JP3220292U - Pile driver heat dissipation structure - Google Patents
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Abstract
【課題】動作過程でポンプ装置を利用して潤滑油を放熱管へ搬送して放熱を速やかに行う杭打機の放熱構造を提供する。【解決手段】杭打機の放熱構造は、回転ベース１、枢着ベース２、杭打機歯車槽３及び放熱管４を備える。回転ベース１の対応する両側には、枢着孔１１が形成される。各枢着孔１１内には、枢着部材１２がそれぞれ位置する。枢着ベース２は、各枢着孔１１の対応した箇所に設けられた枢着部を有し、枢着部材１２が枢着孔１１に挿通されて枢着部に枢着されると、回転ベース１と枢着ベース２とが枢着される。枢着ベース２は、枢着領域を有する。杭打機歯車槽３は、枢着領域内に形成され、枢着ベース２と杭打機歯車槽３とが枢着される。【選択図】図１Provided is a heat dissipating structure for a pile driving machine which uses a pump device in an operation process to convey lubricating oil to a heat dissipating pipe to quickly dissipate heat. A heat dissipating structure of a pile driving machine includes a rotating base 1, a pivot base 2, a pile driving gear tank 3, and a heat radiating pipe 4. Pivoting holes 11 are formed on both corresponding sides of the rotary base 1. A pivot member 12 is located in each pivot hole 11. The pivot base 2 has pivot portions provided at corresponding positions of the pivot holes 11. When the pivot member 12 is inserted into the pivot hole 11 and pivoted to the pivot portion, the pivot base 2 rotates. The base 1 and the pivot base 2 are pivoted. The pivot base 2 has a pivot area. The pile driver gear tank 3 is formed in the pivot region, and the pivot base 2 and the pile driver gear tank 3 are pivoted. [Selection] Figure 1
Description
本考案は、杭打機の放熱構造に関するものであり、さらに詳しくは、動作過程でポンプ装置を利用して潤滑油を放熱管へ搬送して放熱を速やかに行う杭打機の放熱構造に関するものである。 The present invention relates to a heat dissipating structure of a pile driving machine, and more particularly, to a heat dissipating structure of a pile driving machine that uses a pump device in an operation process to quickly convey heat by conveying lubricating oil to a heat radiating pipe. It is.
従来、土木工事で使用する重機は、施工作業の違いに応じて異なる種類の様式を有する。衝撃を加えて杭を地層に打ち込む重機は杭打機と称する。杭打機は、重錘、櫓その他付属設備から構成される。重錘は、櫓前部の２本の平行な立設された案内棒の間に取り付けられてフックに吊下げられる。櫓とは、金属構造が掛け渡された構造からなり、その後部には巻き上げ機が取り付けられ、巻き上げ機により杭及び重錘を吊り上げ、櫓前にガイドを設けて杭打ち方向を制御し、設計された所定の方位で地層に杭を正確に打ち込む。重錘は、金属からなるため一定の重量を有し、フックを外した後、ガイドに沿って自由に落下して杭打ちを行う。スチームハンマーは、ハンマー頭部とハンマーベースとから構成される。ハンマーは運動の動力源に応じてドロップハンマー、スチームハンマー、ディーゼルハンマー、液圧ハンマーなどに分けられる。液圧式杭打機は、油圧を動力として用い、地層の土質に応じて液圧を調整し、適宜な衝撃力により杭打ちを行う。液圧式杭打機は、杭打ち量を正確に制御し、地層の違いに応じて杭打ち作業を行うことができる。液圧式杭打機は騒音が少なく、振動及び騒音の発生を防ぐことができるため、特に人口密度が高い都市などで施工するのに適し、液圧式杭打機はエネルギの節減及び二酸化炭素の排出量の削減が顕著であるため、現在、建設業界で広く使用されている杭打機である。 Conventionally, heavy machinery used in civil engineering has different types of styles depending on differences in construction work. A heavy machine that applies an impact and drives a pile into the formation is called a pile driver. The pile driver is composed of a weight, a kite and other attached equipment. The weight is attached between two parallel standing guide rods in front of the heel and is suspended from a hook. The kite has a structure in which a metal structure is stretched over, and a hoisting machine is attached to the rear part, the pile and weight are lifted by the hoisting machine, and a guide is provided in front of the kite to control the pile driving direction. A pile is accurately driven into the formation in the specified orientation. Since the weight is made of metal, it has a constant weight. After the hook is removed, the weight falls freely along the guide for pile driving. The steam hammer is composed of a hammer head and a hammer base. The hammer is divided into a drop hammer, a steam hammer, a diesel hammer, a hydraulic hammer, etc. according to the power source of the movement. The hydraulic pile driver uses hydraulic pressure as power, adjusts the hydraulic pressure according to the soil quality of the formation, and performs pile driving with an appropriate impact force. The hydraulic pile driver can accurately control the amount of pile driving and perform pile driving work according to the difference in the stratum. The hydraulic pile driver is low noise and can prevent vibration and noise generation, so it is particularly suitable for construction in cities with high population density. The hydraulic pile driver saves energy and emits carbon dioxide. It is a pile driver that is currently widely used in the construction industry due to the significant reduction in quantity.
従来技術において、杭打機の装置内で使用する液体には、潤滑機能を有する合成油が主に使用され、合成油は使用ニーズに応じて耐熱性能及び潤滑性能を調整することができるが、施工過程で発生する熱エネルギは排出が困難であるため、合成油の温度が次第に上昇し、合成油が変質して潤滑機能が失われ、装置が摩損してしまい、さらには、耐熱性の合成油を使用する場合、高温で動作するときは潤滑性能が高いが、低温で動作するときは潤滑性能が低く、特に起動するときの部品の摩耗の程度が著しく、部品中の精密部品が高温により膨張したり変形したりすることがある。特に、部品中の軸受は、部品の運動エネルギが伝導される際に運動エネルギの損失を減らすのに重要な部品である。軸受構造は精密であり、過熱環境で容易に膨張したり変形したりしてその機能が失われることが大きな問題点であり、改良が求められていた。 In the prior art, a synthetic oil having a lubrication function is mainly used for the liquid used in the pile driving machine, and the synthetic oil can adjust the heat resistance performance and the lubrication performance according to the use needs. Since it is difficult to discharge the heat energy generated in the construction process, the temperature of the synthetic oil gradually rises, the synthetic oil changes in quality, the lubricating function is lost, the equipment is worn, and the heat-resistant synthetic When using oil, the lubrication performance is high when operating at high temperatures, but the lubrication performance is low when operating at low temperatures, especially the degree of wear of the parts during startup, and the precision parts in the parts are May expand or deform. In particular, the bearing in the part is an important part in reducing the loss of kinetic energy when the kinetic energy of the part is conducted. The bearing structure is precise, and it is a big problem that its function is lost due to easy expansion and deformation in an overheated environment, and improvement has been demanded.
