58results about How to "Large output energy" patented technology

The invention belongs to the technical field of plant growth equipment, and relates to a red and blue laser plant lamp. A laser gain crystal is fixedly connected with a laser, and the laser pumps the laser gain crystal to generate laser oscillation; a frequency doubling crystal is arranged at one end of the laser gain crystal, and a frequency synthesis crystal is arranged at the other end of the laser gain crystal; a first laser cavity lens is arranged at an output end of the frequency doubling crystal, and a second laser cavity lens is arranged at an output end of the frequency synthesis crystal; a first beam expander is arranged at an output end of the first laser cavity lens; and a second beam expander is arranged at an output end of the second laser cavity lens. The red and blue laser plant lamp is simple in structure, large in illumination space and wide in range and can simultaneously output red laser and blue laser, the spectral range is wide, the output energy is large, the lamp is energy-saving and efficient, and the illumination range and the light power can be adjusted.

The invention provides a sled-type seismic source module, and the module comprises a sled block support of a rectangular structure, two floating bodies which are disposed on the upper surface of the sled block support through floating body fixing buckles, a seismic cable wet end big head, three groups of air gun seismic sources, a plurality of chains, a cable, and an air cable. The seismic cable wet end big head is fixedly disposed on the upper surface of the sled block support, and is arranged in the same length direction of the two floating bodies. The cable and the air cable are respectively connected with the seismic cable wet end big head and each group of air gun seismic sources. The three groups of air gun seismic sources are all disposed in the frame of the sled block support, and are respectively fixedly connected with the frame of the sled block support. The three groups of air gun seismic sources are sequentially arranged in the length direction of the sled block support. The module provided by the invention is simple in overall structure, is small in number of spare parts, does not need any special storage device, is excellent in maximum output energy, can provide the energy output similar to a point seismic source, and is suitable for high-resolution exploration.

The invention discloses an annular multi-range laser amplification device, and the device comprises a beam expander, a soft-edge diaphragm, a first polarization splitting prism, an electro-optic switch, a second polarization splitting prism, a first spatial filter system, a first 45-degree total-reflection mirror, a second 45-degree total-reflection mirror, a first laser amplification module, a third 45-degree total-reflection mirror, a fourth 45-degree total-reflection mirror, a 90-degree quartz rotor, a second spatial filter system, a second laser amplification module, a fifth 45-degree total-reflection mirror, a sixth 45-dgree total-reflection mirror, a third spatial filter system and a two-dimensional adjustable 45-degree total-reflection mirror with the one-dimensional displacement. The first laser amplification module and the second laser amplification module have the same performances. Based on an annular optical path structure and pulse synchronization control, the device achieves the active multi-range amplification, is compact in structure, and is high in efficiency of energy storage and extraction.

The invention provides a sled-type seismic source module, and the module comprises a sled block support of a rectangular structure, two floating bodies which are disposed on the upper surface of the sled block support through floating body fixing buckles, a seismic cable wet end big head, three groups of air gun seismic sources, a plurality of chains, a cable, and an air cable. The seismic cable wet end big head is fixedly disposed on the upper surface of the sled block support, and is arranged in the same length direction of the two floating bodies. The cable and the air cable are respectively connected with the seismic cable wet end big head and each group of air gun seismic sources. The three groups of air gun seismic sources are all disposed in the frame of the sled block support, and are respectively fixedly connected with the frame of the sled block support. The three groups of air gun seismic sources are sequentially arranged in the length direction of the sled block support. The module provided by the invention is simple in overall structure, is small in number of spare parts, does not need any special storage device, is excellent in maximum output energy, can provide the energy output similar to a point seismic source, and is suitable for high-resolution exploration.

The invention discloses an integrated high-voltage energy-obtaining power supply and an assembling and installing method therefor. The energy-obtaining power supply comprises an insulating outer sleeve, an electronic circuit board, a high-voltage capacitor connected with a power supply and distribution line and installed in the insulating outer sleeve, a transformer connected with the high-voltage capacitor and a voltage-dividing capacitor connected with the primary side coil of the transformer in parallel, wherein the high-voltage capacitor is installed in the insulating outer sleeve; the transformer, the voltage-dividing capacitor and the electronic circuit board are all positioned at the bottom of the inner side of the insulating outer sleeve; the assembling method for the energy-obtaining power supply comprises the steps of 1, installation of the high-voltage capacitor; 2, installation of an electrode plate; 3, installation of a first conductive double-screw bolt; 4, wiring and installation of the transformer; 5, installation of the electronic circuit board; and 6, implementation of wire-leading and encapsulating; the installing method for the energy-obtaining power supply comprises the steps of A, determining the installation mode; and B installing. The integrated high-voltage energy-obtaining power supply is compact in installation, stable and reliable in performance, good in use effect, simple in assembling process, capable of being installed simply, conveniently and rapidly, and long in service life.