深圳市中能智能装备有限公司
联系人:涂经理
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公司地址:深圳市宝安区固戍二楼中能智能产业园一楼
■智能偏芯检测
?投影在扩散板的影像Pseudo Color转换后取得发光体中心方向的Profile测算双峰值
?为了获得指点Scan变曲点方式来扫描360度全部范围
?每一个角度对比(双峰比)当中的最小值作为偏心比率来判定良不良
? LED供电流及影像条件是影像的中心部位不在于爆火状态条件之下调试
? Lens 中心部位的影像用曲线识别看出结果会明显的减少明暗
English
?Profile measurement double peak value obtained by projecting the Pseudo Color image of the diffuser after obtaining the center of the illuminator
?In order to obtain the maximum pointing Scan change point method to scan the full range of 360 degrees
?The minimum of each angle comparison (bimodal ratio) is used as the eccentricity ratio to determine the good defect.
?LED current supply and image conditions are the central part of the image is not debugged under the fire condition
?The image of the center of the Lens is identified by the curve to see that the result will significantly reduce the brightness and darkness.
■歪角不良检查功能
?设置位置坐标要对标准试的产品中心点调试到画面的中心
? Lens和扩散板之间的距离0.5~l.5mm Setting
?在画面最亮的范围内找出中心点
? Center Error Offset来检查歪角不良
English
?Set the position coordinates to be aligned with the product center point of the test and debug to the center of the screen.
?Lens corners will form a light image beyond the central position
?Distance between Lens and diffuser plate 0.5 ~ 1.5 mm Setting
?Find the center point in the brightest range of the picture
?Center Error Offset to check for bad corners
■Pola3.0双峰Al比捡测理念
? Box 范围内A,B <= Peak Point确认检查有效性判断
? A,B > Peak Point的情况下双峰比来形成判定Peak不良
English
?A, B <= Peak Point confirmation check validity judgment in Box range
?A, B > Peak Point case, the peak-to-peak ratio is not formed, and the result is poor.
■Cross-Alens Shift偏芯理念
?找出中心点(影像整体对比0.3%的大小)
?从中心点有影响到偏心的外角找出Edge(影像整体对30%的区域)
?画像整体大小圆设定·:Max50%
?上/下/左/右偏心的情况下Edge部分倾向于偏移部分
?这个部分是Step影像理任何大小(光亮分散)的原型检查
? Center&Edge30%区域距离为0.1单位算出(3600个)
?长形和短形比率来算出=Sum小(1800个)/Sum大(1800个)
English
?Find the center point (the overall size of the image is 0.3%)
?Find the Edge from the outer corner of the center point that affects the eccentricity (the area where the overall image contrast is 30%)
?The overall size of the screen is set to: Max 50%
?Edge part tends to shift part when up/down/left/right eccentricity
?This part is a prototype inspection of any size (light dispersion) of the Step image.
?Center Edge 30% area distance is calculated as 0.1 unit (3,600)
?Long and short ratios are calculated = Sum is small (1,800) / Sum is large (1,800)
Item | Speci?cation | Note | |||
Control | Windows XP | Intel Core 2 Quad , 17” Touch Monitor | Advantech & Bmtech | ||
Motion | X1,X4-Axis | Stroke : 550 mm / 400 W / 50 Kg | Accuracy : ±20 ? Velocity : 500 mm/s Servo Motor | ||
Y1,Y2-Axis | Stroke : 500 mm / 750 W / 50 Kg | ||||
Z1,Z2-Axis | Stroke : 100 mm / 100 W / 10 Kg | ||||
Scanner | 2D Barcode | Inline : Vuquest320g Manual : Xenon-1900 Handy | sHoneywell | ||
Source Power | PPS | 100V / 2A : Programmable | ODA Technologies | ||
SMU | Current | 20 ~ 800 mA ± 3 mA 16Ch / Relay 48Ch | 96Ch Upgrade(Option) | ||
Voltage | Max. 200 V ± 0.2 V | ||||
Model Select | Program Select , Open & Saving , Camera Con?g , Current , Position , Speed | GUI Display | |||
Result | Array OK / NG Result | MES | |||
Work Base | Contact | Test Point [Input & Short] : Pin Block Contact (X-Y Variable) | Lens BLU 12 Array JIG | ||
Moving | Servo Motor | ||||
In/Output | Carrier Input | Array : 12 ~ 16 Bar | |||
Conveyor | Belt Conveyor | Speed : 5~ 100mm/s | Pitch : 100 ~ 500mm | Length : Max 1500mm | |
Vision | Position | Camera : 4 Camera 5Mpixel, B/W Lens : Mega Pixel CCTV Lens Frame Grabber / License Kit | Quad Head | ||
MTBF : 3 Month | MTTR : 10 Min | Error Log | |||
Utility | Size / Weight | 1930(W) x 1,300(D) x 1920(H) mm / 1,500 Kg | |||
Power / Air | 220V , 15A [3.5KW] / 0.4 ~ 0.6 Mpa | ||||
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