従って、本考案の主な課題は、動作過程で放熱を速やかに行う杭打機の放熱構造を提供することにある。 Accordingly, a main problem of the present invention is to provide a heat dissipating structure for a pile driving machine that quickly dissipates heat in the operation process.
そこで、本考案者は、本考案の前記課題を解決するために鋭意検討を重ねた結果、杭打機の動作過程において、ポンプ装置を利用して潤滑油を放熱管に搬送することにより、前記課題を解決できることに着目し、かかる知見に基いて本考案に想到するに至った。
かくして、本考案の要旨は次の（１）〜（１０）に記載の通りのものである。
（１）回転ベース、枢着ベース、杭打機歯車槽及び放熱管を備えた杭打機の放熱構造であって、
前記回転ベースの対応する両側には、枢着孔が形成され、各前記枢着孔内には、枢着部材がそれぞれ位置し、
前記枢着ベースは、各前記枢着孔の対応した箇所に設けられた枢着部を有し、前記枢着部材が前記枢着孔に挿通されて前記枢着部に枢着されると、前記回転ベースと前記枢着ベースとが枢着され、前記枢着ベースは、枢着領域を有し、
前記杭打機歯車槽は、前記枢着領域内に形成され、前記枢着ベースと前記杭打機歯車槽とが枢着され、前記杭打機歯車槽は、収容空間及び振動装置を有し、前記振動装置には、少なくとも１つの伝動軸が設けられ、
前記杭打機歯車槽は、排流孔及び流入孔を有し、前記流入孔は、前記収容空間と連通し、前記収容空間内の一端には、ポンプ装置が固定され、前記ポンプ装置は、流入口、流出口、収納槽、回転軸、穿孔、駆動部材及び少なくとも１つの導流部材を有し、前記流入口は、前記収容空間及び前記収納槽と連通し、前記流出口は、前記排流孔及び前記収納槽と連通し、前記回転軸は、前記穿孔に挿通されて回動可能に連結され、前記回転軸の下端は、前記収納槽内に設けられるとともに、前記導流部材に枢着され、前記回転軸の上端には、前記駆動部材が設けられるとともに、前記伝動軸の一端には、対応する伝動部材が設けられ、前記伝動軸が旋回すると、前記回転軸及び各前記導流部材が旋回され、液体が前記収容空間内から前記流入口を介して前記収納槽に導入された後、前記流出口から前記排流孔へ排出され、
前記放熱管は、導熱材料からなるとともに、放熱孔を有し、
前記放熱孔には、前記放熱管が挿設され、前記放熱管が中空管状に成形され、前記放熱孔は、流入端及び流出端を有し、前記流入端は、前記排流孔と連通し、前記流出端は、前記流入孔と連通し、前記排流孔から排出された液体が前記流入端を介して前記放熱孔に導入され、前記放熱管により放熱されて冷却された後、前記流出端から前記流入孔を介して前記収容空間中に導入されることを特徴とする杭打機の放熱構造。
（２）前記振動装置は、２つの歯車を有し、
前記２つの歯車は、互いに噛合され、
前記歯車は、各前記伝動軸に枢着されるとともに、
各前記歯車の一端には、振動部材がそれぞれ設けられ、各前記伝動軸が旋回すると、各前記振動部材もそれに伴って旋回して振動が発生することを特徴とする前記（１）に記載の杭打機の放熱構造。
（３）各前記伝動軸は、複数の位置決め部材に枢着され、
各前記位置決め部材は、各前記歯車の後端及び各前記振動部材の前端にそれぞれ設けられ、各前記歯車及び各前記振動部材を所定位置に挟持して固定することを特徴とする前記（２）に記載の杭打機の放熱構造。
（４）各前記伝動軸の前端及び後端には、軸受がそれぞれ設けられ、
各前記軸受は、前記収容空間内に枢着されて固定されることを特徴とする前記（２）に記載の杭打機の放熱構造。
（５）前記杭打機歯車槽の一端には、貫通孔が形成され、
前記貫通孔には、前記伝動軸が挿設され、前記伝動軸と前記杭打機歯車槽の外部の動力とが連動し、各前記伝動軸が旋回されることを特徴とする前記（１）に記載の杭打機の放熱構造。
（６）前記枢着ベースは、複数の放熱片を有し、
各前記放熱片は、前記放熱管と組み合わされるとともに、導熱材料からなり、前記放熱管により熱エネルギを各前記放熱片へ伝達して高い放熱効果を得ることを特徴とする前記（１）に記載の杭打機の放熱構造。
（７）前記放熱管と各前記放熱片との間には、サーマルグリースが塗布され、
前記サーマルグリースは、シリコーン、ポリウレタン、アクリル重合体、熱熔融型糊及びこれらの組み合わせで混合した金属粉末のうちの何れか１つからなることを特徴とする前記（６）に記載の杭打機の放熱構造。
（８）前記杭打機歯車槽及び前記枢着ベースが金属材料からなるため、前記収容空間内の液体は、前記杭打機歯車槽及び前記枢着ベースにより放熱されることを特徴とする前記（１）に記載の杭打機の放熱構造。
（９）前記杭打機歯車槽の下端には、組立面が設けられ、
前記組立面は、複数の組立孔を有することを特徴とする前記（１）に記載の杭打機の放熱構造。
（１０）前記組立面は、杭打装置を有し、
前記杭打装置の上端は、前記組立面に枢着されるとともに、複数の螺合部材が各前記組立孔に挿設されると、前記杭打装置の上端に螺着されることを特徴とする前記（９）に記載の杭打機の放熱構造。
Therefore, as a result of intensive studies to solve the above-described problems of the present invention, the present inventor, as a result of conveying the lubricating oil to the heat radiating pipe using the pump device in the operation process of the pile driver, Focusing on being able to solve the problem, we came up with the present invention based on this knowledge.
Thus, the gist of the present invention is as described in the following (1) to (10).
(1) A heat dissipating structure of a pile driver comprising a rotating base, a pivot base, a pile driver gear tank and a heat radiating pipe,
Pivoting holes are formed on both sides corresponding to the rotation base, and pivoting members are located in the pivoting holes, respectively.
