简介:为提高对婴儿健康监护的质量,本研究提出在育婴箱中增加婴儿哭声识别功能,该系统主要以TI公司的数字信号处理器(DSP)芯片TMS320DM643和多媒体音频编解码芯片TLC320AIC23B为硬件核心,设计一套实时的婴儿哭声识别系统。本系统使用拾音器采集婴儿哭声,音频解码芯片对声音信号进行处理,然后发送给DSP芯片,DSP芯片对声音信号进行预处理,然后用优化的自相关函数算法提取特征参数-线性预测系数(LPC),使用动态时间规整(DTW)识别算法,实现对婴儿的哭声准确识别,并经串口向上位机发送识别结果。该系统在实际测试后表明,婴儿啼哭状态识别准确率可达97.1%,在婴儿护理领域具有重要意义。
简介:摘要:在食品安全和粮食危机当下,人们的身体机能逐渐呈现一定的病态,人们肿瘤疾病问题逐年呈上升趋势。由于免疫力低下或者是出现感染导致大结节的产生;淋巴结、甲状腺囊肿、子宫肌瘤、脂肪瘤、肝部囊肿、肿瘤、皮脂腺囊肿疾病都容易变成恶性肿瘤;所以肿瘤已经成为了危及人体生命安全的一大难题。国内有关部门已经把肿瘤的治疗、预防提上预案归呈。一六九集团推出石墨烯极化处理器,针对肿瘤疾病进行干预抑制,通过调理日常饮用水的溶解氧等,调控人们的体质,让结节不易病变,恶化,一定程度上保障了人们的身体安全。
简介:摘要:在食品安全和粮食危机当下,人们的身体机能逐渐呈现一定的病态,人们肿瘤疾病问题逐年呈上升趋势。由于免疫力低下或者是出现感染导致大结节的产生;淋巴结、甲状腺囊肿、子宫肌瘤、脂肪瘤、肝部囊肿、肿瘤、皮脂腺囊肿疾病都容易变成恶性肿瘤;所以肿瘤已经成为了危及人体生命安全的一大难题。国内有关部门已经把肿瘤的治疗、预防提上预案归呈。一六九集团推出石墨烯极化处理器,针对肿瘤疾病进行干预抑制,通过调理日常饮用水的溶解氧等,调控人们的体质,让结节不易病变,恶化,一定程度上保障了人们的身体安全。
简介:摘要:随着生活水平的提升,人们对于自身身体素质和健康的关注度越来越高,而面对糖尿病、痛风等作为困扰人们健康的重大难题,自身能做到每日控糖和控制痛风,是如今医学界的研究重点。169集团充分意识到糖尿病和痛风对人们生活和工作造成的困扰,为了提升群众的工作生活质量标准,169石墨烯极化处理器应运而生。合理应用极化水技术,对人们的饮用水的水质、营养含量进行自我调控,为人体疾病提供了保障。
简介:摘要:在疫情当下,人们对于个人体质的关注度越来越高。注重调理体质,注重新时期健康的新指标。石墨烯极化处理器可以对水资源进行极化,将人们的日常饮用水进行极化处理,便于人们在居家康养的同时体质得到提升,下面重点分析169石墨烯极化处理器对水资源的影响,阐述经过极化处理后的水资源如何提升人们的健康体质。
简介:摘要:依据马斯洛需求理论,人们对于自身体质和身体健康的关注度越来越高,尤其针对不健康的身体状态,只有不断调理自身,注重个人作息和修养,才能从根本上保障个人健康。近年来,国内医疗健康相关部门不断提出新的研究机制和方案,对慢性肠胃炎、胃酸等肠胃疾病提出干预治疗方案,本文通过分析169石墨烯极化处理器对人体慢性肠胃炎和胃酸的干预治疗作用,阐述极化处理设备对人体肠胃炎的有效性治疗。
简介:摘要:近年来疫情当下,随着在高强度快节奏的生活,饮食作息的极度不规律,导致人体机能都在不断下降,大健康问题又成为了热门话题。随着人们居家隔离,导致各个器官机能下降,患者在生活上受到了很大的影响。169石墨烯极化处理器在胆结石、肾结石和慢性肾炎等疾病的预防与治疗、修复等领域显示出较好的临床疗效。不同于药物治疗的是,患者通过饮用极化处理器处理过的水质,可以调理人体机能,缓解胆肾结石和慢性肾炎。
简介:摘要:随着生活水平的提升,带来了快节奏的生活压力和工作压力。失眠、抑郁症、便秘等问题都成为了威胁人们健康的难点和重点。针对当代人们的不健康体质,传统的中西医医疗技术水平都难以得到预期的医疗效果。人们对于健康的关注度越来越高,伴随着极化技术的发明,通过不断研发,目前已经应用169石墨烯极化处理器,对现有的失眠、抑郁症和便秘等病人,进行对症治疗和干预,并得到了很好的效果。
简介:AbstractJoint arthroplasty is an effective method for treating end-stage joint lesions and damages. Robotic arm-assisted arthroplasty, a rapidly developing technology that combines navigation technology, minimally invasive technology, and precise control technology of the robotic arm, can achieve accurate preoperative planning, optimal selection of implants, minimally invasive surgery, precise osteotomy, and accurate placement of the artificial joint. It has the characteristics of high accuracy and stability, and thus is more and more widely used in the field of joint surgery. In this paper, we systematically reviewed the application and clinical efficacy of robotic arm-assisted technology in hip and knee arthroplasty to provide reference for its future promotion.
简介:AbstractBackground:Transoral vestibular approach thyroidectomy using robotic system has advantages with articulating instrumentation. Transoral robotic thyroidectomy (TORT) can be done either using just two robot arms for instruments and an extra one for the endoscopic camera, or using three robot arms for instruments (third arm through axila) and an additional arm for the camera.Pros of additional axillary arm for TORT:The 4th arm through an additional axillary port is mainly responsible for a counter-traction of strap muscles and thyroid tissue. The additional axillary port tract is also an excellent passage for the specimen removal with lower risk of disruption or fragmentation. Ultimately, these merits from the additional axillary arm allows TORT to be performed safely in a wide range of patient groups.Cons of additional axillary arm for TORT:One of the issue with the additional axillary arm in TORT is that it leaves a cutaneous scar. Another issue to consider is the cost. In some places, robotic surgery operation fee varies with the number of arms used during the operation. Retraction of strap muscles through subcutaneous stitches applied after establishing the working space may make up for the lack of counter-traction.Conclusion:TORT can be done safely with or without the transaxillary arm and surgeon may consider pros and cons based on multiple factors.