Active cantilever for nanomachining and metrology
First Claim
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1. A probe for carrying a tip having sub-micron dimensions comprising:
- a body member;
a cantilever having a fixed end attached to the body member;
an actuation member connected to the body member and extending toward the cantilever;
a bearing segment disposed along a portion of the cantilever, the bearing segment having a tip holder; and
a drive track having a traction surface, the drive track flexibly connected to the cantilever and disposed in opposed relation to the tip holder, wherein the traction surface is in facing relation to the tip holder,the drive track having an end region connected to the actuation member,wherein first dimensional changes of the actuation member effect linear motion of the drive track along a long axis thereof,wherein second dimensional changes of the actuation member effect lateral motion to position the drive track in a first position wherein the traction surface is positioned so as to be out of contact with a tip received in the tip holder or in a second configuration wherein the traction surface is positioned so as to be in contact relation with a tip received in the tip holder,wherein combinations of the first dimensional changes and the second dimensional changes cooperate to produce motion of a tip device received in the tip holder.
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Abstract
A probe assembly suited for use in a scanning probe microscope (SPM) system includes a cantilever have an attachment to a main body portion. A suitable tip disposed at the free end of the cantilever provides various functions. According to various embodiments of the invention, the tip and cantilever members have active components to produce kinetic action, thus facilitating the utility of the probe assembly in various SPM applications.
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Citations
6 Claims
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1. A probe for carrying a tip having sub-micron dimensions comprising:
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a body member; a cantilever having a fixed end attached to the body member; an actuation member connected to the body member and extending toward the cantilever; a bearing segment disposed along a portion of the cantilever, the bearing segment having a tip holder; and a drive track having a traction surface, the drive track flexibly connected to the cantilever and disposed in opposed relation to the tip holder, wherein the traction surface is in facing relation to the tip holder, the drive track having an end region connected to the actuation member, wherein first dimensional changes of the actuation member effect linear motion of the drive track along a long axis thereof, wherein second dimensional changes of the actuation member effect lateral motion to position the drive track in a first position wherein the traction surface is positioned so as to be out of contact with a tip received in the tip holder or in a second configuration wherein the traction surface is positioned so as to be in contact relation with a tip received in the tip holder, wherein combinations of the first dimensional changes and the second dimensional changes cooperate to produce motion of a tip device received in the tip holder. - View Dependent Claims (2, 3, 4, 5, 6)
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Specification