The pivot base has pivot portions provided at corresponding positions of the pivot holes, and when the pivot member is inserted into the pivot hole and pivoted to the pivot portion, The pivot base and the pivot base are pivoted, the pivot base having a pivot area;
The pile driver gear tank is formed in the pivot attachment region, the pivot base and the pile driver gear tank are pivotally attached, and the pile driver gear tank has an accommodation space and a vibration device. The vibration device is provided with at least one transmission shaft,
The pile driver gear tank has a drainage hole and an inflow hole, the inflow hole communicates with the accommodation space, and a pump device is fixed to one end of the accommodation space. An inflow port, an outflow port, a storage tank, a rotating shaft, a perforation, a drive member, and at least one flow guide member, wherein the inflow port communicates with the storage space and the storage tank; The rotary shaft communicates with the flow hole and the storage tank, the rotary shaft is inserted into the perforation and rotatably connected, and the lower end of the rotary shaft is provided in the storage tank and pivoted to the flow guide member. The driving member is provided at the upper end of the rotating shaft, and a corresponding transmission member is provided at one end of the transmission shaft. When the transmission shaft turns, the rotating shaft and each of the current guides are provided. The member is swung so that the liquid can pass from the inside of the accommodation space through the inlet. After being introduced into the containing recess Te, it is discharged from the outlet to the drainage hole,
The heat radiating pipe is made of a heat conducting material and has a heat radiating hole
The heat radiating hole is inserted into the heat radiating pipe, the heat radiating pipe is formed into a hollow tubular shape, the heat radiating hole has an inflow end and an outflow end, and the inflow end communicates with the exhaust hole. The outflow end communicates with the inflow hole, and the liquid discharged from the exhaust hole is introduced into the heat radiating hole through the inflow end, radiated by the heat radiating pipe and cooled, and then the outflow A heat dissipating structure for a pile driving machine, wherein the heat dissipating structure is introduced into the accommodation space from the end through the inflow hole.
(2) The vibration device has two gears,
The two gears mesh with each other;
The gears are pivotally attached to the transmission shafts,
One end of each gear is provided with a vibration member, and when each transmission shaft turns, each vibration member also turns to generate vibration. Pile driver heat dissipation structure.
(3) Each of the transmission shafts is pivotally attached to a plurality of positioning members,
Each of the positioning members is provided at a rear end of each of the gears and a front end of each of the vibration members, and clamps and fixes the gears and the vibration members at predetermined positions. The heat dissipating structure of the pile driver described in 1.
(4) A bearing is provided at each of the front end and the rear end of each transmission shaft,
Each said bearing is pivoted and fixed in the said accommodation space, The heat dissipation structure of the pile driving machine as described in said (2) characterized by the above-mentioned.
(5) A through hole is formed at one end of the pile driver gear tank,
The transmission shaft is inserted into the through hole, and the transmission shaft and the external power of the pile driver gear tank are interlocked to each other, whereby each of the transmission shafts is turned (1). The heat dissipating structure of the pile driver described in 1.
(6) The pivot base has a plurality of heat dissipating pieces,
Each of the heat radiating pieces is combined with the heat radiating pipe and is made of a heat conductive material, and heat energy is transmitted to the heat radiating pieces by the heat radiating pipe to obtain a high heat radiating effect. Heat dissipating structure of the pile driver.
(7) Thermal grease is applied between the heat radiating pipe and each of the heat radiating pieces,
The pile driver according to (6), wherein the thermal grease is made of any one of silicone, polyurethane, acrylic polymer, hot melt paste, and metal powder mixed in combination thereof. Heat dissipation structure.
(8) Since the pile driver gear tank and the pivot base are made of a metal material, the liquid in the accommodation space is radiated by the pile driver gear tank and the pivot base. The heat dissipating structure of the pile driving machine according to (1).
(9) An assembly surface is provided at the lower end of the pile driver gear tank,
The heat dissipating structure for a pile driving machine according to (1), wherein the assembly surface has a plurality of assembly holes.
(10) The assembly surface has a pile driving device,
The upper end of the pile driving device is pivotally attached to the assembly surface, and when a plurality of screwing members are inserted into the assembly holes, the upper end of the pile driving device is screwed to the upper end of the pile driving device. The heat dissipating structure of the pile driving machine according to (9).
本考案は前記の通りの構成からなるものであり、杭打機歯車横収容空間内の液体が循環されて放熱し続け、熱エネルギーを効果的に排出させることができ、放熱を速やかに行うことができる。 The present invention is configured as described above, and the liquid in the pile housing gear lateral housing space is continuously circulated to dissipate heat, and the heat energy can be effectively discharged, and the heat radiation can be performed quickly. Can do.
図１〜図５を参照する。図１〜図５に示すように、本考案の一実施形態に係る杭打機の放熱構造は、少なくとも回転ベース１、枢着ベース２、杭打機歯車槽３及び放熱管４から構成されてなる。 Please refer to FIG. As shown in FIGS. 1-5, the heat dissipation structure of the pile driving machine which concerns on one Embodiment of this invention is comprised from the rotation base 1, the pivot attachment base 2, the pile driver gear tank 3, and the heat radiating pipe 4. Become.
回転ベース１の互いに対応する両側には、枢着孔１１が形成される。回転ベース１の各枢着孔１１内には、枢着部材１２がそれぞれ位置する。 Pivoting holes 11 are formed on both sides of the rotary base 1 corresponding to each other. A pivot member 12 is located in each pivot hole 11 of the rotary base 1.
