The drill as an example, illustrates the effectiveness of the actuator using piezoelectric ceramic production, is indeed impressive. However, in many applications, the requirement that the amplitude of expansion of the material of the electrical activation of more than a few tenths.
Liquid crystal polymer is an ideal alternative to silicon minds of scientists. In the past, many microscopic research and development work is carried out on the basis of the silicon material. And a growing number of scientists believe that the flexibility of the polymer liquid crystal polymer is better than silicon. The fine trimming processing on the liquid crystal polymer, processing the sample to temperature change, UV irradiation, etc. specific external stimuli have the appropriate response, than the degree of sensitivity of the silicon. And the manufacturing cost of the liquid crystal polymer is less than the silicon material, the processing is also more simple visual impact muscle building program
Prostheses, artificial muscles compared to silicon made even more magical. In the 1980s, scientists found that, under the current role, the molecules of the liquid crystal polymer material can be deformed and distorted, and thus make the material itself - which is very similar to human muscle contraction and bending, so scientists have begun to study How to take advantage of the polymer liquid crystal material construct artificial muscles. Outside addition to traditional robot joints, limbs can not be freedom of movement, with "artificial muscle", their limbs will be more flexible and developed.
Arizona State University scientists in their inspiration from the toad's muscle structure, designed a machine tendon, this device can mimic the toad 's chin muscle contraction, powerful energy.
According to the daily science network reported April 25, 2008, U.S. scientists recently the use of biological bionics successfully developed a date the "biological motors," said artificial muscles and device, this "bio-motor" will greatly raise Disabled prosthetic activities help the medical treatment of neuromuscular diseases, such as Parkinson's disease .
Toad muscleResearchers from Arizona State University in Nishinomiya Chuan human muscle is the motor of human limbs activities, only production super artificial muscles and devices, in order to allow people with disabilities to restore the normal function of the prosthetic, this new artificial muscles neuromuscular diseases may be the treatment of Parkinson's disease. To this end, the use of biological scientists bionics, toads and chameleons muscle, to create a magic "biological motor. The scientists found that a toad's jaw muscles can produce greater than 700 times the force of its own weight, chameleon prey, tongue muscle contraction force is very alarming. Best manufacturing machinery and equipment (power motor) can only produce one-third of the strength of the toad jaw muscles.
For this miraculous phenomenon, scientists find related information through the anatomy of toads and chameleons. They believe that the special structure of the toad chin is one of the reasons causing its muscles to produce a powerful force, this configuration can be stored force in the shortest possible time, to adapt to the tension of the muscles to achieve rapid contraction of the muscle in the toad brain manipulation.
Liquid crystal polymer is an ideal alternative to silicon minds of scientists. In the past, many microscopic research and development work is carried out on the basis of the silicon material. And a growing number of scientists believe that the flexibility of the polymer liquid crystal polymer is better than silicon. The fine trimming processing on the liquid crystal polymer, processing the sample to temperature change, UV irradiation, etc. specific external stimuli have the appropriate response, than the degree of sensitivity of the silicon. And the manufacturing cost of the liquid crystal polymer is less than the silicon material, the processing is also more simple visual impact muscle building program
Prostheses, artificial muscles compared to silicon made even more magical. In the 1980s, scientists found that, under the current role, the molecules of the liquid crystal polymer material can be deformed and distorted, and thus make the material itself - which is very similar to human muscle contraction and bending, so scientists have begun to study How to take advantage of the polymer liquid crystal material construct artificial muscles. Outside addition to traditional robot joints, limbs can not be freedom of movement, with "artificial muscle", their limbs will be more flexible and developed.
Arizona State University scientists in their inspiration from the toad's muscle structure, designed a machine tendon, this device can mimic the toad 's chin muscle contraction, powerful energy.
According to the daily science network reported April 25, 2008, U.S. scientists recently the use of biological bionics successfully developed a date the "biological motors," said artificial muscles and device, this "bio-motor" will greatly raise Disabled prosthetic activities help the medical treatment of neuromuscular diseases, such as Parkinson's disease .
Toad muscleResearchers from Arizona State University in Nishinomiya Chuan human muscle is the motor of human limbs activities, only production super artificial muscles and devices, in order to allow people with disabilities to restore the normal function of the prosthetic, this new artificial muscles neuromuscular diseases may be the treatment of Parkinson's disease. To this end, the use of biological scientists bionics, toads and chameleons muscle, to create a magic "biological motor. The scientists found that a toad's jaw muscles can produce greater than 700 times the force of its own weight, chameleon prey, tongue muscle contraction force is very alarming. Best manufacturing machinery and equipment (power motor) can only produce one-third of the strength of the toad jaw muscles.
For this miraculous phenomenon, scientists find related information through the anatomy of toads and chameleons. They believe that the special structure of the toad chin is one of the reasons causing its muscles to produce a powerful force, this configuration can be stored force in the shortest possible time, to adapt to the tension of the muscles to achieve rapid contraction of the muscle in the toad brain manipulation.
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