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Bridge deck pavement chiseling device
The bridge deck pavement chiseling device comprises a machine shell, a guide sleeve, an air compression piston, an impact piston, an impact hammer and a splitting drill rod, the guide sleeve is rotationally arranged in the machine shell, the air compression piston is arranged in an inner cavity of the guide sleeve in a reciprocating sliding mode through a cam connecting rod mechanism, and the impact piston is arranged at the end, away from the cam connecting rod mechanism, of the air compression piston; the end, away from the cam connecting rod mechanism, of the guide sleeve is fixedly connected with a splitting drill rod, one end of the splitting drill rod is arranged in an inner cavity of the guide sleeve, and the impact hammers are arranged in the inner cavity of the guide sleeve in a sliding mode and arranged between the impact piston and the splitting drill rod at intervals. A plurality of piston cavities are formed in the splitting drill rod at intervals, the piston cavities are perpendicular to the axial direction of the splitting drill rod, and a plurality of splitting heads are arranged in the piston cavities in a telescopic mode; the problems that when bridge deck pavement of a diseased bridge is removed, small equipment can only be used for chiseling due to the fact that large equipment cannot be used, the chiseling speed of the small equipment is low, the overall manpower consumption is large, and the efficiency is low are solved.
本发明提供了一种桥面铺装凿除装置,包括机壳、导套、压气活塞、冲击活塞、冲击锤和劈裂钻杆，导套转动设置在机壳内，压气活塞通过凸轮连杆机构往复滑动的设置在导套的内腔，压气活塞远离凸轮连杆机构的一端设置有冲击活塞；导套远离凸轮连杆机构的一端固定连接有劈裂钻杆，劈裂钻杆一端置于导套内腔，冲击锤滑动设置在导套的内腔中，冲击锤间隔置于冲击活塞和劈裂钻杆之间；劈裂钻杆上间隔设置有若干活塞腔，若干活塞腔垂直于劈裂钻杆的轴向设置，若干活塞腔内可伸缩的设置有若干劈裂头；其解决了在清除病害桥梁的桥面铺装时，由于部不能使用大型设备而只能使用小设备凿除，导致存在小设备凿除速率较慢，整体人力使用较多，效率低下等问题。
Bridge deck pavement chiseling device
The bridge deck pavement chiseling device comprises a machine shell, a guide sleeve, an air compression piston, an impact piston, an impact hammer and a splitting drill rod, the guide sleeve is rotationally arranged in the machine shell, the air compression piston is arranged in an inner cavity of the guide sleeve in a reciprocating sliding mode through a cam connecting rod mechanism, and the impact piston is arranged at the end, away from the cam connecting rod mechanism, of the air compression piston; the end, away from the cam connecting rod mechanism, of the guide sleeve is fixedly connected with a splitting drill rod, one end of the splitting drill rod is arranged in an inner cavity of the guide sleeve, and the impact hammers are arranged in the inner cavity of the guide sleeve in a sliding mode and arranged between the impact piston and the splitting drill rod at intervals. A plurality of piston cavities are formed in the splitting drill rod at intervals, the piston cavities are perpendicular to the axial direction of the splitting drill rod, and a plurality of splitting heads are arranged in the piston cavities in a telescopic mode; the problems that when bridge deck pavement of a diseased bridge is removed, small equipment can only be used for chiseling due to the fact that large equipment cannot be used, the chiseling speed of the small equipment is low, the overall manpower consumption is large, and the efficiency is low are solved.
本发明提供了一种桥面铺装凿除装置,包括机壳、导套、压气活塞、冲击活塞、冲击锤和劈裂钻杆，导套转动设置在机壳内，压气活塞通过凸轮连杆机构往复滑动的设置在导套的内腔，压气活塞远离凸轮连杆机构的一端设置有冲击活塞；导套远离凸轮连杆机构的一端固定连接有劈裂钻杆，劈裂钻杆一端置于导套内腔，冲击锤滑动设置在导套的内腔中，冲击锤间隔置于冲击活塞和劈裂钻杆之间；劈裂钻杆上间隔设置有若干活塞腔，若干活塞腔垂直于劈裂钻杆的轴向设置，若干活塞腔内可伸缩的设置有若干劈裂头；其解决了在清除病害桥梁的桥面铺装时，由于部不能使用大型设备而只能使用小设备凿除，导致存在小设备凿除速率较慢，整体人力使用较多，效率低下等问题。
Bridge deck pavement chiseling device
一种桥面铺装凿除装置
YANG ZHIYONG (author) / HOU MEI (author) / LIU YUTONG (author) / ZHU YIRU (author)
2024-04-02
Patent
Electronic Resource
Chinese
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