枢着ベース２は、回転ベース１の各枢着孔１１の対応した箇所に設けられた枢着部２１を有する。回転ベース１の枢着部材１２は、回転ベース１の枢着孔１１に挿通されるとともに、枢着ベース２の枢着部２１に枢着されると、回転ベース１と枢着ベース２とが枢着される。枢着ベース２は、枢着領域２２を有する。杭打機歯車槽３は、枢着ベース２の枢着領域２２内に形成され、枢着ベース２と杭打機歯車槽３とが枢着される。杭打機歯車槽３は、収容空間３１及び振動装置３２を有する。杭打機歯車槽３の振動装置３２には、少なくとも１つの伝動軸３２１が設けられる。杭打機歯車槽３は、排流孔３３及び流入孔３４を有する。杭打機歯車槽３の流入孔３４は、杭打機歯車槽３の収容空間３１と連通する。杭打機歯車槽３の収容空間３１内の一端には、ポンプ装置３５が固定される。杭打機歯車槽３のポンプ装置３５は、流入口３５１、流出口３５２、収納槽３５３、回転軸３５４、穿孔３５５、駆動部材３５６及び少なくとも１つの導流部材３５７を有する。杭打機歯車槽３のポンプ装置３５の流入口３５１は、杭打機歯車槽３の収容空間３１及び杭打機歯車槽３のポンプ装置３５の収納槽３５３と連通する。杭打機歯車槽３のポンプ装置３５の流出口３５２は、杭打機歯車槽３の排流孔３３及び杭打機歯車槽３のポンプ装置３５の収納槽３５３と連通する。杭打機歯車槽３のポンプ装置３５の回転軸３５４は、杭打機歯車槽３のポンプ装置３５の穿孔３５５に挿通されて回動可能に連結される。杭打機歯車槽３のポンプ装置３５の回転軸３５４の下端は、杭打機歯車槽３のポンプ装置３５の収納槽３５３内に設けられるとともに、杭打機歯車槽３のポンプ装置３５の導流部材３５７に枢着される。杭打機歯車槽３のポンプ装置３５の回転軸３５４の上端には、杭打機歯車槽３のポンプ装置３５の駆動部材３５６が設けられるとともに、杭打機歯車槽３の振動装置３２の伝動軸３２１の一端には、対応する伝動部材３２１１が設けられ、杭打機歯車槽３の振動装置３２の伝動軸３２１が旋回すると、杭打機歯車槽３のポンプ装置３５の回転軸３５４及び杭打機歯車槽３のポンプ装置３５の導流部材３５７が旋回され、液体が杭打機歯車槽３の収容空間３１内から杭打機歯車槽３のポンプ装置３５の流入口３５１を介して杭打機歯車槽３のポンプ装置３５の収納槽３５３に導入された後、杭打機歯車槽３のポンプ装置３５の流出口３５２から杭打機歯車槽３の排流孔３３へ排出される。放熱管４は、導熱材料からなる。放熱管４は、放熱孔４１を有する。放熱管４の放熱孔４１には、放熱管４が挿設され、放熱管４が中空管状に成形される。放熱管４の放熱孔４１は、流入端４２及び流出端４３を有する。放熱管４の流入端４２は、杭打機歯車槽３の排流孔３３と連通する。放熱管４の流出端４３は、杭打機歯車槽３の流入孔３４と連通し、杭打機歯車槽３の排流孔３３から排出された液体が放熱管４の流入端４２を介して放熱管４の放熱孔４１に導入され、放熱管４により放熱して冷却した後、放熱管４の流出端４３から杭打機歯車槽３の流入孔３４を介して杭打機歯車槽３の収容空間３１中に導入され、杭打機歯車槽３の収容空間３１内の液体が循環されて放熱し続け、熱エネルギを効果的に排出することができる。 The pivot base 2 has pivot portions 21 provided at corresponding positions of the pivot holes 11 of the rotary base 1. When the pivot attachment member 12 of the rotation base 1 is inserted into the pivot attachment hole 11 of the rotation base 1 and is pivotally attached to the pivot attachment portion 21 of the pivot attachment base 2, the rotation base 1 and the pivot attachment base 2 are connected. It is pivotally attached. The pivot base 2 has a pivot area 22. The pile driver gear tank 3 is formed in the pivot region 22 of the pivot base 2, and the pivot base 2 and the pile driver gear tank 3 are pivoted. The pile driver gear tank 3 includes a housing space 31 and a vibration device 32. The vibration device 32 of the pile driver gear tank 3 is provided with at least one transmission shaft 321. The pile driver gear tank 3 has a drain hole 33 and an inlet hole 34. The inflow hole 34 of the pile driver gear tank 3 communicates with the accommodation space 31 of the pile driver gear tank 3. A pump device 35 is fixed to one end of the accommodation space 31 of the pile driver gear tank 3. The pump device 35 of the pile driver gear tank 3 includes an inlet 351, an outlet 352, a storage tank 353, a rotating shaft 354, a perforation 355, a drive member 356, and at least one flow guide member 357. The inlet 351 of the pump device 35 of the pile driver gear tank 3 communicates with the storage space 31 of the pile driver gear tank 3 and the storage tank 353 of the pump device 35 of the pile driver gear tank 3. The outlet 352 of the pump device 35 of the pile driver gear tank 3 communicates with the drain hole 33 of the pile driver gear tank 3 and the storage tank 353 of the pump device 35 of the pile driver gear tank 3. The rotary shaft 354 of the pump device 35 of the pile driver gear tank 3 is inserted into the perforation 355 of the pump device 35 of the pile driver gear tank 3 and is rotatably connected. The lower end of the rotary shaft 354 of the pump device 35 of the pile driver gear tank 3 is provided in the storage tank 353 of the pump device 35 of the pile driver gear tank 3 and is guided to the pump device 35 of the pile driver gear tank 3. It is pivotally attached to the flow member 357. A drive member 356 of the pump device 35 of the pile driver gear tub 3 is provided at the upper end of the rotary shaft 354 of the pump device 35 of the pile driver gear tub 3, and the transmission of the vibration device 32 of the pile driver gear tub 3 is provided. A corresponding transmission member 3211 is provided at one end of the shaft 321, and when the transmission shaft 321 of the vibration device 32 of the pile driving gear 3 is turned, the rotary shaft 354 and the pile of the pump device 35 of the pile driving gear 3 The flow guide member 357 of the pump device 35 of the hammering gear tank 3 is swung, and the liquid is piled from the accommodation space 31 of the pile driver gear tank 3 through the inlet 351 of the pump device 35 of the pile driver gear tank 3. After being introduced into the storage tank 353 of the pump device 35 of the hammering gear tank 3, it is discharged from the outlet 352 of the pump device 35 of the pile driver gear tank 3 to the exhaust hole 33 of the pile driver gear tank 3. The heat radiating tube 4 is made of a heat conducting material. The heat radiating tube 4 has a heat radiating hole 41. The heat radiating tube 4 is inserted into the heat radiating hole 41 of the heat radiating tube 4, and the heat radiating tube 4 is formed into a hollow tubular shape. The heat radiating hole 41 of the heat radiating tube 4 has an inflow end 42 and an outflow end 43. The inflow end 42 of the heat radiating pipe 4 communicates with the exhaust hole 33 of the pile driving gear tank 3. The outflow end 43 of the heat radiating pipe 4 communicates with the inflow hole 34 of the pile driver gear tank 3, and the liquid discharged from the exhaust hole 33 of the pile driving machine gear tank 3 passes through the inflow end 42 of the heat radiating pipe 4. After being introduced into the heat radiating hole 41 of the heat radiating pipe 4 and radiating and cooling by the heat radiating pipe 4, the pile driver gear tank 3 of the pile driver gear tub 3 is passed from the outflow end 43 of the heat radiating pipe 4 through the inflow hole 34 of the pile driver gear tub 3. It is introduced into the accommodation space 31, the liquid in the accommodation space 31 of the pile driver gear tank 3 is circulated and continues to dissipate heat, and the heat energy can be effectively discharged.
