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S.H.I.EL.D ROBO-2.0

机译:s.h.i.i.d Robo-2.0

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Abstrac : Humans has left no stone unturned to save humanity. Large and multifarious equipment’s such as X-RAY device, COMPUTER RADIOGRAHY etc have been invented in previous decades. Patients in ambiguity of its disease needs to undergo several stages of scanning but in different medical devices, hence instead of numerous devices why shouldn’t we design a device which not only scan but also operate according to the situation, hence via the concepts of sensors, spectrometers, bioinformatics, biometric analysis, robotics, prosthetics and instrument designing , adding an extra leaf in the field of biomedical science I introduced the theory of a hypothetical device named “S.H.I.EL.D ROBO-2.0” which stands for SECURED HUMAN IMAGING ELECTRONIC DEVICE ROBO-2.0 , a device which is a fusion of medical science and robotics, if structured according to the theories and design will not only generate results in calculative time but also by its designed ability will perform minor surgery via robotic arms mapped with algorithms inherited by engineers, it will also perform x-ray scans, perform thorough body checkup for allergies and will check the condition of prosthetic attachments in patients. As we all know that though the concepts of robotics/x- ray/computer radiography have been utilized by doctors and biomedical engineers but, they have used it in scattered form hence S.H.LEL.D ROBO-2.0 gives an extra edge to the doctors and engineers to either analyze or operate the patient depending upon the situation. This device will also provide engineers belonging to electronics/robotics sector a larger role in the field of medical science hence minimizing the gap between engineering and medicine. Device will increase the processing time of output and decrease the burden on doctors so that they can concentrate more on complex surgeries leaving the straightforward surgeries and cases to S.H.I.EL.D ROBO-2.0.
机译:Abstrac:人类留下了没有石头,无法挽救人性。 X射线设备,计算机电脑电脑电脑等大型设备,在上几十年中被发明。患者患有歧义的疾病需要经过几个阶段的扫描,但在不同的医疗器械中,因此而不是众多设备,为什么我们不应该设计一个不仅扫描的设备,而且还没有根据情况运作,因此通过传感器的概念。因此通过传感器的概念,光谱仪,生物信息学,生物信息分析,机器人,假肢和仪器设计,在生物医学科学领域添加额外的叶子,我介绍了一个名为“Shiel.d Robo-2.0”的假设设备的理论,它代表了安全人体成像电子设备Robo-2.0,一种是医学和机器人融合的设备,如果根据理论和设计结构,不仅会产生计算时间的结果,而且还通过其设计能力将通过映射算法映射的机器人臂进行轻微的手术通过工程师,它还可以进行X射线扫描,对过敏进行彻底的身体检查,并检查假肢附件的状况患者。众所周知,尽管医生和生物医学工程师已经利用了机器人/ X射线/电脑射线照相的概念,但它们以分散的形式使用它,因此Shlel.d Robo-2.0给医生提供了额外的边缘根据情况,工程师分析或操作患者。该设备还将提供属于电子/机器人部门的工程师在医学领域的较大作用,从而最大限度地减少了工程和医学之间的差距。设备将增加输出的处理时间,减少医生的负担,以便它们可以集中在复杂的手术中,将直接的手术和案例留给S.H.I.L.D Robo-2.0。

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