-forth at least one axle for driving along the force transmitted from driving transmitted base 34 to drive into gear groove 32 as its driving rhythm, and
- stretch-shrink unit 35 which is line or coil at least one unit attached directly or through connector, such as, coil stick, spring coil, rubber band, for instance, for supporting gear groove driving axle 33 shrink back after gear groove driving axle 33 driving gear groove 32 already, and
- Driving power unit 26 composes of outside structure frame 37 which is structure frame located outside attached with hammer outside structure 13 directly or through outside supporter for receiving the attachment of driving mechanic 38, which
- Driving mechanic 38 composed of driving motor 39 which is hydraulic motor or electric motor.
- the motor is to be transmitted of power from outside to drive motor axle 40 to be back-forth, which
- Motor axle 40 is connected with inside transmitted axle 41 with outside connector 42, such as, connecting boot, for instance, for driving inside transmitted axle 41 to drive along, and Inside transmitted axle 41 is stick or tube with driving pinion 43 putting on for receiving driving force transmitted from motor axle 40 to drive driving pinion 43 move along and driving receiving gear 44 which is on driving spindle 25 directly or through gear cassette 45 at least one set, which
- Gear cassette 45 composes of enhancing driving axle 46 which could be move back-forth for attaching with enhancing gear 47 at least one gear to enhance driving power or reducing power between driving pinion 43 and driving receiving gear 44, and
- driving support shaft 48 attached at least one unit for support insertion of driving spindle 25 or inside transmitted axle 41 or enhancing driving axle 46 to support the operation of axle to be more fluent and easy
- outside of outside structure of hammer 1 or inside of hammer outside structure 13 compose of up-down moving supporter (not shown in the figure) attached for supporting the moving up-down of hammer 1 with inside of hammer outside structure 13 to be more fluent and easy, and
- Driving spindle 25 could have inside boot 49 at least one unit for protection of swinging of driving spindle 25, and
- Driving control unit 24 could be installed outside or inside outside structure frame 37 of driving power unit 26 as the same.
Abstract
A pile driver and structure of the pile driver are disclosed, which comprises a hammer (1) inserted in outside structure of the driver for moving up-down by force submitted from centrifugal force in order that the hammer (1) moves up-down to stamp hammer cushion (17) on pile cushion to make pile cushion press onto Pile. Then, centrifugal crank is moved by operation of power motor. The motor has operated pinion (43) or gear cassette (45) to drive centrifugal crank moving in the rhythm controlled by driving control unit.
Description
Detail of the Invention Title of Invention PILE DRIVER AND STRUCTURE OF SAID PILE DRIVER Technical Field
Engineering related to pile driver and structure of said pile driver Background Arts
Refer to Thai Patent no. 8731 of Mr. Paisal Wongwaikolayoot that shows component of pile driving that could be fold from the horizontal for driving pile or folding into the pack after pile driving process. Its drawback is that this could service for specific range of pile length because the length of component is not sufficient. The length of component is limited by the length of equipped automobile, and
One type of plummet ball using in pile driving nowadays is operating by using hydraulic cylinder to raise plummet ball higher and release the ball down to pile that need to be driven. In this method, it needs to flow oil to hydraulic cylinder and drain out oil quickly. As a result, the temperature of the drained oil is relatively high. It needs to cool down drained oil before flow oil back to hydraulic cylinder, otherwise, the high temperature oil may damage or be harmful to hydraulic cylinder, or caused high pressure in the cylinder and having accident happened to workers.
Characteristic and Purpose of the Invention
Pile driver and structure of said pile driver composes of hammer that is inserted outside structure of the driver for moving up-down by force submit from centrifugal force in order to hammer moving up-down stamping hammer cushion on pile cushion making pile cushion press onto pile. Then, centrifugal crank is moving by operation of power motor. The motor has operated pinion or gear cassette to drive centrifugal crank moving in the rhythm controlled by driving control unit.
The purpose of this invention is to have pile driver and structure of said pile driver that using the centrifugal force to move hammer up and release down to press
pile directly, or through outside support cushion. The force in this operation is from the driving of motor that generated to drive pinion or gear cassette at least two pinions or one set of cassette.
Brief Description of drawing
Figure 1 shows pile driver and structure of said pile driver according to this invention.
