4results about How to "Reduce production intensity" patented technology

The invention provides a metal component surface defect joint detection method, which relates to the field of metal detection, and comprises the following steps: S1, placing a workpiece; s2, eddy current detection; s3, transferring the workpiece; step S4, visual detection; and S5, judging the workpiece. The method integrates eddy current and mechanical vision to analyze and judge the surface defects of the thin-walled tubular or cylindrical metal component, and effectively solves the problems that a single machine vision detection method cannot accurately and quickly detect the surface defects of the metal component, detection blind areas are easy to appear, and the detection efficiency is high. And the problems of insensitivity, inaccurate quantification, easy signal interference and the like of single eddy current flaw detection on the surface defects of the metal components are solved, and efficient, accurate and comprehensive surface flaw detection of the metal components is realized.

The utility model discloses a device with mowing and pesticide spraying functions, which comprises a walking mechanism for realizing walking, the middle part of the walking mechanism is provided with a control center positioned in a control box, the bottom surface of the control box is higher than the bottom surface of the walking mechanism, and the control box is provided with a mounting bracket; the cutting module, the spraying module and the object containing module can be installed on the installation support, and the cutting module and the spraying module are electrically connected with the control center. The agricultural machine is provided with the cutting module, the spraying module and the object containing module, so that the agricultural machine can be used for mowing and cutting stems of crops, can also be used for spraying pesticides or water and fertilizers, and can also be used for conveying seeds or seedlings in the planting stage, and therefore the utilization rate of the machine can be effectively increased, and popularization of small agricultural machines is facilitated; and the control center is arranged, automatic operation can be specifically achieved according to the actual situation, and therefore the production intensity is reduced, and the production efficiency is improved.

The present invention provides a recyclable prefabricated pile structure and its production method and construction method, including a concrete pile body, an anchoring workpiece and a non-bonding portion; the concrete pile body includes an anchoring plate, main bars and spiral stirrups; the anchoring plate is at least arranged at one end of the concrete pile body, the main bars are arranged in the non-bonding portion, the spiral stirrups are wound along the outside of the non-bonding portion to form a steel cage, the anchoring workpiece is installed on the anchoring plate, and the lower end of the anchoring workpiece is connected to one end of the main bars. The present invention constructs the prefabricated pile to a designated position, disassembles the anchoring workpiece on the anchoring plate, and takes out the main bars for recycling. The present invention can reduce the project cost and has the advantages of high bearing capacity and convenient production and construction.

This utility model discloses a quick-change automatic feeding fixture, including a frame, a lower base plate, a frame body, an upper cover plate, and a feeding mechanism. The lower base plate is located on top of the frame, and the frame body is detachably mounted on the top surface of the lower base plate. A feeding cavity is formed in the middle of the frame body. The upper cover plate is detachably mounted on the top surface of the frame body. The upper cover plate has a first plate hole and a clearance hole. Several positioning rods are arranged around the edge of the first plate hole on the top surface of the upper cover plate. The feeding mechanism is located inside the feeding cavity. This utility model uses the feeding mechanism to continuously and accurately push the workpieces entering the feeding cavity through the first plate hole to directly below the clearance hole. Finally, a robotic arm removes the workpieces from the feeding cavity, replacing manual workpiece handling, reducing production intensity, and increasing production efficiency.