On-line glass tendon detector
A detector, line-type technology, applied in the field of online glass reinforcement detector, can solve the problems of lagging, cumbersome detection process, delay of glass production time, etc., and achieve the effect of convenient installation, stable structure, and not easy to damage
Active Publication Date: 2013-06-26
CHINA AVIATION SANXIN CO LTD
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Problems solved by technology
[0004] In the prior art, the instrument used to detect glass ribs is a zebra instrument, but this instrument is to cut and sample suspected glass after glass production, and then go to the zebra instrument for testing, and glass production is a continuous process. In the process, the use of offline zebra instrument for detection greatly delays the time of glass production, and the detection process is very cumbersome and lagging, which reduces the production efficiency of glass to a certain extent
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[0019] The present invention is described in conjunction with accompanying drawing and specific embodiment, but the present invention is not only limited to following embodiment:
[0020] Such as figure 1 As shown, an on-line glass rib detector mainly includes a light source part, a reflection part and a receiving display device; the light source part includes a light source 6, a power supply 9 and a light source for receiving the light source and The left emitting lens 7 and the right emitting lens 8 that emit the light source; the left emitting lens 7 and the right emitting lens 8 are arranged symmetrically below the power supply 9; the reflecting part includes a left reflector 4 and a right reflector 3 And reflecting plate 5; Described left reflection mirror 4 is corresponding to the light source output port setting of left emission camera lens 7; Described right reflection mirror 3 is corresponding to the light source output port setting of right emission lens 8; Described...
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Abstract
The invention belongs to the technical field of glass detection, and provides an on-line glass tendon detector. A light source section comprises a power source (9), a light source (6), a left emission lens (7), and a right emission lens (8). A reflection section comprises a left reflector (4), a right reflector (3) and a reflecting plate (5). The left reflector (4) and the right reflector (3) arearranged opposite to the left emission lens (7) and the right emission lens (8). The reflecting plate (5) is positioned on a reflected ray of the left reflector (4) and the right reflector (3). The reflecting plate (5) is arranged on a continuously moving conveying roller table below a glass plate. Two displaying apparatuses are arranged in parallel on two sides of a glass production line. With the detector provided by the invention, glass tendon appearance positions, glass tendon ranges, glass tendon thicknesses, and glass tendon lengths can be detected accurately online in real time. The data are clearly displayed on the displaying apparatus. The detector has a stable structure, and is not easy to damage. The detector is convenient to assembly.
Description
technical field [0001] The invention belongs to the technical field of glass quality detection, and mainly provides an online glass rib detector. Background technique [0002] Glass reinforcement is a substance that can be often seen in glass production but is not expected to appear, and its properties are very similar to glass. It refers to those strips buried in glass and glass products of varying depths. Most of them have irregular shapes and no clear boundaries. , There are many reasons for the generation of glass ribs: including wrong raw material composition, weighing problems, uneven mixing, inaccurate control of the temperature curve during melting, the influence of uneven particle size of cullet, uneven and unstable kiln atmosphere, resulting in The generation of glass bars. The appearance of glass ribs in glass production makes the surface of the produced glass uneven, opaque, and optically distorted. [0003] When customers buy glass, they will choose flat, clea...
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IPC IPC(8): G01N21/958
Inventor 张峰乐炳年唐郭涛卢静罗建清郭丹锋何坚周莉朱宏亮
Owner CHINA AVIATION SANXIN CO LTD