A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
WIRE BURYING DEVICE
To provide a smaller wire burying device.SOLUTION: A wire burying device 10 has a machine body 11, a driving source 12, a horizontal driving shaft 14 driven by the driving source 12, a pair of right and left disks 30 attached to the horizontal driving shaft 14, a wire reel 16, a wire guide 19 feeding a wire 17 to a groove 18, and a resistance member 40 arranged behind the wire guide 19, provided at the machine body 11 and generating a resistance force in contact with the ground surface. The disk 30 has a disk part 31 and a ring part 33 extending in the axial direction of the horizontal driving shaft 14 from a side face of the disk part 31 and abutting on the ground surface 32 to support the machine body 11.EFFECT: A conventional driving wheel is replaced with the ring part and the ring part is integrally formed with the disk part corresponding to a conventional disk cutter, to thereby omit the conventional driving wheel. As a result, the present invention provides the smaller wire burying device.SELECTED DRAWING: Figure 1
【課題】より小型のワイヤ埋設装置を提供する。【解決手段】ワイヤ埋設装置１０は、機体１１と、駆動源１２と、この駆動源１２で駆動される水平駆動軸１４と、この水平駆動軸１４に取付けられる左右一対の円板３０と、ワイヤリール１６と、ワイヤ１７を溝１８へ送るワイヤガイド１９と、このワイヤガイド１９より後方に配置され機体１１に設けられ地面に接触して抵抗力を発生する抵抗部材４０とを備える。円板３０は、ディスク部３１と、このディスク部３１の側面から水平駆動軸１４の軸方向へ延びて地面３２に当たって機体１１を支えるリング部３３を備えている。【効果】従来の駆動輪をリング部に置き換え、このリング部を従来の円盤カッターに相当するディスク部の一体形成することで、従来の駆動輪を省いた。結果、本発明により、より小型であるワイヤ埋設装置が提供される。【選択図】図１
WIRE BURYING DEVICE
To provide a smaller wire burying device.SOLUTION: A wire burying device 10 has a machine body 11, a driving source 12, a horizontal driving shaft 14 driven by the driving source 12, a pair of right and left disks 30 attached to the horizontal driving shaft 14, a wire reel 16, a wire guide 19 feeding a wire 17 to a groove 18, and a resistance member 40 arranged behind the wire guide 19, provided at the machine body 11 and generating a resistance force in contact with the ground surface. The disk 30 has a disk part 31 and a ring part 33 extending in the axial direction of the horizontal driving shaft 14 from a side face of the disk part 31 and abutting on the ground surface 32 to support the machine body 11.EFFECT: A conventional driving wheel is replaced with the ring part and the ring part is integrally formed with the disk part corresponding to a conventional disk cutter, to thereby omit the conventional driving wheel. As a result, the present invention provides the smaller wire burying device.SELECTED DRAWING: Figure 1
【課題】より小型のワイヤ埋設装置を提供する。【解決手段】ワイヤ埋設装置１０は、機体１１と、駆動源１２と、この駆動源１２で駆動される水平駆動軸１４と、この水平駆動軸１４に取付けられる左右一対の円板３０と、ワイヤリール１６と、ワイヤ１７を溝１８へ送るワイヤガイド１９と、このワイヤガイド１９より後方に配置され機体１１に設けられ地面に接触して抵抗力を発生する抵抗部材４０とを備える。円板３０は、ディスク部３１と、このディスク部３１の側面から水平駆動軸１４の軸方向へ延びて地面３２に当たって機体１１を支えるリング部３３を備えている。【効果】従来の駆動輪をリング部に置き換え、このリング部を従来の円盤カッターに相当するディスク部の一体形成することで、従来の駆動輪を省いた。結果、本発明により、より小型であるワイヤ埋設装置が提供される。【選択図】図１
WIRE BURYING DEVICE
ワイヤ埋設装置
TADA SHUZO (author) / HANABUSA SANEMI (author)
2020-10-29
Patent
Electronic Resource
Japanese
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