Method for updating aiguille transmission efficiency of drilling edge detection device
A detection device and transmission efficiency technology, which is applied in the direction of measuring devices, material analysis through optical means, instruments, etc., can solve the problems of enlarged configuration space, poor transmission efficiency of drill bits, and increased manufacturing costs, and achieve the goal of improving transmission efficiency Effect
Active Publication Date: 2007-05-23
CIN PHOWN TECH
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[0004] However, in the above-mentioned transmission mode of carrying the drill bit for inspection, the single gripper must wait for the drill bit to be inspected when the drill bit is inspected, and after the drill bit is inspected, the drill bit must be put back first before the drilling operation can be performed again, resulting in time-consuming problem, is the main cause of poor bit transfer efficiency
[0005] However, in order to overcome this problem, it has been found that two transmission paths and jaws of the drill are arranged in the drill edge detection device, so that the delivery and return operation of the drill can be carried out synchronously on the two paths, so as to improve the transmission efficiency of the drill; but However, it is necessary to increase the configuration space of the detection device to accommodate multiple grippers to reciprocate and carry the drill bit on the two transmission paths for detection, resulting in an increase in the size of the device and the increase in manufacturing costs, which is not conducive to miniaturization of the detection device. used by
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[0023] As shown in Fig. 1, it reveals the configuration block schematic diagram of the method for improving the transmission efficiency of the drill bit in the drill edge detection device of the present invention, which includes setting up a reciprocating The single transmission path 13 for transmitting the drill bit to be inspected divides the single transmission path planning area into a first drilling area 131 and a second drilling area 132 that are handed over between the material area and the detection area, so that the first drilling area 131 and the second drilling area 132 A feed end 133 is formed at the junction of the second drilling area 132, so that a discharge end 134 is formed at the junction of the first drilling area 131 and the material area 11, and at least one clamp for drilling is set up in the first drilling area 131 Claw 41 and another drill jaw 42 are unloaded, and a drill stand 31 that can move the drill bit to the detection area 12 is set on the second ...
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The invention discloses an improving bit transmission efficiency method in the drilling edge detection devices, including: in a grouping bit material zone and a detection zone, establishing a single transmission path which can reciprocating transmit bits for detection, and dividing the single transmission path into the first moving drilling area and the second moving drilling area cross connecting each other between the material zone and the detection zone, and in the first moving drilling area, establishing at least one drilling-supporting claw and another drilling-removing claw, and in the second moving drilling area, establishing a drilling-holding platform to move the bit onto the detection zone, in that when the second moving drilling area does the drilling moving and detection, make the drilling-supporting claw of the first moving drilling area synchronized to-and-from the material zone and the drilling-holing platform for holding the detected bit, to shortened the time waiting for the bit material of the drilling-holding platform, and furthermore, in a single transmission path, it improves the transmission efficiency of the detected bit.
Description
technical field [0001] The invention relates to a method for improving the transmission efficiency of a drill bit in a drill edge detection device, in particular to a technique for setting up two grippers on a single transmission path to transmit the drill bit for inspection and return. Background technique [0002] The drill bit referred to in the present invention is the object to be measured or the object to be measured in the drill edge detection device. Except the drill bit, the object to be measured or the object to be measured also includes milling cutters, which all have a drill edge or a knife edge, which can be used in mechanical It is used as a drilling or milling tool in machining operations. Generally, whether it is a drill bit or a milling cutter, the inspection of the drill edge must be carried out when the new product is produced and after a period of use; traditionally, a video measuring device (CCD) that can capture a magnified image is usually used , to d...
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Login to View More IPC IPC(8): G01N35/10G01N21/84
Inventor 姚志金
Owner CIN PHOWN TECH