ICDT 2023 - ICDT

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镭昱光电科技（苏州）有限公司

五邑大学柔性传感材料与器件研究开发中心

深圳市思坦科技有限公司

北京耐德佳显示技术有限公司

柔美科技（香港）有限公司

广科知微（广东）传感科技有限公司

华南理工大学

苏州苏芯瑞视科技有限公司


ICDT创新区申请 2023年申请表格
样机中文名称	0.39英寸单片全彩Micro-LED微显示屏
样机英文名称	0.39-inch single-chip full-color Micro-LED micro-display
样机中文简介	单片全彩化的实现是目前制约Micro-LED应用的主要瓶颈之一。镭昱单片全彩Micro-LED微显示屏创新采用量子点色转换技术，通过标准的光刻工艺实现了适配GaN蓝光Micro-LED的高分辨率、高光效的量子点颜色转换膜层，通过蓝光激发红绿量子点，将蓝光转变为红光和绿光，在单个芯片上实现RGB三原色，从而实现芯片全彩化。通过独有的光学隔离结构，有效降低RGB颜色光串扰，进而实现了更高对比度和色彩饱和度。同时，凭借光刻式量子点技术，可以有效解决原生红光的光效及亮度问题，使全彩芯片整体亮度产生质的提升。镭昱单片式全彩Micro-LED微显示芯片专为追求轻量化、超便携、高亮度、高分辨率的消费级AR眼镜打造，解决目前消费级AR眼镜“轻”与“清”难以共存的难题，为下一代AR应用提供更多优化空间，带给用户期待的性能和卓越体验。
样机英文简介	The realization of full-color display on single chip is one of the main bottlenecks restricting the application of Micro-LED. Through the QD color conversion technology, Raysolve realizes a high-resolution and highly efficient color conversion layer on blue GaN Micro-LED arrays by standard lithography process. The blue light is converted into red and green by the QDs color conversion layer, so as to realize full-color display on a single chip. Moreover, light blocking structure is applied to suppress the light crosstalk among neighboring pixels, thus higher contrast and color saturation are obtained. In the meantime, the photolithographic QDs technology can effectively solve the problem of the light efficiency and brightness of the original red light, so that the overall brightness of the chip has a qualitative improvement.The market deployment of existing AR “Helmet” is hindered by its size, weight and brightness. Realizing monolithic full-color Micro-LED micro-displays is a must for the development of real consumer-level AR glasses.


ICDT创新区申请 2023年申请表格
样机中文名称	可穿戴智能足部运动健康显示识别系统
样机英文名称	Wearable Smart Foot Health Monitoring System
样机中文简介	穿戴式健康监测系统在最近几十年里获得了来自学术界和业界的不断关注。我们以低成本，柔软的碳纤维做为压力传感材料，制备了一种宽压力检测范围（0-1600kPa）、高灵敏（500-1600kPa，0.01kPa-1）、高稳定性（超3000次按压循环）、抗过载（可承受MPa级别按压）、响应恢复时间快（82ms）、防水性好（浸泡12h后可正常工作）的传感器。结合电路设计与单片机开发，开发了可远程监控（传输距离大于500m）和高集成度的柔性可穿戴智能鞋垫（单只鞋可集成104个压力传感器）。通过对整个足底压力分布的数字化和区域化处理，构建了足部分区的运动识别算法，实现了多运动模式识别功能，对与常见的运动平均识别准确率达到了83.32%。为未来运动健康领域提供更多发展空间，带给用户优异的性能和卓越体验。
样机英文简介	Wearable health-monitoring systems have received continuous attention from both academia and industry in recent decades. We have developed a sensor using low-cost and flexible carbon fiber as the pressure sensing material, which has a wide pressure detection range (0-1600kPa), high sensitivity (500-1600kPa, 0.01kPa-1 relative sensitivity), high stability (over 3000 pressure cycles), overload resistance (capable of withstanding MPa-level compression), fast response and recovery time (82ms), and good waterproof performance (able to work normally after being soaked for 12 hours). By combining circuit design and single-chip microcomputer development, we have created a highly integrated, flexible and wearable intelligent insole with remote monitoring capabilities (transmission distance greater than 500m), which can integrate up to 104 pressure sensors in a single shoe. By digitizing and regionalizing the entire foot pressure distribution, we have developed a motion recognition algorithm for different foot regions, achieving multi-motion pattern recognition with an average recognition accuracy of 83.32%. Our product provides more development space for the future of sports and health industry and delivers excellent performance and experience to users.
是否有创新创业项目路演	是

