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北美社会学作业代写 假肢和义眼

经过一番深思熟虑,我们得出的结论是,与其他的假肢相比,义眼是最好的选择。它模拟了一只眼睛的工作。编码器接收图像并将其转换成视网膜代码,然后传感器将其发送到大脑,产生一个普通的视网膜输出。只是碰碰运气,我们构造一个小工具,可以模仿光感受器和前端的工作,我们可以得到信号的信息希望对视网膜神经节细胞,然后将能向大脑发送电心跳,赋予个人看到。这可能发生在视网膜神经节细胞仍然持久的情况下。视网膜假体错误地激活了这些组织,使个人能够看到东西。视网膜假体通过编码器和传感器通过标准假眼人工刺激这些组织。在检查文字和不同的资产时,我们发现设计理念是如何愉快地与有机现象相协调,模拟人类大脑的极端元素,实现视觉阻抗的不断进步和永恒的提高。该设备将使用一个电子组件来捕捉图像,并将其转换成大脑可以理解的信号,随后绕过眼睛受损部分的能力,使个人能够看到。由于该产品是基于调研,所以该产品的整体时间近近值为1个月3天左右(收集电子元器件,制作特定尺寸的眼镜,组装元器件,手术)。

北美社会学作业代写 假肢和义眼

After an extraordinary consideration, we have arrived at the solution that prosthetic eyes are the best arrangement contrasted with others. It impersonates the working of a real eye. The encoder takes in the picture and changes over it into retina code then the transducer sends it to the cerebrum to create an ordinary retina yield.On the off chance that we structure a gadget that can imitate the working of the photoreceptors and the front end of the eye, we can get the information signals wanted for the retinal ganglion cells, which would then be able to send electrical heartbeats to the cerebrum, empowering the individual to see. This can happen in light of the fact that the retinal ganglion cells are as yet enduring. Retinal prosthetics falsely invigorate these tissues and empower the individual to see. Retinal prosthetics artificially stimulate these tissues by standard prosthetic eye by encoder and transducer.While checking on the writing and different assets, we discovered how designing ideas are pleasantly coordinated with organic phenomenon to impersonate the extreme elements of the human cerebrum to accomplish progressive eternal improvement in visual impedance. The device will use an electronic component to capture the image and convert it into a signal that the brain can understand, subsequently bypassing the capacity of damaged part of an eye and empowering the individual to see.As this product is based on research, the overall time approximation to build this product will be around 1 month 3 days (Gathering electronic components, building eye glass of specific dimensions, Assembling of components and Surgery).

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