CN104062606B - A kind of batch lamps and lanterns aging algorithm - Google Patents
A kind of batch lamps and lanterns aging algorithm Download PDFInfo
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Abstract
本发明公开一种批量灯具老化算法，包含编号的灯具D1、D2、D3、、、、Dn；照度计探头等距离同时照射D1、D2、D3、、、、Dn灯具；点亮一号灯D1，稳定时间T1时长后，照度计探头测试一号灯D1的照度；点亮二号灯D2，稳定T1时长后，熄灭一号灯D1，测试二号灯D2的照度；以此类推对所有灯具自动进行照度测试，智能的控制批量灯具的老化过程，无需人工干预，并能对批量中的每个灯具的老化情况进行掌握和控制。
The invention discloses a batch lamp aging algorithm, which includes numbered lamps D1, D2, D3,,,, Dn; illuminometer probes irradiate lamps D1, D2, D3,,,, Dn at equal distances at the same time; light the first lamp D1 , after the stabilization time T1, test the illuminance of the first lamp D1 with the probe of the illuminance meter; turn on the second lamp D2, after the stabilization time T1, turn off the first lamp D1, and test the illuminance of the second lamp D2; and so on for all lamps Automatically conduct illuminance testing, intelligently control the aging process of batch lamps, without manual intervention, and can grasp and control the aging situation of each lamp in the batch.
Description
技术领域technical field
本发明涉及一种批量灯具老化算法。The invention relates to a batch lamp aging algorithm.
背景技术Background technique
本项发明的测试对象是处于老化状态的多盏灯具(灯具种类不限)。使用传统方法对多盏灯具中其中的任意一盏灯具进行照度测试时，通常会出现两种情况：1、需要人为干预、移动灯具的位置进行照度测试；2、以牺牲测试结果的准确度为代价，无法获得全部灯具的精确测试数据。The test object of the present invention is a plurality of lamps in an aging state (the types of lamps are not limited). When using the traditional method to test the illuminance of any one of the multiple luminaires, two situations usually occur: 1. Human intervention is required to move the position of the luminaire to perform the illuminance test; 2. The accuracy of the test results is sacrificed. At the cost, it is impossible to obtain accurate test data for all lamps.
灯具的光参数的测试，通常情况下主要测试的参数有照度、光强、光通量。对于不同的测量类型，每次仅能测试一盏灯具的光参数。对灯具的照度进行测试，是获得灯具的光参数最快捷的方法。要获得灯具整体的光参数，最简单的方法是获得灯具的照度。通过随着老化时间的推移，从照度上反映灯具的当前状态。The test of light parameters of lamps, usually the main test parameters are illuminance, light intensity, and luminous flux. For different measurement types, only the light parameters of one lamp can be tested at a time. Testing the illuminance of lamps is the fastest way to obtain the light parameters of lamps. To obtain the overall light parameters of the luminaire, the easiest way is to obtain the illuminance of the luminaire. Reflect the current state of the luminaire in terms of illuminance by aging over time.
由于普通灯具生产出后，灯具的整体光输出处于不稳定的状态。为了使灯具的整体性能保持稳定，因此对灯具进行老化，老化的过程实际上是使灯具的整体光输出逐渐趋于稳定的一个过程。灯具老化的实现是通过长时间模拟灯具正常的工作条件，使灯具的各部件的性能逐渐达到稳定，从而使灯具的整体光输出达到稳定状态。灯具的输出状态的评定是通过测试灯具的光通量的值进行衡量，由于灯具的老化通常是对批量灯具进行老化，在老化过程中，如果需要对灯具的光通量进行测试，那么就需要对批量的灯具的进行抽样，单独进行光度测量，每次仅能对一盏灯具进行测试，通过抽样灯具的测试数据来评估该类型灯具整体的性能。After the ordinary lamps are produced, the overall light output of the lamps is in an unstable state. In order to keep the overall performance of the lamps stable, the lamps are aged. The aging process is actually a process of gradually stabilizing the overall light output of the lamps. The realization of lamp aging is to simulate the normal working conditions of the lamp for a long time, so that the performance of each component of the lamp gradually stabilizes, so that the overall light output of the lamp reaches a stable state. The evaluation of the output status of the lamps is measured by the value of the luminous flux of the test lamps. Since the aging of the lamps is usually performed on batch lamps, in the aging process, if the luminous flux of the lamps needs to be tested, then it is necessary to test the batch of lamps Sampling, photometric measurement alone, only one lamp can be tested at a time, and the overall performance of this type of lamp can be evaluated by sampling the test data of the lamp.
发明内容Contents of the invention
本发明提供一种批量灯具老化的算法，通过本算法对批量灯具的老化过程进行控制，可以实现批量灯具的老化，并且能对批量灯具中的每个灯具进行老化情况的掌握和控制。The invention provides an aging algorithm for batch lamps. By controlling the aging process of batch lamps through the algorithm, the aging of batch lamps can be realized, and the aging situation of each lamp in the batch lamps can be grasped and controlled.