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ICDT创新区申请 2023年申请表格
样机中文名称	0.13" Micro-LED 微显示模组
样机英文名称	0.13" Micro-LED MicroDisplay Module
样机中文简介	Micro-LED技术是指以自发光的微米量级的LED为发光像素单元，将其组装到驱动面板上形成高密度LED阵列的显示技术，即LED微缩化和矩阵化技术，指在一个芯片上集成高密度微小尺寸的LED阵列，是将LED进行薄膜化、微缩化和矩阵化的结果。Micro-LED一般要求芯片尺寸小于50μm，可实现每个图元单独定址和单独驱动发光。在显示方面与 LCD、OLED相比，Micro-LED具有自发光、高效率、低功耗、高集成、高稳定性、全天候工作的优点，被业界认为是终级显示技术。在应用方面，当 Micro-LED 采用不同的键合技术时，可应用在不同的领域，采用单片键合和硅基CMOS驱动技术时，能够制作小尺寸的Micro-LED微显示屏，凭借其超高亮度和超高像素密度等特性，可以应用在AR/VR/XR、车载和户外瞄具等领域；采用巨量转移和TFT驱动技术，能够制作柔性屏、透明屏和曲面屏，应用在智能穿戴、手机和电视等领域。 0.13" Micro-LED 微显示模组，像素尺寸2.5μm，属于芯片制备工艺的重大创新。随着像素尺寸的减小，驱动电路的设计和版图的制备难度大大增加，本产品基于CMOS有源驱动技术，最终实现10000PPI显示，产品各技术指标均处于行业领先地位。
样机英文简介	Micro-LED technology refers to the display technology that takes self-luminous micron level LED as luminous pixel unit and bonded to the driving panel to form high-density LED array, namely LED miniaturization and matrix technology. It refers to the integration of high-density mm-size LED array on a chip, which is the result of thin-film, miniaturization and matrix of LED. Micro-LED generally requires chip size less than 50μm, and each pixel can be individually addressed and individually driven to emit light. Compared with LCD and OLED, Micro-LED is considered as the ultimate display technology due to its advantages of self-lighting, high efficiency, low power consumption, high integration, high reliability, and all-weather operation. In terms of application, Micro-LED can be applied in different fields when using different bonding technologies. When using monolithic bonding and silicon-based CMOS driving technologies, Micro-LED microdisplays of small size can be produced by virtue of its characteristics of ultra-high brightness and ultra-high pixel density. It can be used in AR/VR/XR, car and outdoor sighting equipment and other fields. Using mass transfer and TFT driven technology, it can produce flexible, transparent and curved screens for applications in smart wear, mobile phones and TVs. The 0.13" Micro-LED microdisplay module, with a pixel size of 2.5μm, is a major innovation in chip fabrication. With the decrease of pixel size, the difficulty of driving circuit design and layout preparation is greatly increased. Based on CMOS active driving technology, this product finally achieves 10000PPI display, and each technical index of the product is in the leading position in the industry.
是否有创新创业项目路演	是

