Shaper with hydraulic system

Abstract

The invention discloses a shaper with a hydraulic system. The shaper comprises a worktable lifting mechanism, a worktable support, a worktable, a manual wheel, a ratchet mechanism, a vertical slidingseat guide rail, a horizontal sliding seat guide rail, a feed hydraulic cylinder, a tool carrier hinge pin, a tool carrier cutting feed mechanism, a sliding sleeper, a driving hydraulic cylinder, a rocker arm mechanism, a lathe bed, a hydraulic workstation, a sliding sleeper guide rail, a worktable horizontal feed mechanism, and a pin, a ratchet cover, a ratchet and pawls of a worktable cutting feed mechanism. The beneficial effects of the shaper with the hydraulic system are that the shortcomings of a traditional hydraulic cylinder can be effectively overcome by adopting the hydraulic transmission instead of the mechanical transmission, the transmission is smooth, the output is large, and the output of the whole unit volume is much larger than that of the mechanical transmission; and in addition, the shaper with the hydraulic system can effectively meet the needs of the current market and effectively avoid the shortcomings of the current machine tools, and the improved planer has theadvantages of accurate size, good quality, low labor intensity, good economic and social benefits and the like, and is suitable for use and popularization.

Description

technical field [0001] The invention relates to a planer, in particular to a planer with a hydraulic system, and belongs to the technical field of mechanical applications. Background technique [0002] For the development of hydraulic cylinders, in foreign countries, hydraulic transmission is a new discipline compared to mechanical transmission. In the middle of the 17th century, Pascal proposed the principle of hydrostatic transmission, but due to the lack of early technical level and production demand, hydraulic transmission technology did not be widely applied. In 1795, British Joseph Braman used water as a working medium in London and applied it to industry in the form of a hydraulic press, giving birth to the world's first hydraulic press. During the Second World War, hydraulic transmission and control devices with high power, fast response and accurate action were used on weapons, which greatly improved the performance of weapons and greatly promoted the development o...

AI Technical Summary

Problems solved by technology

At present, domestic use of mechanical planers is much more than that of hydraulic planers. The current planers still have the following shortcomings: 1. Low productivity; 2. Mechanical planers have greater noise; 3. Mechanical planers The planer has a great influence on planing, and has certain restrictions on the improvement of machining accuracy, surface quality and cutting speed; 4. The planer is only suitable for small batch production and machine maintenance workshops. Therefore, a new method is proposed to solve the above problems. Shaper with hydraulic system

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