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A platform for research: civil engineering, architecture and urbanism
High-frequency breaking hammer capable of enhancing horizontal and inclined hitting power
The invention relates to the field of high-frequency breaking hammers, in particular to a high-frequency breaking hammer capable of enhancing horizontal and inclined hitting power, which comprises a damping box, an excitation box and a connecting rod mechanism, the shock excitation box is hinged to the interior of the shock absorption box through the connecting rod mechanism, and when the high-frequency breaking hammer conducts horizontal hitting and inclined upward/downward hitting, the shock excitation box is suspended in the shock absorption box through the connecting rod mechanism. The shock excitation box is hinged to the interior of the shock absorption box through the connecting rod mechanism, and when the high-frequency breaking hammer conducts horizontal hitting and inclined upward/downward hitting, the shock excitation box is suspended in the shock absorption box through the connecting rod mechanism, so that the shock excitation box is suspended below the shock absorption box; during vibration excitation, the vibration excitation box can convert the gravity of the vibration excitation box into inertia force according to the principle similar to a'collision clock 'so as to enhance the horizontal/inclined striking force, so that the horizontal/inclined striking capacity of the high-frequency breaking hammer is improved, and the high-frequency breaking hammer is suitable for breaking excavation work of a tunnel face and the like.
本发明涉及高频破碎锤领域，具体涉及到一种可增强水平及倾斜打击力的高频破碎锤，包括减震箱、激振箱和连杆机构；所述激振箱通过所述连杆机构铰接于所述减震箱内，且当高频破碎锤进行水平打击、倾斜向上/向下打击时，所述激振箱通过所述连杆机构悬吊于所述减震箱内。本发明中，激振箱通过连杆机构铰接于减震箱内，且当高频破碎锤进行水平打击、倾斜向上/向下打击时，激振箱通过连杆机构悬吊于减震箱内，这样一来，激振箱悬吊于减震箱的下方，激振箱在激振时会以类似于“撞钟”的原理将自身的重力转换为惯性力以增强水平/倾斜打击力，从而提高高频破碎锤的水平/倾斜打击能力，使其适用于例如隧道掌子面的破碎开挖工作。
High-frequency breaking hammer capable of enhancing horizontal and inclined hitting power
The invention relates to the field of high-frequency breaking hammers, in particular to a high-frequency breaking hammer capable of enhancing horizontal and inclined hitting power, which comprises a damping box, an excitation box and a connecting rod mechanism, the shock excitation box is hinged to the interior of the shock absorption box through the connecting rod mechanism, and when the high-frequency breaking hammer conducts horizontal hitting and inclined upward/downward hitting, the shock excitation box is suspended in the shock absorption box through the connecting rod mechanism. The shock excitation box is hinged to the interior of the shock absorption box through the connecting rod mechanism, and when the high-frequency breaking hammer conducts horizontal hitting and inclined upward/downward hitting, the shock excitation box is suspended in the shock absorption box through the connecting rod mechanism, so that the shock excitation box is suspended below the shock absorption box; during vibration excitation, the vibration excitation box can convert the gravity of the vibration excitation box into inertia force according to the principle similar to a'collision clock 'so as to enhance the horizontal/inclined striking force, so that the horizontal/inclined striking capacity of the high-frequency breaking hammer is improved, and the high-frequency breaking hammer is suitable for breaking excavation work of a tunnel face and the like.
本发明涉及高频破碎锤领域，具体涉及到一种可增强水平及倾斜打击力的高频破碎锤，包括减震箱、激振箱和连杆机构；所述激振箱通过所述连杆机构铰接于所述减震箱内，且当高频破碎锤进行水平打击、倾斜向上/向下打击时，所述激振箱通过所述连杆机构悬吊于所述减震箱内。本发明中，激振箱通过连杆机构铰接于减震箱内，且当高频破碎锤进行水平打击、倾斜向上/向下打击时，激振箱通过连杆机构悬吊于减震箱内，这样一来，激振箱悬吊于减震箱的下方，激振箱在激振时会以类似于“撞钟”的原理将自身的重力转换为惯性力以增强水平/倾斜打击力，从而提高高频破碎锤的水平/倾斜打击能力，使其适用于例如隧道掌子面的破碎开挖工作。
High-frequency breaking hammer capable of enhancing horizontal and inclined hitting power
一种可增强水平及倾斜打击力的高频破碎锤
QIU ZHANGLING (author) / FENG LIBO (author) / JIAO WEIGANG (author) / WANG XIAODONG (author) / YANG LIFEN (author) / TANG WEILIN (author) / XIANG JING (author) / WEN YONGQIANG (author) / QI SONG (author)
2024-04-02
Patent
Electronic Resource
Chinese
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