Disclosure of Invention
According to Figure 1 , it shows pile driver and structure of said pile driver according to this invention composes of hammer 1 that is hammer or plummet hammer ball of which its side of hammer 1 is side open end hole 2 at least one hole connected to hollow of upper open end hole 3 for insertion of bolt 4 at least one bolt. The bolt is to hold hammer 1 with connecting stick 5 which is flexible (joint area could be able to move back and forth, and
Upper open end hole 3 is deep hollow from the upper side of hammer 1 at least one hole and connects to side open end hole 2 for insertion of connecting stick 5 at least one stick, which
Connecting stick 5 is lengthy stick, tube or plate which has pierced hole 6 at least two holes for inserting lower end tip with open end hole 3 for supporting the attaching of hammer 1 with bolt 4 at least one bolt reflexively. At the same time, upper end tip of connecting stick is inserted with lower part of weight lifting stick 7 with bolt 4 reflexively, which
Weight lifting stick 7 is lengthy stick or tube or plate for whole of stick, or composing of lengthy stick or tube or plate at least two stick combined reflexively (in the way that needed to extend the length of weight lifting stick 7) for inserting lower end of weight lifting stick 7 or lowest tip of lower end of weight lifting stick 7 with upper side of connecting stick 5 by bolt 4 at least one bolt reflexively, or
Lower end of weight lifting stick 7 or lowest tip of lower end of weight lifting 7 is drilled for being insertion slot 8 for being inserted with upper side of connecting
stick 5. After insertion, lower end of weight lifting stick 7 or lowest tip of lower end of weight lifting 7 is locked up with connecting stick 5 by bolt 4 reflexively, at least one bolt, and
Upper end of weight lining stick 7 or highest tip of upper end of weight lining 7 is connecting with lower part of crank arm 9 reflexively at least one arm by bolt 4, which
Crank arm 9 is lengthy stick or tube or plate at least one arm for inserting its lower end with upper part of weight lifting stick 7 or highest tip of upper end of weight lining 7 by bolt 4 reflexively at least one stick. In the mean time, upper end of crank arm 9 is attached with inner end of side spindle 10, which
Side spindle 10 is stick or tube inserted in driving socket 1 1 for moving along the driving force transmitting from outside, which
Driving socket 1 1 is socket that receiving the insertion of side spindle 10 directly, or through inside supported bearing 12, to support the insertion of side spindle 10 for side spindle 10 driving fluency, while driving socket 11 attached with upper part of hammer outside structure 13, which
Hammer outside structure 13 is outside structure of which its lower part is bear and its side or upper part could be closed tightly or bear as the same, for supporting the moving up-down of hammer 1 , and
Part of hammer outside structure 13 composed of outside structure connector 14. The connector is a part that stretching out or pierced hole or ring stretching out from hammer outside structure 13 at least one unit, for insertion of upper part of upper connected cable 15 at least one cable, which
Upper connected cable 15 is cable or chain of which its upper end is connected with outside structure connector 14, while lower end connected with hammer cushion connector 16 of hammer cushion 17, which
Hammer cushion 17 is socket base formed up with side edge 18 at least two sides being as stamping cushion 19 for supporting stamping and pressing by lower part of hammer 1 , and
Part of hammer cushion 17 attaches with connector of hammer cushion connector 16 which is a part that stretching out or pierced hole or ring stretching out from hammer cushion 17 at least one unit. The connector is for being attached with lower part of upper connected cable 15 at least one cable to support hammer cushion 17 not to move out when it is stamped by hammer 1 , or
Hammer cushion connector 16 is attached with upper part of lower connected cable 20 that is cable or chain. The upper end of the cable is connected with cushion connector unit 19 at least of cable for the lower end of lower connected cable 20 to attach with stamping cushion connector 21 of pile stamping cushion 22 at the above of pile, which
Pile stamping cushion 22 is cushion located on the top of pile or it is stamping cushion which the lower base is larger than upper for transmitting stamping or pressing force from hammer cushion 17 to top of pile, and