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ICDT创新区申请 2023年申请表格
样机中文名称	耐德佳自由曲面钻石Pro AR光学模组
样机英文名称	NED Freeform Diamond Pro AR optical module
样机中文简介	耐德佳自由曲面钻石Pro AR光学模组，基于自主研发的自由曲面折反式光学方案，创新地采用折叠光路主镜＋补偿镜的形式实现透视式近眼显示。该产品以棱镜为主要组成元件，光线在其中以内反射的形式传播，形态更加紧凑，自由曲面技术的引入在减少元件组成的复杂程度的同时，为系统增加了更多设计自由度，有效保证了显示画面的清晰。该产品具有高光效、高紧凑型和高成像质量优势，其形态接近普通眼镜，具有更舒适的透视视野。该产品仅由两片棱镜和一个微显示屏构成，所采用的光学树脂棱镜由注塑工艺生产加工，具有成本低、质量稳定以及量产可行性高等优势。在设计上解决了以往自由曲面棱镜方案竖直方向透视范围较小的问题，实现了更大的透视视野和轻薄化的镜片结构。
样机英文简介	Freeform Diamond Pro AR optical module, based on the self-developed freeform surface prism optical scheme, innovatively adopts the form of main prism folding optical path and compensation lens to achieve optical see-through near-eye display. The product takes prism as the main component, in which the light is propagated in the form of internal reflection, and the form is more compact. The introduction of freeform surface technology not only reduces the complexity of configuration, but also increases more freedom of design for the system, effectively ensuring the clarity of the display image. The product has the advantages of high light efficiency, compact size and high image quality, and its shape is close to that of ordinary glasses, with a more comfortable see-through field of view. The monocular module is only composed of two lenses and a micro-display. The optical resin lenses are manufactured by injection molding process, which has the advantages of low cost, stable quality and high feasibility of mass production. In the design, the problem of the small vertical see-through field of the previous freeform prism scheme is solved, and the larger see-through field and the thinner system structure are realized.

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ICDT创新区申请 2023年申请表格
样机中文名称	高温稳定量子棒偏振增亮膜
样机英文名称	Thermal stable polarized quantum rods film
样机中文简介	光学偏振特性已经广泛应用于液晶显示器，光学调制和偏振探测中，然而目前偏振片的效率依然低于50%，偏振光源（例如LED）效率依然较低。我们在本产品中提出了偏振转换型量子棒材料，用于提供高量子产率的偏振发光，同时具有高温稳定性（110°C），适用于超高亮度微型显示器与投影中。同时我们提供全球唯一的全可见光波段量子棒解决方案。
样机英文简介	Optical polarization characteristics have been widely used in liquid crystal displays, optical modulation, and polarization detection. However, the efficiency of polarizers is still less than 50%, and the efficiency of polarized light sources (such as leds) is still low. In this product, we propose a polarimetric conversion quantum rod material that provides polarization luminescence with high quantum yield and high temperature stability (110°C), suitable for ultra-high brightness microdisplays and projections. At the same time, we provide the world's only full visible wavelength quantum rod .


ICDT创新区申请 2023年申请表格
样机中文名称	基于物联网的智能多参数离子敏检测芯片及模组
样机英文名称	Smart Multi-Parameter Ion-Sensitive Detection Chip and Module Based on Internet of Things
样机中文简介	离子敏水质检测芯片是一款基于玻璃基材的薄膜传感器集成电路芯片产品，首次实现水硬度和金属离子的芯片级在线实时检测，解决长期以来缺乏实时水质数据采集的痛点和难点问题。离子敏水质检测芯片及模组是离子敏传感器的应用，该模组可方便接入家庭用水的管路中，可实时检测管路中水的金属离子浓度，并将读取的数据通过标准的通信协议传输给主机，实现数据采集。与传统离子检测产品相比，不仅具有检测极限低、体积小、快速响应等优点，而且成本大为降低，并可根据客户需求灵活定制集成到水质检测设备终端。
样机英文简介	Ion-sensitive water quality monitoring chip is built upon a thin film sensor and integrated circuit. Such a product is based on glass substrate and enables chip-level on-line real-time detection of water hardness and metal ions for the first time, and resolves challenge and lacks of real-time water quality data collection technologies. Ion sensitive water quality monitoring chip and module are the application of ion sensitive sensor. The module can be conveniently connected to the domestic water pipeline, and can detect the metal ion concentration of water in real time, and transmit the collected data to the host computer through the standard communication protocol to realize the data acquisition. Compared with traditional ion-sensitive products, it not only has the advantages of reducing detection limit, size and response time, but also greatly lowers cost, and can be flexibly customized and integrated into the terminal of water supply and distribution equipment to meet customers’ needs.


