39results about How to "Keep running" patented technology

First and fourth phase difference signals, and first and second phase difference information signals respectively having first, fourth, second and third phase differences may be generated using an input signal and a plurality of clock signals each of which has different phase with each other. A level of the first phase difference information signal may be lowered, and a second phase difference signal having a first level less than levels of the first and fourth phase difference signals may be generated. A level of the second phase difference information signal may be lowered, and a third phase difference signal having a second level less than the levels of the first and fourth phase difference signals may be generated. The level of the phase difference signals having a phase difference lower than 45° may be lowered, and thus the operational speed of a CDR device may be maintained and / or the jitter characteristics may be enhanced.

The invention discloses a water purification method based on an ecological net cage, using a double-layer net cage as a carrier, stocking filter-feeding fish in the upper box, fixing submerged plants in the lower box, putting the net cage into the water area, and carrying out Water purification. The method of the present invention is based on the comprehensive utilization of the net cage and the water environment ecosystem, without providing additional energy, and the net cage module can be continuously operated only by solar energy and bioenergy in the water environment, and there is no secondary pollution problem. This method can alleviate the algal bloom problem caused by eutrophication of the water body, can effectively reduce the concentration of nitrogen and phosphorus in the water body, requires only a small amount of manual intervention, has the advantages of simple operation and low cost, and is suitable for the ecological environment of lakes, rivers, and reservoirs. governance and improvement.

The invention discloses a processing system and process of soybean meal for feed, and relates to the technical field of feed processing. The processing system includes a hot blast furnace, a monolithic processing line and a powder processing line; the monolithic processing line includes sequentially connected first drum-type feed drying Dryer, the first pulverizer, the first screening machine and the first drying mechanism, the powder processing line includes the second pulverizer, the second drum feed dryer, the second screening machine and the second drying mechanism connected in sequence mechanism. The soybean meal processing system for feed provided by the present invention adopts the processing mode of one furnace for multiple lines, which reduces the energy consumption of the equipment under the premise of ensuring the drying effect; the whole material processing line and the powder processing line are set at the same time, which can The moisture content of the raw materials is different, and the corresponding production line is selected to meet the processing needs of soybean meal raw materials with different moisture contents; at the same time, multiple production lines can be used together to keep the equipment in operation as a whole, and will not cause problems due to the uneven moisture content of soybean meal raw materials. Equipment down.

In a crosshead type two-stroke internal combustion engine, the rotation position of piston ring relative to adjacent piston is forcibly changed in the below way. Because the engine is set to continuously run at preset constant load or constant speed, the forcible change of the rotation position of piston in cylinder is effected by at least load fluctuation on the cylinder, so that the mean effective pressure in the cylinder changes at least 0.5bar, and is effected by keeping the changed load for a certain time in the said cylinder.

A low-power storage device is provided. The storage device includes a first transistor, a second transistor, a logic element, and a semiconductor element. The second transistor controls supply of a first signal to a gate of the first transistor. When the potential of a second signal to be input is changed from a first potential into a second potential lower than the first potential, the logic element changes the potential of a first terminal of the first transistor from a third potential lower than the second potential into the first potential after the logic element changes the potential of the first terminal of the first transistor from the second potential into the third potential. The semiconductor element has a function of making a second terminal of the first transistor floating. The first transistor includes a channel formation region in an oxide semiconductor film.