Part of pile stamping cushion 22 contains of stamping cushion connector 21 at least one unit, for supporting the connection by lower part of lower connected cable 20 to support pile stamping cushion 22 not to move out when it is stamped or pressed, and
Outside of side spindle 10 at least one spindle that inserted in inside supported bearing 12 or through driving socket 11 which is side lengthy arm 23 for transmitting force from driving control unit 24. In the mean time, another part of driving control unit 24 is to receive transmitted force from driving spindle 25 of driving power unit 26, which
Driving control unit 24 composes of driving base 27 which is base or structure of which one of its sides is concaved as concave hollow 28. There is also base pierced hole 29 for supporting the attachment of side lengthy arm 23 to receive the driving force from driving base 27, and
Outside groove edge of base pierced hole 29 contains of lower end of driven tube 30 attached in the way that inside of the tube could pierce through base pierced hole 29 for supporting the attachment of side spindle 23, and
Inside of driven tube 30 is inside tube groove 31 for support the insertion of curve out groove (not shown in the figure) of side spindle 23 to support the locking up between driven tube 30 and side spindle 23, and
Inside edge of concave hollow 28 of driving base 27 is gear groove 32 which is groove or inclined groove towards the front or mixed up between groove and front inclined groove continuous or discrete for supporting driving of gear groove driving axle 33 at least one axle of driving transmitting base 34, which
Driving transmitting base 34 is supporting base or supporting structure of which its front space contains of gear groove driving axle 33 which is axle or structure in shape of straight or curve or bending attached in the way that it could be move back-forth at least one axle for driving along the force transmitted from driving transmitted base 34 to drive into gear groove 32 as its driving rhythm, and
Between gear groove driving axle 33 and another part of driving transmitted base 34, there is stretch-shrink unit 35 which is line or coil at least one unit attached directly or through connector, such as, coil stick, spring coil, rubber band, for instance, for supporting gear groove driving axle 33 shrink back after gear groove driving axle 33 driving gear groove 32 already, and
Part of driving transmitting base 34, there is transmitting base pierced hole 36 to support the connecting with driving spindle 25 of driving power unit 26, which
Driving power unit 26 composes of outside structure frame 37 which is structure frame located outside attached with hammer outside structure 13 directly or through outside supporter for receiving the attachment of driving mechanic 38, which
Driving mechanic 38 composed of driving motor 39 which is hydraulic motor or electric motor. The motor is to be transmitted of power from outside to drive motor axle 40 to be back-forth, which
Motor axle 40 is connected with inside transmitted axle 41 with outside connector 42, such as, connecting boot, for instance, for driving inside transmitted axle 41 to drive along, and
Inside transmitted axle 41 is stick or tube with driving pinion 43 putting on for receiving driving force transmitted from motor axle 40 to drive driving pinion 43 move along and driving receiving gear 44 which is on driving spindle 25 directly or through gear cassette 45 at least one set, which
Gear cassette 45 composes of enhancing driving axle 46 which could be move back-forth for attaching with enhancing gear 47 at least one gear to enhance driving power or reducing power between driving pinion 43 and driving receiving gear 44, and
Inside of outside structure frame 37, there is driving support shaft 48 attached at least one unit for support insertion of driving spindle 25 or inside transmitted axle 41 or enhancing driving axle 46 to support the operation of axle to be more fluent and easy
From characteristic of pile driver and structure of said pile driver according to this invention, outside of outside structure of hammer 1 or inside of hammer outside structure 13 compose of up-down moving supporter (not shown in the figure) attached for supporting the moving up-down of hammer 1 with inside of hammer outside structure 13 to be more fluent and easy, and
Between driving base 27 and driving transmitting base 34, there could be substitute each other in term of location. Driving spindle 25 could have inside boot 49 at least one unit for protection of swinging of driving spindle 25, and
Driving control unit 24 could be installed outside or inside outside structure frame 37 of driving power unit 26 as the same.
