Cross sliding table device for ultra-precision gene sequence detection
A technology of gene sequence and cross slide table is applied in the field of cross slide table equipment for ultra-precision gene sequence detection, which can solve the problems of mechanical joint arm stiffness, unsatisfactory precision, and inability to achieve functions in speed and variable speed motion, and achieve elastic deformation. Small, lower center of gravity, and the effect of large carrying capacity
Inactive Publication Date: 2019-03-22
姜堰经济开发区科创中心
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[0002] With the continuous development of science and technology in our country, the application of ultra-precision subjects in high-precision industries is becoming more and more extensive, especially the application of multi-axis ultra-precision motion tables is increasing day by day, such as the adjustment of small turntables, ultra-precision optical path system debugging, nuclear energy applications , wafer detection, gene sequence detection, etc., all require the use of ultra-precision multi-axis adjustment tables. The mechanical joint arm has been unable to meet the needs of some special industries in terms of stiffness and accuracy. The traditional purely mechanical adjustment table The speed and Variable speed movement can not achieve the corresponding function
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[0020] Such as Figure 1-3 As shown, a cross slide device for ultra-precision gene sequence detection of the present invention includes an X-axis slide table assembly and a Y-axis slide table assembly. The X-axis slide table assembly includes an X-axis base 1, an X-axis cross roller guide 2, The X-axis motor magnetic track 3, the X-axis motor coil 4, the X-axis slide 7 and the X-axis grating system, the X-axis cross roller guide rail 2 is arranged in parallel on the X-axis base 1 along the length direction of the X-axis base 1 Above, the X-axis motor magnetic track 3 is installed on the X-axis base 1 and is responsible for linear movement. The X-axis motor coil 4 and the X-axis motor magnetic track 3 generate force when energized, which can push the X-axis to slide. The board 7 moves linearly. The X-axis grating system is composed of X-axis grating ruler base 8, X-axis grating ruler 10, and X-axis reading head 9. X-axis grating ruler base 8 is installed on X-axis base 1, X-axis...
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The invention relates to a cross sliding table device, in particular to a cross sliding table device for ultra-precision gene sequence detection. The following technical solution is adopted by the cross sliding table device for ultra-precision gene sequence detection: the cross sliding table device for ultra-precision gene sequence detection comprises an X-axis sliding table assembly and a Y-axissliding table assembly, wherein the X-axis sliding table assembly includes an X-axis base, X-axis cross running pulley guide rails, an X-axis motor magnetic track, an X-axis motor coil, an X-axis slide carriage and an X-axis grating system; the Y-axis sliding table assembly includes Y-axis cross running pulley guide rails, a Y-axis motor coil, a Y-axis motor magnetic track, a Y-axis slide carriageand an Y-axis grating system; and meanwhile the X-axis slide carriage is used as a Y-axis base. The cross sliding table device has the advantages that by means of the double-axis ultra-precision adjustment, an interpolation movement can be achieved, the single-axis adjustment can also be achieved, and the device is suitable for the research and development of a program at research institutions, universities and high-tech enterprises for adjustment.
Description
Technical field [0001] The invention relates to a cross sliding table equipment, in particular to a cross sliding table equipment for ultra-precision gene sequence detection. Background technique [0002] With the continuous development of science and technology in China, the application of ultra-precision disciplines in high-precision industries has become more and more extensive, and the applications of multi-axis ultra-precision motion tables are increasing day by day, such as the adjustment of small turntables, the debugging of ultra-precision optical systems, and nuclear energy applications. , Chip detection, genetic sequence detection, etc., all require the use of ultra-precision multi-axis adjustment tables. Mechanical articulated arms can no longer meet the needs of some special industries in terms of rigidity and accuracy. However, the speed and speed of traditional purely mechanical adjustment tables are Variable speed motion can not achieve the corresponding function. ...
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Login to View More IPC IPC(8): B25H1/14
CPCB25H1/14
Inventor谷秋梅
Owner姜堰经济开发区科创中心