Detection device for parts for electric tools
A technology for electric tools and detection devices, applied in the direction of optical testing flaws/defects, etc., can solve the problems of inability to batch detection, complex structure, high cost, and achieve the effects of reasonable design, good safety, and convenient movement.
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Embodiment 1
[0020] Such as Figure 1~6 As shown, a detection device for parts of an electric tool includes a body 1, and the body 1 is provided with a parts transmission mechanism 2, a testing mechanism 3, a grasping mechanism 4 and a parts receiving mechanism 5; the testing mechanism 3 is arranged at one end of the parts transmission mechanism 2, the gripping mechanism 4 is arranged on one side of the testing mechanism 3, and the parts receiving mechanism 5 is arranged on one side of the gripping mechanism 4; the testing Mechanism 3 comprises a test frame 31, and described test frame 31 is connected on the described body 1, and described test frame 31 is provided with a test plate 32, and one side of described test frame 31 is provided with a vertical board 33, and described vertical plate 33 A connecting plate 34 is arranged on the plate 33, a CCD camera 35 is connected on the connecting plate 34, the lens of the CCD camera 35 is placed downwards, the CCD camera 35 is positioned above t...
Embodiment 2
[0028] Based on Example 1, as a preferred solution, more specifically, the aforementioned raw materials are used to prepare the body 1 through the following steps, specifically as follows:
[0029] (1) Raw material smelting: put the raw materials used to manufacture the machine body into the smelting equipment to smelt into alloy liquid, control the temperature at 1200°C and keep it for 1 hour;
[0030] (2) Primary smelting: use a slagging agent to make slagging, and blow the bottom blowing gas into the smelting equipment through the furnace bottom nozzle; stir the alloy liquid;
[0031] (3) Refining: transfer the alloy liquid that has completed the initial refining to a vacuum or a container filled with inert gas for deoxidation, degassing and desulfurization, and add the deoxidizer to the liquid surface of the alloy liquid that has completed the initial refining, so that on the interface For deoxidation, deoxidizers include charcoal, calcium carbide, magnesium boride, and bo...
Embodiment 3
[0041] Based on Example 1, as a preferred solution, more specifically, the aforementioned raw materials are used to prepare the body 1 through the following steps, specifically as follows:
[0042] (1) Raw material smelting: Put the raw materials used to manufacture the machine body into the smelting equipment to smelt into alloy liquid, control the temperature at 1212°C and keep it for 1h;
[0043] (2) Primary smelting: use a slagging agent to make slagging, and blow the bottom blowing gas into the smelting equipment through the furnace bottom nozzle; stir the alloy liquid;
[0044] (3) Refining: transfer the alloy liquid that has completed the initial refining to a vacuum or a container filled with inert gas for deoxidation, degassing and desulfurization, and add the deoxidizer to the liquid surface of the alloy liquid that has completed the initial refining, so that on the interface For deoxidation, deoxidizers include charcoal, calcium carbide, magnesium boride, and boron ...
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