Natural gas remote charging device and using method thereof
A billing device and natural gas technology, applied in the direction of measuring devices, volume metering, signal transmission systems, etc., can solve the problems of not being able to regularly monitor the gas consumption and consume a lot of labor, and achieve batch processing, simple device installation, and quick and convenient use Effect
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Embodiment 1
[0065] as attached Figure 5 As shown, the wavelength conversion device 2 includes a first turntable 91 and a second turntable 92, the first turntable 91 is installed inside the second turntable 92, the second turntable 92 is installed inside the gas meter reading turntable 3, and the first turntable 91 and The second turntable 92 all rotates coaxially with the gas meter reading turntable 3; the first turntable 91 is divided into several first faces, and the second turntable 92 is divided into several second faces, and the second face is the same as the first face One-to-one correspondence, each first face has a first round hole; each second face has two second round holes that are symmetrical to the center of the corresponding first round hole, and the distance between the two holes of each second round hole is different from each other. same. The wavelength conversion device 2 is designed based on Young's interference device, the first turntable 91 is equivalent to a single...
Embodiment 2
[0078] as attached Figure 8 As shown, in the device for realizing remote billing of natural gas through a refracting prism carousel, the wavelength conversion device 2 includes a single slit 101, a first transmission optical fiber 102, a first lens 103, a second lens 104 and a refracting prism carousel 105; the single slit 101 is installed Between the light emitting device 1 and the gas meter reading turntable 3, and connected to the light emitting device 1 through the first transmission optical fiber 102, the refracting prism turntable 105 is coaxially installed inside the gas meter reading turntable 3, and the refracting prism turntable 105 is connected to the gas meter The rotation ratio of the reading turntable 3 is 3:1, the first lens 103 is installed between the gas meter reading turntable 3 and the single slit 101 , and the second lens 104 is installed between the gas meter reading turntable 3 and the fiber collimator 4 .
[0079] as attached Figure 9 As shown, the o...
Embodiment 3
[0092] as attached Figure 11 As shown, in a natural gas remote billing device designed based on Bragg reflective fiber gratings, the wavelength conversion device 2 is a reflective grating turntable 111 installed inside the gas meter reading turntable 3, and the reflective grating turntable 111 and the gas meter reading turntable 3 Rotating synchronously, each side of the reflective grating turntable 111 is respectively engraved with the fiber grating constant of the fiber grating structure on each side.
[0093] as attached Figure 12 with 13 As shown, the structure and working principle of the device designed based on the Bragg reflective fiber grating are as follows: the reflective grating turntable 111 is a decagonal reflective grating turntable that rotates synchronously with the gas meter reading turntable 3, and the ten sides correspond to ten numbers from 0 to 9, respectively. Grating structures with different grating constants d are engraved on each side. When the ...
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