前述した杭打機歯車槽３の振動装置３２は、２つの歯車３２２を有する。２つの歯車３２２は、互いに噛合される。杭打機歯車槽３の振動装置３２の各歯車３２２は、杭打機歯車槽３の振動装置３２の各伝動軸３２１に枢着されるとともに、杭打機歯車槽３の振動装置３２の各歯車３２２の一端に振動部材３２３がそれぞれ設けられ、杭打機歯車槽３の振動装置３２の各伝動軸３２１が旋回すると、杭打機歯車槽３の振動装置３２の各振動部材３２３もそれに伴って旋回して振動が発生する。 The vibration device 32 of the pile driver gear tank 3 described above has two gears 322. The two gears 322 are meshed with each other. Each gear 322 of the vibration device 32 of the pile driver gear tub 3 is pivotally attached to each transmission shaft 321 of the vibration device 32 of the pile driver gear tub 3 and each of the vibration devices 32 of the pile driver gear tub 3. When a vibration member 323 is provided at one end of the gear 322 and each transmission shaft 321 of the vibration device 32 of the pile driving gear tub 3 is turned, each vibration member 323 of the vibration device 32 of the pile driving gear tub 3 is also accompanied. To generate vibration.
杭打機歯車槽３の振動装置３２の各伝動軸３２１には、複数の位置決め部材３２１２が枢着される。振動装置３２の各伝動軸３２１の各位置決め部材３２１２は、杭打機歯車槽３の振動装置３２の各歯車３２２の後端及び杭打機歯車槽３の振動装置３２の各振動部材３２３の前端にそれぞれ設けられ、振動装置３２の各伝動軸３２１の位置決め部材３２１２が杭打機歯車槽３の振動装置３２の各歯車３２２及び杭打機歯車槽３の振動装置３２の各振動部材３２３を所定位置に挟持して固定する。 A plurality of positioning members 3212 are pivotally attached to the transmission shafts 321 of the vibration device 32 of the pile driver gear tank 3. Each positioning member 3212 of each transmission shaft 321 of the vibration device 32 includes a rear end of each gear 322 of the vibration device 32 of the pile driver gear tank 3 and a front end of each vibration member 323 of the vibration device 32 of the pile driver gear tank 3. The positioning members 3212 of the transmission shafts 321 of the vibration device 32 respectively set the gears 322 of the vibration device 32 of the pile driver gear tank 3 and the vibration members 323 of the vibration device 32 of the pile driver gear tank 3 to be predetermined. Hold it in place and fix it.
杭打機歯車槽３の振動装置３２の各伝動軸３２１の前端及び後端には、軸受３２４がそれぞれ設けられる。杭打機歯車槽３の振動装置３２の各軸受３２４は、杭打機歯車槽３の収容空間３１内の所定位置に枢着されて固定される。 Bearings 324 are respectively provided at the front end and the rear end of each transmission shaft 321 of the vibration device 32 of the pile driver gear tank 3. Each bearing 324 of the vibration device 32 of the pile driver gear tank 3 is pivotally fixed at a predetermined position in the accommodation space 31 of the pile driver gear tank 3.
放熱管４が放熱した後の潤滑油は、放熱管４の流出端４３から杭打機歯車槽３の流入孔３４を介して杭打機歯車槽３の収容空間３１中に導入され、各軸受３２４を潤滑油に浸して一定の動作温度を保持し、各軸受３２４の動作環境を所定温度内に保持することにより、各軸受３２４が過熱により膨張したり変形したりすることを防ぎ、各軸受３２４の機構が正常に動作することができるようにし、振動装置３２の使用寿命を延ばすことができる。 Lubricating oil after the heat radiating pipe 4 has radiated heat is introduced from the outflow end 43 of the heat radiating pipe 4 into the accommodation space 31 of the pile driving machine gear tank 3 through the inflow hole 34 of the pile driving machine gear tank 3. 324 is immersed in lubricating oil to maintain a constant operating temperature, and the operating environment of each bearing 324 is maintained within a predetermined temperature, so that each bearing 324 is prevented from expanding or deforming due to overheating. Thus, the mechanism 324 can operate normally, and the service life of the vibration device 32 can be extended.
前述した杭打機歯車槽３の一端には、貫通孔３６が形成される。杭打機歯車槽３の貫通孔３６には、杭打機歯車槽３の振動装置３２の伝動軸３２１が挿設され、杭打機歯車槽３の振動装置３２の伝動軸３２１と杭打機歯車槽３の外部の動力とが連動し、杭打機歯車槽３の振動装置３２の各伝動軸３２１を旋回させる。 A through hole 36 is formed at one end of the pile driver gear tank 3 described above. The transmission shaft 321 of the vibration device 32 of the pile driver gear tank 3 is inserted into the through hole 36 of the pile driver gear tank 3, and the transmission shaft 321 of the vibration device 32 of the pile driver gear tank 3 and the pile driver. The transmission power 321 of the vibration device 32 of the pile driver gear tank 3 is swung in conjunction with the external power of the gear tank 3.
前述した杭打機歯車槽３及び枢着ベース２が金属材料からなるため、杭打機歯車槽３の収容空間３１内の液体は、杭打機歯車槽３及び枢着ベース２により放熱される。 Since the pile driver gear tank 3 and the pivot base 2 described above are made of a metal material, the liquid in the accommodation space 31 of the pile driver gear tank 3 is radiated by the pile driver gear tank 3 and the pivot base 2. .
前述した杭打機歯車槽３の下端には、組立面３７が設けられる。杭打機歯車槽３の組立面３７は、複数の組立孔３７１を有する。 An assembly surface 37 is provided at the lower end of the pile driver gear tank 3 described above. The assembly surface 37 of the pile driver gear tank 3 has a plurality of assembly holes 371.
杭打機歯車槽３の組立面３７は、杭打装置５を有する。杭打装置５の上端は、杭打機歯車槽３の組立面３７に枢着されるとともに、複数の螺合部材６が杭打機歯車槽３の組立面３７の各組立孔３７１に挿設されると、杭打装置５の上端に螺着される。 The assembly surface 37 of the pile driving machine gear tank 3 has a pile driving device 5. The upper end of the pile driving device 5 is pivotally attached to the assembly surface 37 of the pile driver gear tank 3, and a plurality of screwing members 6 are inserted into the respective assembly holes 371 of the assembly surface 37 of the pile driver gear tank 3. Then, it is screwed to the upper end of the pile driving device 5.
前述した枢着ベース２は、複数の放熱片２３を有する。枢着ベース２の各放熱片２３は、放熱管４と組み合わされる。枢着ベース２の各放熱片２３は、導熱材料からなり、放熱管４により熱エネルギを枢着ベース２の各放熱片２３へ伝達して高い放熱効果を得てもよい。 The pivot base 2 described above has a plurality of heat radiation pieces 23. Each heat radiating piece 23 of the pivot base 2 is combined with the heat radiating pipe 4. Each heat radiating piece 23 of the pivot base 2 may be made of a heat conducting material, and heat energy may be transmitted to each heat radiating piece 23 of the pivot base 2 by the heat radiating pipe 4 to obtain a high heat radiation effect.