本发明通过以下技术手段实现：The present invention realizes by following technical means:
一种批量灯具老化算法，包含编号的灯具D1、D2、D3、、、、Dn；照度计探头等距离同时照射D1、D2、D3、、、、Dn灯具；按如下步骤实施老化：A batch lamp aging algorithm, including numbered lamps D1, D2, D3,,,, Dn; illuminometer probes irradiate D1, D2, D3,,,, Dn lamps at equal distances at the same time; implement aging according to the following steps:
S1，点亮一号灯D1，稳定时间T1时长后，照度计探头测试一号灯D1的照度；点亮二号灯D2，稳定T1时长后，熄灭一号灯D1，测试二号灯D2的照度；点亮灯具D1、D3，稳定时长T1后，熄灭灯具D1、D2，测试灯具D3照度；点亮灯具D1、D2、D4，稳定时长T1后，熄灭灯具D1～D3，测试灯具D4的照度；点亮灯具D1、D2、D3、D5，稳定时长T1后，熄灭灯具D1～D4，测试灯具D5的照度；以此类推，直到点亮灯具D1～Dn-2，Dn,稳定时长T1后，熄灭灯具D1～Dn-1，测试灯具Dn的照度；S1, turn on the first light D1, after the stabilization time T1, test the illuminance of the first light D1 with the probe of the illuminometer; turn on the second light D2, after the stabilization time T1, turn off the first light D1, and test the second light D2 Illuminance: Turn on lamps D1 and D3, and after a stable time T1, turn off lamps D1 and D2, and test the illuminance of lamp D3; turn on lamps D1, D2, D4, and after a stable time T1, turn off lamps D1~D3, and test the illuminance of lamp D4 ; Turn on the lamps D1, D2, D3, D5, and after a stable time T1, turn off the lamps D1~D4, and test the illuminance of the lamp D5; and so on, until the lamps D1~Dn-2, Dn are turned on, and after a stable time T1, Turn off lamps D1～Dn-1, and test the illuminance of lamp Dn;
S2，然后开始老化，并设定下次测试所述灯具D1～Dn照度的时间T2；S2, then start aging, and set the time T2 for the next test of the illuminance of the lamps D1-Dn;
S3，T2计时结束后，如果需要继续老化，则关闭灯具D2～Dn，测试灯具D1的照度，点亮灯具D2～Dn，稳定时长T1后，熄灭D1、D3～Dn，测试灯具D2的照度；点亮灯具D1、D3～Dn并维持T1时长后，熄灭灯具D1、D2、D4～Dn，测试灯具D3的照度；以此类推，熄灭灯具D1～Dn-1,测试灯具Dn的照度，如果T2结束后不需要继续老化，则结束老化；S3, after the timing of T2, if you need to continue aging, turn off lamps D2~Dn, test the illuminance of lamp D1, light up lamps D2~Dn, after a stable time T1, turn off D1, D3~Dn, test the illuminance of lamp D2; After turning on lamps D1, D3~Dn and keeping them for T1, turn off lamps D1, D2, D4~Dn, and test the illuminance of lamp D3; and so on, turn off lamps D1~Dn-1, and test the illuminance of lamp Dn, if T2 If there is no need to continue aging after the end, then end the aging;
S4，如果需要继续老化，则返回执行S3步骤，如果不需要继续老化，则结束。S4, if it is necessary to continue aging, return to step S3, and if it is not necessary to continue aging, then end.
其中，D1～Dn为从1开始的自然连续数。Among them, D1 to Dn are natural continuous numbers starting from 1.
其中，所述的T1为1小时。Wherein, said T1 is 1 hour.
最后，所述的T2为大于等于10分钟。Finally, the T2 is greater than or equal to 10 minutes.
以上实现的批量灯具的老化算法，可以智能的控制批量灯具的老化过程，无需人工干预，并能对批量中的每个灯具的老化情况进行掌握和控制。The aging algorithm of batch lamps implemented above can intelligently control the aging process of batch lamps without manual intervention, and can grasp and control the aging situation of each lamp in the batch.
附图说明Description of drawings
图1为本发明老化算法的过程示意图。FIG. 1 is a schematic diagram of the process of the aging algorithm of the present invention.
具体实施方式Detailed ways
以下将结合附图对本发明的具体实施过程进行详细描述。The specific implementation process of the present invention will be described in detail below in conjunction with the accompanying drawings.
