Method for detecting deflection of movable beam of large forging hydraulic press in non-work direction and device thereof
A technology of moving beam and offset detection, applied in the field of machinery and electronics, can solve the problems of long stroke of moving parts, severe shock, severe vibration, long signal transmission line, etc., to achieve extended service life, high reliability, and avoid singular load transfer Effect
Active Publication Date: 2011-09-07
CENT SOUTH UNIV
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Problems solved by technology
However, the giant die forging hydraulic press has the characteristics of huge structure, harsh on-site environment, serious interference, long stroke of moving parts, severe shock and vibration, long signal transmission line, and many restrictions on the wiring of the control system. Conventional detection methods and means are difficult to adapt to. Its special working environment, therefore, in order to realize the non-working direction offset detection function of the movable beam in the special environment of the giant forging hydraulic press, it is necessary to develop a high reliability and high flexibility detection of the non-working direction offset of the movable beam of the hydraulic press system
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Embodiment 1
[0036] The non-working direction deviation detection system of the movable beam of the giant die forging hydraulic press includes a rail slider device, a high-speed CCD image sensor, a shooting lens, an embedded image processing module, a wireless transmission module, a PLC and a host computer.
[0037] figure 1 Describes the present invention-the structure of the non-working direction deviation detection device of the movable parts of the giant die forging hydraulic press: two vertical angle measuring points of the movable beam are equipped with guide rail slider devices that move in the vertical direction, and the guide rail 5 is installed On the lower fixed beam of the giant die forging hydraulic press, the movable beam 1 is connected to the slider 7 through the connecting bracket 3, in order to eliminate the impact and vibration of the movable beam on the detection system when the hydraulic press is working, the movable beam and the slider are connected There is a ball spring ...
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The invention provides a method for detecting the deflection of a movable beam of a large forging hydraulic press in non-work direction and a device thereof. Two high-speed CCD image sensors are utilized to shoot detecting markers on vertical angles of a movable beam of the large forging hydraulic press, and image processing algorithm is used for dealing digital images to figure out the two-dimensional deflection values of the two vertical angles of the movable beam of the large forging hydraulic press according to the real time shot image of the detecting markers and the image of the detecting markers when the detecting markers are at the beam reference positions by an embodied image dealing module. The two-dimensional deflection values of the center of the movable beam and the angle defection value of the movable beam can be obtained, and finally, the status inspection of the movable beam in the non-work direction can be realized by a PLC controller and a leading computer system. The invention greatly increases the product processing quality and the use safety, reliability, and use and maintenance effect of equipment, and prolongs the service life of the large forging hydraulic press by effective real time detection on the deflection of the movable beam of the hydraulic press.
Description
Technical field [0001] The invention belongs to the technical field of machinery and electronics, and relates to a method and a device for detecting the non-working direction deviation of a movable cross beam of a giant die forging hydraulic press. Background technique [0002] Giant die forging hydraulic press is currently indispensable key equipment in the aerospace, aviation, atomic energy, automobile, shipbuilding and other industries. It is also an important equipment in the heavy machinery manufacturing industry. It is useful for a country’s defense industry and heavy machinery manufacturing industries. Level and productivity play a key role, and are one of the important indicators of a country's industrialization degree and economic and national defense capabilities. [0003] The body of a giant die forging hydraulic press is generally composed of a frame, a hydraulic cylinder, a movable part and its guiding device. When working, the hydraulic cylinder generates pressure to...
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IPC IPC(8): G01B11/02
Inventor 谭建平陈晖彭玉凤全凌云
Owner CENT SOUTH UNIV