ここで、放熱管４と枢着ベース２の各放熱片２３との間には、サーマルグリースが塗布されてもよい。サーマルグリースは、シリコーン、ポリウレタン、アクリル重合体、熱熔融型糊及びこれらの組み合わせで混合した金属粉末のうちの何れか１つからなり、放熱管４と枢着ベース２の各放熱片２３とが接触される面積の導熱効果を高めてもよい。 Here, thermal grease may be applied between the heat radiating tube 4 and each heat radiating piece 23 of the pivot base 2. The thermal grease is made of any one of silicone, polyurethane, acrylic polymer, hot melt paste, and metal powder mixed in combination thereof, and the heat radiating tube 4 and each heat radiating piece 23 of the pivot base 2 are connected to each other. The heat conduction effect of the contacted area may be enhanced.
本実施形態の杭打機の放熱構造は、少なくとも回転ベース１、枢着ベース２、杭打機歯車槽３及び放熱管４から構成されてなる。 The heat dissipating structure of the pile driving machine according to the present embodiment includes at least a rotating base 1, a pivot base 2, a pile driving machine gear tank 3, and a heat radiating pipe 4.
回転ベース１の互いに対応する両側には、枢着孔１１がそれぞれ形成される。回転ベース１の各枢着孔１１内には、枢着部材１２がそれぞれ設けられる。 Pivoting holes 11 are formed on both sides of the rotating base 1 corresponding to each other. A pivot member 12 is provided in each pivot hole 11 of the rotary base 1.
枢着ベース２は、回転ベース１の各枢着孔１１の対応した箇所に設けた枢着部２１をそれぞれ有する。回転ベース１の枢着部材１２は、回転ベース１の枢着孔１１に挿設されるとともに、枢着ベース２の枢着部２１に枢着され、回転ベース１と枢着ベース２とが枢着される。枢着ベース２は、枢着領域２２を有する。杭打機歯車槽３は、枢着ベース２の枢着領域２２内に形成され、枢着ベース２と杭打機歯車槽３とが枢着される。杭打機歯車槽３は、収容空間３１及び振動装置３２を有する。杭打機歯車槽３の振動装置３２には、伝動軸３２１がそれぞれ設けられる。杭打機歯車槽３は、排流孔３３及び流入孔３４を有する。杭打機歯車槽３の流入孔３４は、杭打機歯車槽３の収容空間３１と連通する。杭打機歯車槽３の収容空間３１内の一端には、ポンプ装置３５が固定される。杭打機歯車槽３のポンプ装置３５は、流入口３５１、流出口３５２、収納槽３５３、回転軸３５４、穿孔３５５、駆動部材３５６及び導流部材３５７を有する。杭打機歯車槽３のポンプ装置３５の流入口３５１は、杭打機歯車槽３の収容空間３１及び杭打機歯車槽３のポンプ装置３５の収納槽３５３と連通する。杭打機歯車槽３のポンプ装置３５の流出口３５２は、杭打機歯車槽３の排流孔３３及び杭打機歯車槽３のポンプ装置３５の収納槽３５３と連通する。杭打機歯車槽３のポンプ装置３５の回転軸３５４は、杭打機歯車槽３のポンプ装置３５の穿孔３５５に挿通されて回動可能に連結される。杭打機歯車槽３のポンプ装置３５の回転軸３５４の下端は、杭打機歯車槽３のポンプ装置３５の収納槽３５３内に設けられるとともに、杭打機歯車槽３のポンプ装置３５の導流部材３５７に枢着される。杭打機歯車槽３のポンプ装置３５の回転軸３５４の上端は、杭打機歯車槽３のポンプ装置３５の駆動部材３５６に設けられるとともに、杭打機歯車槽３の振動装置３２の伝動軸３２１の一端には、対応する伝動部材３２１１が設けられ、杭打機歯車槽３の振動装置３２の伝動軸３２１が旋回されると、杭打機歯車槽３のポンプ装置３５の回転軸３５４及び杭打機歯車槽３のポンプ装置３５の導流部材３５７が旋回され、液体が杭打機歯車槽３の収容空間３１内から杭打機歯車槽３のポンプ装置３５の流入口３５１を介して杭打機歯車槽３のポンプ装置３５の収納槽３５３に導入された後、杭打機歯車槽３のポンプ装置３５の流出口３５２から杭打機歯車槽３の排流孔３３へ排出される。放熱管４は、導熱材料からなる。放熱管４は、放熱孔４１を有する。放熱管４の放熱孔４１には、放熱管４が挿設され、放熱管４が中空管状に成形される。放熱管４の放熱孔４１は、流入端４２及び流出端４３を有する。放熱管４の流入端４２は、杭打機歯車槽３の排流孔３３と連通する。放熱管４の流出端４３は、杭打機歯車槽３の流入孔３４と連通し、杭打機歯車槽３の排流孔３３から排出された液体が放熱管４の流入端４２を介して放熱管４の放熱孔４１に導入され、放熱管４により放熱されて冷却された後、放熱管４の流出端４３から杭打機歯車槽３の流入孔３４を介して杭打機歯車槽３の収容空間３１中に導入され、杭打機歯車槽３の収容空間３１内の液体が循環されて放熱し続け、熱エネルギを効果的に排出させることができる。本考案の杭打機の放熱構造は、作動中にポンプ装置３５を利用し、潤滑油を放熱管４へ搬送して放熱を速やかに行うことができる。 The pivot base 2 has pivot portions 21 provided at corresponding positions of the pivot holes 11 of the rotary base 1. The pivot attachment member 12 of the rotation base 1 is inserted in the pivot attachment hole 11 of the rotation base 1 and is pivotally attached to the pivot attachment portion 21 of the pivot attachment base 2 so that the rotation base 1 and the pivot attachment base 2 are pivoted. Worn. The pivot base 2 has a pivot area 22. The pile driver gear tank 3 is formed in the pivot region 22 of the pivot base 2, and the pivot base 2 and the pile driver gear tank 3 are pivoted. The pile driver gear tank 3 includes a housing space 31 and a vibration device 32. The vibration device 32 of the pile driver gear tank 3 is provided with a transmission shaft 321. The pile driver gear tank 3 has a drain hole 33 and an inlet hole 34. The inflow hole 34 of the pile driver gear tank 3 communicates with the accommodation space 31 of the pile driver gear tank 3. A pump device 35 is fixed to one end of the accommodation space 31 of the pile driver gear tank 3. The pump device 35 of the pile driver gear tank 3 includes an inlet 351, an outlet 352, a storage tank 353, a rotating shaft 354, a perforation 355, a drive member 356, and a flow guide member 357. The inlet 351 of the pump device 35 of the pile driver gear tank 3 communicates with the storage space 31 of the pile driver gear tank 3 and the storage tank 353 of the pump device 35 of the pile driver gear tank 3. The outlet 352 of the pump device 35 of the pile driver gear tank 3 communicates with the drain hole 33 of the pile driver gear tank 3 and the storage tank 353 of the pump device 35 of the pile driver gear tank 3. The rotary shaft 354 of the pump device 35 of the pile driver gear tank 3 is inserted into the perforation 355 of the pump device 35 of the pile driver gear tank 3 and is rotatably connected. The lower end of the rotary shaft 354 of the pump device 35 of the pile driver gear tank 3 is provided in the storage tank 353 of the pump device 35 of the pile driver gear tank 3 and is guided to the