Best Mode for Carrying out the Invention
As the same as mention in Disclosure of Invention
Claims
1. Pile driver and structure of said pile driver composes of hammer (1) that is hammer or plummet hammer ball of which its side of hammer (1) is side open end hole (2) at least one hole connected to hollow of upper open end hole (3) from the top of hammer 1 for insertion of bolt (4) at least one bolt. The bolt is to hold hammer (1) with connecting stick (5) which is flexible
Its special characteristics is
Connecting stick (5) is lengthy stick, tube or plate which has pierced hole (6) at least two holes for inserting lower end tip with open end hole (3) for supporting the attaching of hammer (1) with bolt (4) at least one bolt reflexively. At the same time, upper end tip of connecting stick is inserted with lower part of weight lifting stick (7) with bolt (4) reflexively, which
Weight lifting stick (7) is lengthy stick or tube or plate for whole of stick, or composing of lengthy stick or tube or plate at least two stick combined reflexively for inserting lower end of weight lifting stick (7) or lowest tip of lower end of weight lifting stick (7) with upper side of connecting stick (5) by bolt (4) at least one bolt reflexively, or upper end of weight lifting stick (7) or highest tip of upper end of weight lifting (7) is connecting with lower part of crank arm (9) reflexively at least one arm by bolt (4), which
Crank arm (9) is lengthy stick or tube or plate at least one arm for inserting its lower end with upper part of weight lifting stick (7) or highest tip of upper end of weight lifting (7) by bolt (4) reflexively at least one stick. In the mean time, upper end of crank arm (9) is attached with inner end of side spindle (10), which
Side spindle (10) is stick or tube inserted in driving socket (11) for moving along the driving force transmitting from outside, and
Hammer (1) that is inserted inside of hammer outside structure (13) that is outside structure of which its lower part is bear and its side or upper part could be
closed tightly or bear as the same, for supporting the moving up-down of hammer (1), and
Outside of side spindle (10) at least one spindle that inserted in inside supported bearing (12) or through driving socket (1 1) which is side lengthy arm (23) for transmitting force from driving control unit (24). In the mean time, another part of driving control unit (24) is to receive transmitted force from driving spindle (25) of driving power unit (26), which
Driving power unit (26) composes of outside structure frame (37) which is structure frame located outside attached with hammer outside structure (13) directly or through outside supporter for receiving the attachment of driving mechanic (38), which
Driving mechanic (38) composed of driving motor (39) which is hydraulic motor or electric motor. The motor is to be transmitted of power from outside to drive motor axle (40) to be back-forth, which
Motor axle (40) is connected with inside transmitted axle (41) with outside connector (42) for driving inside transmitted axle (41) to drive along, and
Inside transmitted axle (41) is stick or tube with driving pinion (43) putting on for receiving driving force transmitted from motor axle (40) to drive driving pinion (43) move along and driving receiving gear (44) which is on driving spindle (25)
2. Pile driver and structure of said pile driver according to claim 1 , drive driving pinion (43) with driving receiving gear (44) that is on driving spindle (25) through gear cassette (45) at least one set. The gear cassette composes of enhancing driving axle (46) which could be move back-forth for attaching with enhancing gear (47) at least one gear to enhance driving power or reducing power between driving pinion (43) and driving receiving gear (44).
3. Pile driver and structure of said pile driver according to claim 1-2, whichever claim, driving control unit (24) composes of driving base (27) which is base or structure of which one of its sides is concaved as concave hollow (28). There is also
base pierced hole (29) for supporting the attachment of side lengthy arm (23) to receive the driving force from driving base (27), and
Inside edge of concave hollow (28) of driving base (27) is gear groove (32) which is groove or inclined groove towards the front or mixed up between groove and front inclined groove continuous or discrete for supporting driving of gear groove driving axle (33) at least one axle of driving transmitting base (34), which
Driving transmitting base (34) is supporting base or supporting structure of which its front space contains of gear groove driving axle (33) which is axle or structure in shape of straight or curve or bending attached in the way that it could be move back-forth at least one axle for driving along the force transmitted from driving transmitted base (34) to drive into gear groove (32) as its driving rhythm, and
Part of driving transmitting base (34), there is transmitting base pierced hole (36) to support the connecting with driving spindle (25) of driving power unit (26).
4. Pile driver and structure of said pile driver according to claim 1-3, whichever claim, between gear groove driving axle (33) and another part of driving transmitted base (34), there is stretch-shrink unit (35) which is line or coil at least one unit attached directly or through connector for supporting gear groove driving axle (33) shrink back after gear groove driving axle (33) driving gear groove (32) already.
5. Pile driver and structure of said pile driver according to claim 1-4, whichever claim, outside groove edge of base pierced hole (29) contains of lower end of driven tube (30) attached in the way that inside of the tube could pierce through base pierced hole (29) for supporting the attachment of side spindle (23)
6. Pile driver and structure of said pile driver according to claim 1-5, whichever claim, inside of driven tube (30) is inside tube groove (31) for support the insertion of curve out groove of side spindle (23) to support the locking up between driven tube (30) and side spindle (23)
7. Pile driver and structure of said pile driver according to claim 1-6, whichever claim, inside of outside structure frame (37), there is driving support shaft (48) attached at least one unit for support insertion of driving spindle (25) or inside
transmitted axle (41) or enhancing driving axle (46) to support the operation of axle to be more fluent and easy.
