34results about How to "Helps regulate" patented technology

The invention relates to a high-power LED spotlight. The high-power LED spotlight comprises a frame. The right end of the frame is provided with a threaded hole and a fixed rod. A telescopic rod is arranged in the fixed rod. A fixed base is arranged at the left end of the frame. A sleeve is hinged to the fixed base. A transverse plate is hinged to the middle of the sleeve. An upper threaded sleeve is hinged to the end of the transverse plate. A stud is arranged at the lower end of the upper threaded sleeve. A lower threaded sleeve is arranged at the lower end of the stud. A supporting disc is hinged to the lower end of the lower threaded sleeve. Bolts are arranged on the supporting disc. The stud provided with the upper threaded sleeve and the lower threaded sleeve is beneficial for achieving the angle of the transverse plate so that the transverse plate can be parallel to the frame. The fixed rod with the telescopic rod is beneficial for supporting the sleeve and increasing the stability of the sleeve. The supporting disc with the bolts and the threaded hole are beneficial for fixing the supporting disc, and the high-power LED spotlight is simple in structure, convenient to operate, economical and practical.

The invention discloses a high-strength aluminum-based composite material and a preparation method thereof. Firstly, a plasma spheroidization method is used to prepare an aluminum alloy powder with a nano-network microporous structure on the surface. is 1-100 microns; the aluminum alloy powder is mixed with the nano-enhanced phase, so that the nanoparticles adhere to the meshed micropores on the surface of the aluminum alloy; finally, the 3D printing process is used to print the aluminum alloy powder with the nano-enhanced particles adhered to the surface, Obtain high-strength aluminum matrix composites. The technical advantage is that the method effectively adsorbs the enhanced nanoparticles on the surface of the aluminum alloy powder through the nano-effect, avoids powder diffusion during the printing process, and helps to regulate the fluid in the molten pool and achieve a uniform structure.

The invention discloses hybrid giant napier health noodles. The product comprises the following raw materials in parts by mass: 100-130 parts of wheat flour, 40-70 parts of hybrid giant napier juice, 5 to 10 parts of eggs, 0.6-1.0 part of salt, and a balance of water; the hybrid giant napier juice is prepared by taking stems of fresh hybrid giant napier grown for more than four months, eliminating impurities and cleaning, juicing and filtering. Furthermore, the raw materials of the hybrid giant napier health noodles further comprise bamboo fungus powder. The hybrid giant napier health noodles disclosed by the invention contain health ingredients such as natural plant vitamins, lysine and beneficial minerals, especially are rich in potassium because the hybrid giant napier juice is added. The potassium is a necessary electrolyte which maintains fluid balance of a human body and contributes to regulation of nerves and muscle functions and control of blood pressure, thereby helping to prevent heart diseases and strokes. Moreover, an appropriate amount of the bamboo fungus powder, houttuynia powder and gastrodia elata powder are added in the hybrid giant napier health noodles, therefore, the noodle efficacies of reducing blood fat, lowering the blood pressure, clearing heat and decreasing internal heat and carrying out preservation are increased, and the noodles further have unique flavors and nutritional values.

The invention relates to a washer-dryer (1) having a drum (2) for objects to be washed and to be dried, a lye container (1), a water supply (8, 9, 10), a program controller (12), a first fan (22) and a first heater (23) in a process air duct (21), a second fan (19) in a cooling air duct (20), and a second heater (13) in the lye container (1), wherein a filter system (18) is arranged in the cooling air duct (20). The invention also relates to a preferred method for operating said washer-dryer.

The invention discloses a reflection type multiband laser focusing device. The reflection type multiband laser focusing device comprises a laser I, a laser II and a laser III, wherein a laser beam of the laser II sequentially passes through a focusing lens II, a refraction lens II, an axis of a convex mirror and an axis of a concave mirror and is irradiated to a sample cell, a laser beam of the laser I sequentially passes through a focusing lens I and a refraction lens I and is refracted to the sample cell through first-level refraction of the concave mirror and second-level refraction of the convex mirror, a laser beam of the laser III sequentially passes through a focusing lens III and a refraction lens III and is refracted to the sample cell through the first-level refraction of the concave mirror and the second-level refraction of the convex mirror, and the center of the sample cell is located at the focal point of the convex mirror. According to the reflection type multiband laser focusing device, light waves at different wavebands can be gathered to one point, influence of chromatic aberration is reduced, so that the laser utilization effect is improved, and experiments are assisted; a laser path is simple to construct, the adjustment is convenient, and the repeatability and the adjusting precision are high.