ICDT创新区申请 2023年申请表格
样机中文名称	仿生微结构石墨烯可穿戴智能手套
样机英文名称	Bionic microstructure graphene wearable smart gloves
样机中文简介	基于高灵敏传感器的人机交互设备如可穿戴智能手套等已成为研究热点。受仿生学领域的启发，我们使用天然箬叶作为模板，石墨烯作为导电材料，制造了一种具有微凸和脊复合微结构的仿生柔性传感器。这种复杂的微结构有效地提高了传感器的灵敏度和传感范围。传感器压力灵敏度低（4.24 kPa-1，<0.3 kPa；2.37 kPa-1，0.3~1 kPa），传感范围宽（0-120 kPa），响应时间快（190 ms），循环稳定性好。我们基于高灵敏与宽传感范围的石墨烯传感器，结合电路设计与单片机开发，制造了可穿戴的智能手套。我们的产品低成本、环保、循环稳定性高、能实现灵敏且精准的手指弯曲识别、手势识别等。
样机英文简介	Human-computer interaction devices based on highly sensitive sensors, such as wearable smart gloves, have become a research hotspot. Inspired by the field of bionics, we use natural indocalamus leaves as templates and graphene as conductive materials to manufacture a bionic flexible sensor with a micro-convex and ridge composite microstructure. This complex microstructure effectively improves the sensitivity and sensing range of the sensor. The sensor has low pressure sensitivity (4.24 kPa-1，<0.3 kPa；2.37 kPa-1，0.3~1 kPa), wide sensing range (0-120 kPa), fast response time (190 ms) and good cycle stability. Based on graphene sensor with high sensitivity and wide sensing range, combined with circuit design and single-chip development, we have manufactured wearable smart gloves. Our products are low cost, environmental protection, high cycle stability, and can realize sensitive and accurate finger bending recognition, gesture recognition, etc.
是否有创新创业项目路演	是


ICDT创新区申请 2023年申请表格
样机中文名称	15.6寸4K60Hz裸眼3D医用显微镜
样机英文名称	Naked eye 3D medical microscope
样机中文简介	裸眼3D显示技术可以不需要观察者佩戴任何辅助设备，就能够真正实现身临其境观看效果。传统医用3D显示系统仍需要从业人员佩戴辅助3D设备，如VR/AR头盔，偏振眼镜等，对长时间使用者非常不友好。本项目基于超高清双目摄像头的实时渲染裸眼3D显示系统，实现了15.6''、FOV80°、30/60Hz、最高7860*4320分辨率的双目视频信号实时渲染及显示，可广泛应用于内科、牙科、医学教育、培训等领域。同时，该套双目实时渲染系统还可用于3D交互游戏、元宇宙数字人交互、工业数字孪生、军事等领域。
样机英文简介	The naked eye 3D display technology allows for truly immersive viewing without requiring the observer to wear any auxiliary equipment. Traditional medical 3D display system still requires practitioners to wear auxiliary 3D equipment, such as VR/AR headsets, polarized glasses, etc., which is very unfriendly to long-term users. Based on the real-time rendering naked eye 3D display system of ultra-high-definition binocular camera, this project realizes the real-time rendering and display of binocular video signals with the resolution of 15.6 ", FOV80°, 30/60Hz and up to 7860*4320, which can be widely used in internal medicine, dentistry, medical education, training and other fields. At the same time, the binocular real-time rendering system can also be used in the fields of 3D interactive games, digital human interaction, industrial digital twinning, military and so on.