3results about How to "Reduce transmission effect" patented technology

This invention discloses an integrated power device combining a low-tooth-difference reducer and a motor, comprising a motor, a housing, and an output shaft coaxially arranged, with the housing rotatably connected to the output shaft. The housing has a hollow cavity inside, into which the motor output shaft extends and is linked via a reduction mechanism. A camshaft is connected to one end of the motor output shaft near the output shaft. The reduction mechanism includes a needle roller bearing mounted on the camshaft, a drive gear mounted on the needle roller bearing, and a transmission assembly installed between the drive gear and the output shaft. The inner wall of the housing has an internal gear ring, with the drive gear meshing with the internal gear ring using low-tooth-difference gears. This invention improves transmission stability and efficiency by designing the motor output shaft and camshaft as an integrated unit, while also making the space more compact. The drive gear and output shaft are driven by transmission steel balls, allowing the output end to directly bear radial force. The structure is simplified, with fewer parts, easier control of part machining accuracy, and lower manufacturing costs.

The application discloses a seawater-induced full-solid waste concrete surface gradient composite corrosion-resistant layer and a forming method thereof. The corrosion-resistant layer is composed of a brucite intermediate layer close to a base body and an outer reaction layer located on a seawater side. The brucite intermediate layer comprises a Mg(OH)2 continuous phase and unreacted slag particles at least partially surrounded by the Mg(OH)2 continuous phase or separated from the base body. The outer reaction layer comprises a calcium carbonate phase and a second inorganic reaction phase containing calcium-silicon-aluminum, magnesium-aluminum or calcium-aluminum. The forming method comprises, in sequence, dilute sulfuric acid surface activation, calcium hydroxide-containing alkaline treatment and bicarbonate mineralization, and seawater immersion curing after each treatment stage. The application utilizes the synergistic reaction of seawater ions and the components of the full-solid waste base body to form an inorganic gradient composite layer in situ on the surface of the base body, so as to reduce the migration ability of the erosion medium to the interior through the pores and microcracks of the surface layer.

This invention discloses a conjugated microporous polymer based on terephthalaldehyde, its preparation method, and its applications, relating to the technical fields of seawater desalination materials and wastewater purification materials. It aims to overcome the technical problem of low photothermal conversion efficiency in existing technologies. The structural formula of the conjugated microporous polymer based on terephthalaldehyde is as follows: [Structure formula would be inserted here]. This invention can provide an efficient, stable, and low-cost solution for seawater desalination and wastewater purification.