Ultrasonic vibrating ice breaking hammer

Abstract

The invention discloses an ultrasonic vibrating ice breaking hammer which comprises an ice breaking hammer head, a hammer handle, an ultrasonic transducer, a control circuit and a starting trigger. The ultrasonic transducer is arranged and tightly fixed in the ice breaking hammer head, the control circuit is arranged in the hammer handle, the starting trigger is fixed to the hammer handle and is connected with the control circuit, the output side of the control circuit is connected with the ultrasonic transducer, and the control circuit is controlled by the starting trigger to output control signals to enable the ultrasonic transducer to give out ultrasonic waves. The hammering effect is enhanced in an ultrasonic vibrating mode, the number of manual hamming times can be reduced, the weight is light, and the ice breaking effect can be well achieved.

Description

technical field [0001] The invention relates to an ice breaking hammer, in particular to an ice breaking hammer using ultrasonic vibration. Background technique [0002] Existing ice breaking hammers used in ice surface and mountaineering all adopt artificial means to act on the tip of the hammer body with mechanical force or use the head of the hammer body to act on the ice surface. Hammering every time, and can't guarantee that the parts of each hammering are exactly the same, so the effect of multiple hammering is not ideal, especially in the cold alpine hypoxic environment, the physical strength required for each hammering is very huge , In addition, in order to ensure the hammering effect on the hard ice surface, it is generally necessary to increase the weight of the hammer body as much as possible, so as to increase the force of each hammering. For humans, the increased load is a very painful thing. Although due to the advancement of technology in recent years, some ...

AI Technical Summary

Problems solved by technology

[0002] Existing ice breaking hammers used in ice surface and mountaineering all adopt artificial means to act on the tip of the hammer body with mechanical force or use the head of the hammer body to act on the ice surface. Hammering every time, and can't guarantee that the parts of each hammering are exactly the same, so the effect of multiple hammering is not ideal, especially in the cold alpine hypoxic environment, the physical strength required for each hammering is very huge , In addition, in order to ensure the hammering effect on the hard ice surface, it is generally necessary to increase the weight of the hammer body as much as possible, so as to increase the force of each hammering. For humans, the increased load is a very painful thing. Although due to the advancement of technology in recent years, some icebreakers with more delicate designs and more ergonomic designs have appeared on the market, but they are still inseparable from manual mechanical force and force. Disadvantages of greater weight

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