pump device 35 of the pile driver gear tank 3. It is pivotally attached to the flow member 357. The upper end of the rotary shaft 354 of the pump device 35 of the pile driver gear tank 3 is provided on the drive member 356 of the pump device 35 of the pile driver gear tank 3 and the transmission shaft of the vibration device 32 of the pile driver gear tank 3. At one end of 321, a corresponding transmission member 3211 is provided, and when the transmission shaft 321 of the vibration device 32 of the pile driver gear tub 3 is turned, the rotation shaft 354 of the pump device 35 of the pile driver gear tub 3 and The flow guide member 357 of the pump device 35 of the pile driver gear tank 3 is swung, and the liquid passes through the inlet 351 of the pump device 35 of the pile driver gear tank 3 from the accommodation space 31 of the pile driver gear tank 3. After being introduced into the storage tank 353 of the pump device 35 of the pile driver gear tank 3, it is discharged from the outlet 352 of the pump apparatus 35 of the pile driver gear tank 3 to the discharge hole 33 of the pile driver gear tank 3. . The heat radiating tube 4 is made of a heat conducting material. The heat radiating tube 4 has a heat radiating hole 41. The heat radiating tube 4 is inserted into the heat radiating hole 41 of the heat radiating tube 4, and the heat radiating tube 4 is formed into a hollow tubular shape. The heat radiating hole 41 of the heat radiating tube 4 has an inflow end 42 and an outflow end 43. The inflow end 42 of the heat radiating pipe 4 communicates with the exhaust hole 33 of the pile driving gear tank 3. The outflow end 43 of the heat radiating pipe 4 communicates with the inflow hole 34 of the pile driver gear tank 3, and the liquid discharged from the exhaust hole 33 of the pile driving machine gear tank 3 passes through the inflow end 42 of the heat radiating pipe 4. After being introduced into the heat radiating hole 41 of the heat radiating pipe 4 and being radiated and cooled by the heat radiating pipe 4, the pile driver gear tank 3 from the outflow end 43 of the heat radiating pipe 4 through the inflow hole 34 of the pile driver gear tank 3. The liquid in the storage space 31 of the pile driver gear tub 3 is circulated and continues to dissipate heat, thereby effectively discharging the heat energy. The heat dissipating structure of the pile driving machine according to the present invention can use the pump device 35 during operation to convey the lubricating oil to the heat dissipating pipe 4 and quickly dissipate heat.
１ 回転ベース
２ 枢着ベース
３ 杭打機歯車槽
４ 放熱管
５ 杭打装置
６ 螺合部材
１１ 枢着孔
１２ 枢着部材
２１ 枢着部
２２ 枢着領域
２３ 放熱片
３１ 収容空間
３２ 振動装置
３３ 排流孔
３４ 流入孔
３５ ポンプ装置
３６ 貫通孔
３７ 組立面
４１ 放熱孔
４２ 流入端
４３ 流出端
３２１ 伝動軸
３２２ 歯車
３２３ 振動部材
３２４ 軸受
３５１ 流入口
３５２ 流出口
３５３ 収納槽
３５４ 回転軸
３５５ 穿孔
３５６ 駆動部材
３５７ 導流部材
３７１ 組立孔
３２１１ 伝動部材
３２１２ 位置決め部材
DESCRIPTION OF SYMBOLS 1 Rotation base 2 Pivoting base 3 Pile driver gear tank 4 Radiating pipe 5 Pile driving device 6 Screwing member 11 Pivoting hole 12 Pivoting member 21 Pivoting part 22 Pivoting region 23 Radiation piece 31 Accommodating space 32 Vibration device 33 Exhaust flow hole 34 Inflow hole 35 Pump device 36 Through hole 37 Assembly surface 41 Radiation hole 42 Inflow end 43 Outflow end 321 Transmission shaft 322 Gear 323 Vibration member 324 Bearing 351 Inlet 352 Outlet 353 Storage tank 354 Rotating shaft 355 Drilling 356 Drive Member 357 Flow guide member 371 Assembly hole 3211 Transmission member 3212 Positioning member
Claims (10)
前記回転ベースの対応する両側には、枢着孔が形成され、各前記枢着孔内には、枢着部材がそれぞれ位置し、
前記枢着ベースは、各前記枢着孔の対応した箇所に設けられた枢着部を有し、前記枢着部材が前記枢着孔に挿通されて前記枢着部に枢着されると、前記回転ベースと前記枢着ベースとが枢着され、前記枢着ベースは、枢着領域を有し、
前記杭打機歯車槽は、前記枢着領域内に形成され、前記枢着ベースと前記杭打機歯車槽とが枢着され、前記杭打機歯車槽は、収容空間及び振動装置を有し、前記振動装置には、少なくとも１つの伝動軸が設けられ、
前記杭打機歯車槽は、排流孔及び流入孔を有し、前記流入孔は、前記収容空間と連通し、前記収容空間内の一端には、ポンプ装置が固定され、前記ポンプ装置は、流入口、流出口、収納槽、回転軸、穿孔、駆動部材及び少なくとも１つの導流部材を有し、前記流入口は、前記収容空間及び前記収納槽と連通し、前記流出口は、前記排流孔及び前記収納槽と連通し、前記回転軸は、前記穿孔に挿通されて回動可能に連結され、前記回転軸の下端は、前記収納槽内に設けられるとともに、前記導流部材に枢着され、前記回転軸の上端には、前記駆動部材が設けられるとともに、前記伝動軸の一端には、対応する伝動部材が設けられ、前記伝動軸が旋回すると、前記回転軸及び各前記導流部材が旋回され、液体が前記収容空間内から前記流入口を介して前記収納槽に導入された後、前記流出口から前記排流孔へ排出され、
前記放熱管は、導熱材料からなるとともに、放熱孔を有し、
前記放熱孔には、前記放熱管が挿設され、前記放熱管が中空管状に成形され、前記放熱孔は、流入端及び流出端を有し、前記流入端は、前記排流孔と連通し、前記流出端は、前記流入孔と連通し、前記排流孔から排出された液体が前記流入端を介して前記放熱孔に導入され、前記放熱管により放熱されて冷却された後、前記流出端から前記流入孔を介して前記収容空間中に導入されることを特徴とする杭打機の放熱構造。 A heat dissipating structure of a pile driver comprising a rotating base, a pivot base, a pile driver gear tank and a heat radiating pipe,
Pivoting holes are formed on both sides corresponding to the rotation base, and pivoting members are located in the pivoting holes, respectively.
