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    • 32. 发明授权
    • High energy forging press
    • 高能锻压机
    • US3898834A
    • 1975-08-12
    • US17059971
    • 1971-08-10
    • KRAMER KURT H
    • KRAMER KURT H
    • B21J7/24B21J7/34B21J9/12
    • B21J7/34B21J7/24
    • The machine disclosed herein is known as a high velocity impact forming machine. It is provided with two tooling or anvil members and associated equipment assembled in such manner that no multiple pounding or restrike results as the machine is used. The machine has adjusting means for adjusting the energy output from stroke-to-stroke, thus enabling the user to use a sequence of varying energy forming steps such as breaking scale in hot work, preforming, and blocking. Means is provided by which the tooling is separated immediately after forming so that handling of the formed parts can commence immediately and without pause. Operation cycle time is thus used most efficiently. The structure of the machine is such that relatively low and fully controllable foundation loadings result. The machine can be provided with sufficient die area to accommodate multiple cavity tooling and is provided with means to sustain eccentric loadings from off center work. The machine is capable of stroking when the tooling and workpiece are absent without any dilatorius effects on the machine. The machine has completely adjustable tooling daylight from stroke-to-stroke.
    • 本文公开的机器被称为高速冲击成形机。 它设置有两个工具或砧座构件和相关联的设备,其组装方式使得当使用机器时不会产生多次冲击或再起弧。 该机器具有用于调节从行程到行程的能量输出的调节装置,从而使得使用者能够使用一系列变化的能量形成步骤,例如在热加工,预成形和阻挡中的断裂。 提供了在成形之后立即将工具分离的装置,使得成形部件的处理可以立即开始而不间断地开始。 因此,操作循环时间最有效。 机器的结构使得基础荷载相对较低且完全可控。 该机器可以具有足够的模具面积以容纳多个腔体模具,并且具有用于维持离心工作的偏心载荷的装置。 当加工和工件不存在时,机器能够进行冲压,而对机器没有任何扩张效应。 该机器具有从行程到行程的完全可调整的工具日光。
    • 34. 发明授权
    • Power hammer
    • US3568592A
    • 1971-03-09
    • US3568592D
    • 1969-03-17
    • VYZK USTAV TVARECICH STROJU
    • HARVANEK PAVEL
    • B21J7/34B30B1/32
    • B21J7/34
    • In a power hammer wherein work located on an anvil is acted upon by a ram located over the anvil an upper piston-and-cylinder means coacts with the ram to lower the latter along a driving stroke by way of a gaseous fluid under pressure and to raise the ram back to its starting position along its return stroke by way of a hydraulic fluid under pressure. A frame means which carries the anvil also carries part of this upper piston-and-cylinder means, while another part thereof is operatively connected with the ram. Beneath the frame means the foundation carries part of a lower piston-and-cylinder means which is operatively connected with the frame means for raising and lowering the latter. A conduit provides communication between the hydraulic fluid of the upper piston-and-cylinder means and the lower piston-and-cylinder means. A control valve is provided in the conduit to open the latter so that when the gas drives the ram downwardly the hydraulic fluid under pressure will flow through the conduit from the upper piston-and-cylinder means into the lower piston-andcylinder means to raise the frame means, and the anvil therewith, simultaneously with the downward movement of the ram.