8. Pile driver and structure of said pile driver according to claim 1-7, whichever claim, outside of outside structure of hammer (1) or inside of hammer outside structure (13) compose of up-down moving supporter attached for supporting the moving up-down of hammer (1) with inside of hammer outside structure (13) to be more fluent and easy.
9. Pile driver and structure of said pile driver according to claim 1-8, whichever claim, driving control unit (24) could be installed outside or inside outside structure frame (37) of driving power unit (26) as the same.
10. Pile driver and structure of said pile driver according to claim 1-9, whichever claim, between driving base (27) and driving transmitting base (34), there could be substitute each other of driving control unit (24).
11. Pile driver and structure of said pile driver according to claim 1-10, whichever claim, driving spindle (25) could have inside boot (49) at least one unit for protection of swinging of driving spindle (25).
12. Pile driver and structure of said pile driver according to claim 1-11, whichever claim, part of hammer outside structure (13) contains of outside structure connector (14). The connector is a part that stretching out or pierced hole or ring stretching out at least one unit, for connecting with hammer cushion connector (16) of hammer cushion (17). The hammer cushion is socket base formed up with side edge (18) at least two sides being as stamping cushion (19) for supporting stamping and pressing by lower part of hammer (1) with upper connected cable (15) at least one cable.
13. Pile driver and structure of said pile driver according to claim 1-12, whichever claim, hammer cushion connector (16) is supported for stamping cushion connector (21) which is stretching out unit or pierced hole or stretching ring at least one ring of pile stamping cushion (22) which is cushion located on the top of pile or it is stamping cushion which the lower base is larger than upper for stamping on desired pile with lower connected cable (20) which is line or chain at least one cable.
14. Pile driver and structure of said pile driver according to claim 1-13, whichever claim, lower end of weight lifting stick (7) or lowest tip of lower end of weight lifting (7) is drilled for being insertion slot (8) for being inserted with upper side of connecting stick (5) to lock up lower end of weight lifting stick (7) or lowest tip of lower end of weight lifting (7) with connecting stick (5) by bolt (4) reflexively.
Applications Claiming Priority (2)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| TH1501000561A TH153668A (en) | 2015-02-02 | Piling rods and the structure of such piling rods | |
| TH1501000561 | 2015-02-02 |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| WO2016126216A1 true WO2016126216A1 (en) | 2016-08-11 |
Family
ID=56564431
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| PCT/TH2015/000016 WO2016126216A1 (en) | 2015-02-02 | 2015-03-03 | Pile driver and structure of said pile driver |
Country Status (1)
| Country | Link |
|---|---|
| WO (1) | WO2016126216A1 (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN113026754A (en) * | 2021-04-20 | 2021-06-25 | 王须峰 | Building pile driver |
Citations (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JPS58153817A (en) * | 1982-03-05 | 1983-09-13 | Shinmei Sangyo Kk | Striking type pile driver |
| JPH10298988A (en) * | 1997-04-25 | 1998-11-10 | Y B M:Kk | Pile driver |
| CN201031928Y (en) * | 2007-06-01 | 2008-03-05 | 北京标准件工业集团公司 | Piling machine power head high-speed decelerator |
| CN203639914U (en) * | 2013-10-30 | 2014-06-11 | 杭州夏普园林机械有限公司 | Pile driver for gardens |
| CA2809434A1 (en) * | 2013-03-12 | 2014-09-12 | Alain Desmeules | Hydraulic breaker hammer casing assembly for pile driving |
-
2015
- 2015-03-03 WO PCT/TH2015/000016 patent/WO2016126216A1/en active Application Filing
Patent Citations (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JPS58153817A (en) * | 1982-03-05 | 1983-09-13 | Shinmei Sangyo Kk | Striking type pile driver |
| JPH10298988A (en) * | 1997-04-25 | 1998-11-10 | Y B M:Kk | Pile driver |
| CN201031928Y (en) * | 2007-06-01 | 2008-03-05 | 北京标准件工业集团公司 | Piling machine power head high-speed decelerator |
| CA2809434A1 (en) * | 2013-03-12 | 2014-09-12 | Alain Desmeules | Hydraulic breaker hammer casing assembly for pile driving |
| CN203639914U (en) * | 2013-10-30 | 2014-06-11 | 杭州夏普园林机械有限公司 | Pile driver for gardens |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN113026754A (en) * | 2021-04-20 | 2021-06-25 | 王须峰 | Building pile driver |
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