摘要：【中文】本发明涉及一种动态色域调节系统、方法及显示系统，显示系统包括光源模块与成像模块，光源模块包括激发光光源与窄光谱基色光光源，激发光光源发出激发光经由处置后输出蓝光及宽光谱红绿光，窄光谱基色光光源发出窄光谱基色光，蓝光、宽光谱红绿光与窄光谱基色光构成光源多基色光，窄光谱基色光与宽光谱基色光合光后输出至成像模块，成像模块包括处理装置、存储装置及空间光调制装置。动态色域调节系统由处理装置执行，包括光源亮度调节模块，所述模块根据一帧图像的原始三基色信号产生针对光源多基色光中每一基色光的光源亮度信号，以调节激发光光源与窄光谱基色光光源发出光的亮度。本发明在增强色域的基础上提高了效率。 【EN】The invention relates to a dynamic color gamut adjusting system, a dynamic color gamut adjusting method and a display system, wherein the display system comprises a light source module and an imaging module, the light source module comprises an excitation light source and a narrow-spectrum primary color light source, the excitation light source emits excitation light which is treated to output blue light and wide-spectrum red and green light, the narrow-spectrum primary color light source emits narrow-spectrum primary color light, the blue light, the wide-spectrum red and green light and the narrow-spectrum primary color light form light source primary color light, the narrow-spectrum primary color light and the wide-spectrum primary color light are combined and then output to the imaging module, and the imaging module comprises a processing device, a storage device and a spatial. The dynamic color gamut adjusting system is executed by a processing device and comprises a light source brightness adjusting module, wherein the light source brightness adjusting module generates a light source brightness signal aiming at each primary color light in the multi-primary color light of the light source according to the original three primary color signals of one frame of image so as to adjust the brightness of light emitted by the exciting light source and the narrow-spectrum primary color light source. The invention improves the efficiency on the basis of enhancing the color gamut.

摘要：【中文】本发明属于粮油制品技术领域，一种米粉专用米的快速选用方法，包括步骤如下：步骤1：初步选料，基于大米国标标准，选用加工精度等级为3级以上的大米；步骤2：对选定的大米依次进行直链淀粉含量、粘度值、胶稠度的测定；并判定该种大米是否适合用于制作米粉。本发明的方法简单，测试指标少，具有科学依据，能极大的节约选用专用米的时间以及成本。 【EN】The invention belongs to the technical field of grain and oil products, and discloses a method for quickly selecting rice special for rice flour, which comprises the following steps: step 1: primarily selecting materials, namely selecting rice with the processing precision grade of more than 3 grade based on the national standard of the rice; step 2: sequentially measuring the amylose content, the viscosity value and the glue consistency of the selected rice; and judging whether the rice is suitable for making rice flour. The method is simple, has few test indexes and scientific basis, and can greatly save the time and cost for selecting the special rice.

摘要：【中文】本发明公开了一种智能化正交异性钢桥面板疲劳开裂检测机器人，涉及正交异性钢桥面板疲劳裂缝检测技术领域，包括顶板行走检测装置、纵肋行走装置、电驱伸缩机构和电驱摆转机构；顶板行走检测装置和纵肋行走装置均设有履带车，在履带车的履带外侧设有若干电磁铁实现其在顶板或纵肋上的吸附。顶板行走检测装置上设有超声波检测仪，其可靠近或远离其履带车运动；顶板行走检测装置与电驱伸缩机构相连且连接处可旋转，电驱摆动机构与电驱伸缩机构的另一端相连且在连接处可摆动，纵肋行走装置与电驱摆转机构的另一端相连且可旋转。该机器能完成正交异性钢桥面板自动检测，改变了传统的人工检测的方式，其可有效节约人力，且检测效率高，检测数据可靠。 【EN】The invention discloses an intelligent orthotropic steel bridge deck fatigue crack detection robot, which relates to the technical field of orthotropic steel bridge deck fatigue crack detection and comprises a top plate walking detection device, a longitudinal rib walking device, an electric driving telescopic mechanism and an electric driving swing mechanism; the top plate walking detection device and the longitudinal rib walking device are both provided with a crawler, and a plurality of electromagnets are arranged on the outer side of a crawler of the crawler to realize the adsorption of the crawler on the top plate or the longitudinal rib. The top plate walking detection device is provided with an ultrasonic detector which can move close to or far away from the crawler; the roof walking detection device is connected with the electrically-driven telescopic mechanism and the joint of the electrically-driven telescopic mechanism is rotatable, the electrically-driven swinging mechanism is connected with the other end of the electrically-driven telescopic mechanism and can swing at the joint, and the longitudinal rib walking device is connected with the other end of the electrically-driven swinging mechanism and can rotate. The machine can complete automatic detection of orthotropic steel bridge deck plates, changes the traditional manual detection mode, can effectively save manpower, and is high in detection efficiency and reliable in detection data.