1、

Manufacture Artificial Marble with Silane Coupling Agent Modified Dihydrate Gypsum Powder and UP Resin It also discussed the fineness and activating agent in modification of natural anhydrite.

硅烷偶联剂改性二水石膏粉填充树脂基人造大理石的应用研究本中还对细度与激发剂对天然硬石膏的改性机理进行了探讨。

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2、

The research expresses that the compressive strength of the artificial marble exceeds 90 MPa and the external appearance is neat and beauty by controlling the amount of fly ash and the grain class of the powder system.

研究表明,通过控制粉煤灰的添加量及粉煤灰的颗粒级配可以制备出压缩强度达90MPa以上、外观平整美观的人造大理石制品。

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3、

Appliance on the Design of Six-bar Mechanism in Artificial Limb Knee

六杆机构在假肢膝关节设计中的应用

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4、

Enhancement of myoelectric signal of electronic artificial limb

电子假肢肌电信号源的改进

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5、

The control on the artificial limb based on brain-computer interface

基于脑-机接口的康复辅助机械手控制

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6、

Modern module technology and control technology of knee joint for artificial limb are also reviewed.

着重阐述了现代假肢技术的构成及假肢膝关节的控制技术。

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7、

Consequently, a standard artificial limb cannot feed back information into the nervous system about where the prosthesis is in space.

因此,,一个标准的假肢无法将假肢在空间中的位置信息反馈回神经系统中。

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8、

The shoulder mechanism of whole-arm artificial limb accords with the appearance of human limb and the bionic machine is taken into account in terms of design structure.

全臂假肢肩关节结构,不但要符合健康人手臂的外形特征,而且在结构设计的布局上还要考虑仿生性和造型的美观逼真。

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9、

The significance of such solution is that the variation of SFAP can be obtained by a non-invasive manner for physical diagnose and artificial limb control.

本分解算法的运用使得医疗诊断和假肢控制等领域可以通过非侵入式测量得到SFAP随时间的变化规律。

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10、

The team will hook up a series of micro-arrays implanted in the brain to record and transmit signals to the artificial limb.

该研究小组将连接植入大脑的一系列微阵列,记录并向人造肢体传输信号。

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11、

Far-infrared from nanophase ceramics can ameliorate microcirculation, intenerate scar and improve the artificial limb compensatory function.

纳米相陶瓷远红外线具有改善微循环,提高残端皮肤弹性的作用。

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12、

In recent years, gait analysis system has used in so many fields widely, such as clinical diagnoses, rehabilitation, physical science and intelligent artificial limb design.

近年来,步态分析系统已在临床医学、康复治疗、体育科学、智能人工腿设计等领域得到了广泛应用。

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13、

They said their set-up could someday be adapted to help disabled people operate a motorized wheelchair or artificial limb.

他们说,试验中的这种装置日后将会投入应用,以帮助残疾人驾驶机动轮椅和操纵假肢。

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14、

Conclusion By properly choosing 8-9 among 28 freedoms of arm, an artificial limb can mainly restore the function of arm.

结论上肢中28个自由度中,当合理地选择其中8~9个自由度时,即可恢复上肢的大部分功能。

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15、

[ Conclusion] The more earlier to give artificial limb installation, training and mental therapy, the more curative effect the patients gain.

[结论]对截肢术后要尽可能早的安装假肢及康复训练,针对不同情况同时给予病人必要的心理疏导,可取得满意的疗效。

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16、

Targeted muscle reinnervation surgery uses muscles that send messages between the brain and the artificial limb.

针对特定肌肉的神经移植手术可以使大脑对人造假肢发送指令。

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17、

Investigate the application of the microprocessor in the control system of the five degrees of freedom of artificial limb.

目的:研究单片机在5自由度电子假手的控制系统中的应用。

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19、

Design and Study of Lower Artificial Limb Exoskeleton Based on the Control of EMG for Rehabilitation Physic

基于肌电信号控制的康复医疗下肢外骨骼设计及研究

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20、

The system can output various CAD interfaces, and provide data for individually matching artificial limb design and manufacture.

该系统提供了多种CAD接口,为个体适配化假体设计与制造提供了必要数据。

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