本发明的算法是针对批量灯具老化的算法，批量灯具分别编号为D1、D2、D3、、、、Dn，所述的灯具被以圆周方式摆放在特制的老化架上，并且灯具的发光部位正对照度计的光度探头，本实施例中，灯具为发光部分朝下放置，照度计放置在灯具摆放层的下方一定距离的支撑板上，并且照度计的探头处于灯具摆放圆周的圆心正下方位置。The algorithm of the present invention is an algorithm for the aging of batch lamps. The batch lamps are respectively numbered D1, D2, D3,,,, Dn. Contrasted with the photometric probe of the illuminance meter, in this embodiment, the luminaire is placed with the light-emitting part facing downwards, the illuminance meter is placed on a support plate at a certain distance below the luminaire placement layer, and the probe of the illuminance meter is at the center of the circle where the luminaire is placed directly below.
本批量灯具老化算法通过计算机运行，如图1所示，假设有20盏灯在进行老化，具体运行过程如下：This batch lamp aging algorithm is run by computer, as shown in Figure 1, assuming that 20 lamps are aging, the specific operation process is as follows:
第一步，点亮一号灯D1，持续时间T1时长后，本实施例中优选T1为一小时，照度计探头测试一号灯D1的照度；点亮二号灯D2，同样稳定持续一小时后，熄灭一号灯D1，测试二号灯D2的照度；然后点亮灯具D1、D3，稳定时长一小时后，熄灭灯具D1、D2，测试灯具D3照度；点亮灯具D1、D2、D4，稳定时长一小时后，熄灭灯具D1～D3，测试灯具D4的照度；点亮灯具D1、D2、D3、D5，稳定时长一小时后，熄灭灯具D1～D4，测试灯具D5的照度；点亮D1到D4号灯、以及D6号灯，持续一小时，然后熄灭D1到D5号灯，测试D6号灯的照度；点亮D1到D5号灯、D7号灯，持续稳定一小时，然后熄灭D1到D6号灯，测试D7号灯的照度，以此类推，直到点亮灯具D1～D18、D20,稳定时长一小时后，熄灭灯具D1～D19，测试第20号灯D20的照度。The first step is to light the No. 1 light D1, and after the duration T1 is long, T1 is preferably one hour in this embodiment, and the illuminance meter probe tests the illuminance of the No. 1 light D1; light the No. 2 light D2, which also lasts for one hour stably Finally, turn off the No. 1 lamp D1, and test the illuminance of the No. 2 lamp D2; then light up the lamps D1 and D3, and after one hour of stability, turn off the lamps D1 and D2, and test the illuminance of the lamp D3; light up the lamps D1, D2, D4, After one hour of stabilization, turn off lamps D1~D3, and test the illuminance of lamp D4; turn on lamps D1, D2, D3, D5, and after one hour of stabilization, turn off lamps D1~D4, and test the illuminance of lamp D5; turn on D1 Turn on lights D4 and D6 for one hour, then turn off lights D1 to D5 to test the illuminance of lights D6; turn on lights D1 to D5 and lights D7 for one hour, then turn off lights D1 to D7 For lamp D6, test the illuminance of lamp D7, and so on, until lamps D1~D18, D20 are turned on, and after one hour of stability, turn off lamps D1~D19, and test the illuminance of lamp D20, the 20th lamp.
第二步，开始老化，并设定下次测试所述灯具D1～D20照度的时间T2，本实施例中优选2小时，可以根据需要设置10分钟、15分钟、10小时甚至更多。The second step is to start aging, and set the time T2 for the next test of the illuminance of the lamps D1-D20, preferably 2 hours in this embodiment, and can be set to 10 minutes, 15 minutes, 10 hours or even more as required.
第三步，2小时计时结束后，如果需要继续老化，则关闭灯具D2～D20，测试灯具D1的照度，点亮灯具D2～D20，稳定时长一小时后，熄灭D1、D3～D20，测试灯具D2的照度；点亮灯具D1、D3～D20并维持一小时时长后，熄灭灯具D1、D2、D4～D20，测试灯具D3的照度；以此类推，熄灭灯具D1～D19,测试灯具D20的照度，如果两小时结束后不需要继续老化，则结束老化；Step 3: After 2 hours of timing, if you need to continue aging, turn off lamps D2~D20, test the illuminance of lamp D1, light up lamps D2~D20, after one hour of stability, turn off D1, D3~D20, and test the lamps The illuminance of D2; after turning on lamps D1, D3~D20 and maintaining it for one hour, turn off lamps D1, D2, D4~D20, and test the illuminance of lamp D3; and so on, turn off lamps D1~D19, and test the illuminance of lamp D20 , if there is no need to continue aging after two hours, end the aging;
最后，如果需要继续老化，则返回执行第三步，如果不需要继续老化，则结束。Finally, if it is necessary to continue aging, return to the third step, and if it is not necessary to continue aging, then end.
以上算法可以使批量老化的灯具根据设定的参数进行老化，并逐个测试老化灯具的照度以准确掌握每个灯具的老化情况。The above algorithm can make batch aging lamps age according to the set parameters, and test the illuminance of the aged lamps one by one to accurately grasp the aging situation of each lamp.
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