The pivot base has pivot portions provided at corresponding positions of the pivot holes, and when the pivot member is inserted into the pivot hole and pivoted to the pivot portion, The pivot base and the pivot base are pivoted, the pivot base having a pivot area;
The pile driver gear tank is formed in the pivot attachment region, the pivot base and the pile driver gear tank are pivotally attached, and the pile driver gear tank has an accommodation space and a vibration device. The vibration device is provided with at least one transmission shaft,
The pile driver gear tank has a drainage hole and an inflow hole, the inflow hole communicates with the accommodation space, and a pump device is fixed to one end of the accommodation space. An inflow port, an outflow port, a storage tank, a rotating shaft, a perforation, a drive member, and at least one flow guide member, wherein the inflow port communicates with the storage space and the storage tank; The rotary shaft communicates with the flow hole and the storage tank, the rotary shaft is inserted into the perforation and rotatably connected, and the lower end of the rotary shaft is provided in the storage tank and pivoted to the flow guide member. The driving member is provided at the upper end of the rotating shaft, and a corresponding transmission member is provided at one end of the transmission shaft. When the transmission shaft turns, the rotating shaft and each of the current guides are provided. The member is swung so that the liquid can pass from the inside of the accommodation space through the inlet. After being introduced into the containing recess Te, it is discharged from the outlet to the drainage hole,
The heat radiating pipe is made of a heat conducting material and has a heat radiating hole
The heat radiating hole is inserted into the heat radiating pipe, the heat radiating pipe is formed into a hollow tubular shape, the heat radiating hole has an inflow end and an outflow end, and the inflow end communicates with the exhaust hole. The outflow end communicates with the inflow hole, and the liquid discharged from the exhaust hole is introduced into the heat radiating hole through the inflow end, radiated by the heat radiating pipe and cooled, and then the outflow A heat dissipating structure for a pile driving machine, wherein the heat dissipating structure is introduced into the accommodation space from the end through the inflow hole.
前記２つの歯車は、互いに噛合され、
前記歯車は、各前記伝動軸に枢着されるとともに、
各前記歯車の一端には、振動部材がそれぞれ設けられ、各前記伝動軸が旋回すると、各前記振動部材もそれに伴って旋回して振動が発生することを特徴とする請求項１に記載の杭打機の放熱構造。 The vibration device has two gears,
The two gears mesh with each other;
The gears are pivotally attached to the transmission shafts,
The pile according to claim 1, wherein a vibration member is provided at one end of each of the gears, and when each of the transmission shafts turns, each of the vibration members also turns to generate vibration. The heat dissipating structure of the hammer.
各前記位置決め部材は、各前記歯車の後端及び各前記振動部材の前端にそれぞれ設けられ、各前記歯車及び各前記振動部材を所定位置に挟持して固定することを特徴とする請求項２に記載の杭打機の放熱構造。 Each of the transmission shafts is pivotally attached to a plurality of positioning members,
3. Each positioning member is provided at a rear end of each gear and a front end of each vibration member, respectively, and clamps and fixes each of the gears and each vibration member at a predetermined position. The heat dissipating structure of the described pile driver.
各前記軸受は、前記収容空間内に枢着されて固定されることを特徴とする請求項２に記載の杭打機の放熱構造。 Bearings are respectively provided at the front end and the rear end of each transmission shaft,
The heat dissipating structure for a pile driving machine according to claim 2, wherein each of the bearings is pivotally fixed in the housing space.
前記貫通孔には、前記伝動軸が挿設され、前記伝動軸と前記杭打機歯車槽の外部の動力とが連動し、各前記伝動軸が旋回されることを特徴とする請求項１に記載の杭打機の放熱構造。 At one end of the pile driver gear tank, a through hole is formed,
2. The transmission shaft according to claim 1, wherein the transmission shaft is inserted into the through-hole, and the transmission shaft and the external power of the pile driver gear tank are interlocked to each other, so that each of the transmission shafts is turned. The heat dissipating structure of the described pile driver.
各前記放熱片は、前記放熱管と組み合わされるとともに、導熱材料からなり、前記放熱管により熱エネルギを各前記放熱片へ伝達して高い放熱効果を得ることを特徴とする請求項１に記載の杭打機の放熱構造。 The pivot base has a plurality of heat dissipating pieces,
2. The heat radiation piece according to claim 1, wherein each heat radiation piece is combined with the heat radiation pipe and is made of a heat conductive material, and heat energy is transmitted to each heat radiation piece by the heat radiation pipe to obtain a high heat radiation effect. Pile driver heat dissipation structure.
前記サーマルグリースは、シリコーン、ポリウレタン、アクリル重合体、熱熔融型糊及びこれらの組み合わせで混合した金属粉末のうちの何れか１つからなることを特徴とする請求項６に記載の杭打機の放熱構造。 Thermal grease is applied between the heat radiating pipe and each of the heat radiating pieces,
The pile driver according to claim 6, wherein the thermal grease is made of any one of silicone, polyurethane, acrylic polymer, hot melt paste, and metal powder mixed in combination thereof. Heat dissipation structure.
前記組立面は、複数の組立孔を有することを特徴とする請求項１に記載の杭打機の放熱構造。 At the lower end of the pile driver gear tank, an assembly surface is provided,
The heat dissipating structure of a pile driving machine according to claim 1, wherein the assembly surface has a plurality of assembly holes.
前記杭打装置の上端は、前記組立面に枢着されるとともに、複数の螺合部材が各前記組立孔に挿設されると、前記杭打装置の上端に螺着されることを特徴とする請求項９に記載の杭打機の放熱構造。
The assembly surface has a pile driving device,
The upper end of the pile driving device is pivotally attached to the assembly surface, and when a plurality of screwing members are inserted into the assembly holes, the upper end of the pile driving device is screwed to the upper end of the pile driving device. The heat dissipating structure for a pile driving machine according to claim 9.
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