Controllable infrared bioeffect system
First Claim
1. A controllable infrared bio-effect system includes a shell (16), which contains an infrared source (1), the first group of filter mounting plate (2), convex lens (3), and concave lens (4), a second group of filter mounting plate (5), cable receptor device (6) and execution end (18);
- the first group of filter mounting plate (2) and the second group of filter mounting plate (5) are in line with a central axis, the convex lens (3) is installed between the infrared source (1) and concave lens (4);
the first group of filter mounting plate (2) and the second group of filter mounting plate (5) are located between the concave lens (4) and the cable receptor device (6);
the second group of filter mounting plate (2) is installed with a first filter (23);
the second group of filter mounting plate (5) is installed with a second filter (7);
the first filter (23) is in the same axis with the second filter (7);
the first group of filter mounting plate (2), convex lens (3), concave lens (4), and second group of filter mounting plate (5) are parallely installed;
an output end of the cable receptor device (6) is through the cable (8) and connected with the execution end (18);
the first filter (23) is to filter UV rays and visible lights emitted by the infrared source (1);
the concave lens (4) is to make parallel the spotted IR beam by the convex lens (3);
the second filter (7) is used to receive a desired wavelength of infrared radiation;
the cable receptor device (6) is to receive a beam emitted form the second filter (7), and transmit the beam to the execution end (18) through the cable (8).
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Accused Products
Abstract
The present invention belongs to the technical field of infrared research and application in biomedicine. In particular, it refers to an apparatus of bio-effect system with the use of controllable infrared wave. The invention includes a shell (16); a infrared source (1) inside of the shell (16), the first group of filter mounting plate (2), convex lens (3), concave lens (4), the second groups of filter mounting plate (5), cable receptor device (6) and execution end (18); the first group of filter mounting plate (2) and the second group of filter mounting plate (5) are in line with the central axis; the described convex lens (3) is installed between the infrared source (1) and concave lens (4); the described first group of filter mounting plate (2) and the second group of filter mounting plate (5) are located between the concave lens (4) and the cable receptor device (6); the described second group of filter mounting plate (2) is installed with the first filter (23); the second group of filter mounting plate (5) is installed with the second filter (7). The invention is simple in structure. It is used to irradiate the test material, by selecting certain wavelength of IF-IR.
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Citations
16 Claims
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1. A controllable infrared bio-effect system includes a shell (16), which contains an infrared source (1), the first group of filter mounting plate (2), convex lens (3), and concave lens (4), a second group of filter mounting plate (5), cable receptor device (6) and execution end (18);
- the first group of filter mounting plate (2) and the second group of filter mounting plate (5) are in line with a central axis, the convex lens (3) is installed between the infrared source (1) and concave lens (4);
the first group of filter mounting plate (2) and the second group of filter mounting plate (5) are located between the concave lens (4) and the cable receptor device (6);
the second group of filter mounting plate (2) is installed with a first filter (23);
the second group of filter mounting plate (5) is installed with a second filter (7);
the first filter (23) is in the same axis with the second filter (7);
the first group of filter mounting plate (2), convex lens (3), concave lens (4), and second group of filter mounting plate (5) are parallely installed;
an output end of the cable receptor device (6) is through the cable (8) and connected with the execution end (18);
the first filter (23) is to filter UV rays and visible lights emitted by the infrared source (1);
the concave lens (4) is to make parallel the spotted IR beam by the convex lens (3);
the second filter (7) is used to receive a desired wavelength of infrared radiation;
the cable receptor device (6) is to receive a beam emitted form the second filter (7), and transmit the beam to the execution end (18) through the cable (8). - View Dependent Claims (2, 3, 4, 5, 6, 7, 8, 9, 10, 11, 12, 13, 14, 15, 16)
- the first group of filter mounting plate (2) and the second group of filter mounting plate (5) are in line with a central axis, the convex lens (3) is installed between the infrared source (1) and concave lens (4);
Specification