4results about How to "Functional coordination" patented technology

This invention provides a waste treatment device and method for PVB film production. The waste treatment device includes a working chamber, a heating element, a pressure plate, and a stirring assembly. The working chamber is used to contain PVB film waste and has an inlet and outlet at its top. The heating element is used to heat the PVB film waste in the working chamber. The pressure plate is located above the inlet and outlet and can reciprocate vertically under the drive of a first driving device. The pressure plate has a clearance opening. The stirring assembly includes a second driving device, a stirring driving device, and a stirring plate. The second driving device is located on the pressure plate and is used to drive the stirring driving device to reciprocate vertically. This invention heats the PVB film waste using a heating element, causing the PVB film waste to be pressed in a slightly softened state. The thermoplasticity of PVB material allows the PVB film waste to adhere to each other, effectively solving the technical problem that waste blocks obtained by room temperature pressing are prone to springing back and loosening, requiring additional binding.

The invention relates to an oat peptide rich in prebiotics and a preparation method thereof, and belongs to the technical field of biology, the product adopts oat peptide, prebiotics, wall-broken oat powder, white hyacinth bean powder, roxburgh rose powder and lotus seed powder as main raw materials; wherein the oat peptide is the oat peptide which is 5kDa or below and is obtained by sequentially carrying out step-by-step enzymolysis on oat protein through papain, snail protease and nattokinase; the white hyacinth bean powder is an extract obtained by performing common enzymolysis on white hyacinth beans through cellulase and pectinase and then sequentially performing step-by-step enzymolysis on the white hyacinth beans through trypsin and papain; the lotus seed powder is an extract obtained by performing common enzymolysis on peeled lotus seeds through cellulase and pectinase and then sequentially performing step-by-step enzymolysis through fig protease and papain. The product follows the functions of clearing, regulating and nourishing, all aspects are matched in a balanced mode, the digestion and absorption rate is increased, blood toxins and intestinal waste are removed, blood sugar and blood fat are reduced, immunity is improved, mood comfort is facilitated, and nerve soothing and sleep aiding are achieved; the effect is prominent, rapid and safe without side effects.

The invention relates to a method for cleaning accumulated snow on the surface of a photovoltaic panel. Due to snowing in winter in northern China, the outdoor temperature is low, and accumulated snow on a photovoltaic panel is difficult to clean, so that unmanned mechanical equipment capable of cleaning the accumulated snow on the photovoltaic panel in winter is needed. Therefore, the invention provides a cleaning method for accumulated snow in winter, namely double-branch-fork combined unmanned mechanical equipment, one branch fork is used for pushing the accumulated snow, and the other branch fork is used for blowing hot air. The cleaning device of the double-branch-fork structure is fixed to an unmanned aerial vehicle carrier capable of walking autonomously through a mechanical arm, and the structure can be adjusted to be at a forward inclination angle and suspended on a photovoltaic panel in parallel through the binary mechanical arm. As the ground carrier moves forwards along the photovoltaic panel support, the structure can move forwards horizontally on the photovoltaic panel, and the front branch fork snow shoveling plate can push accumulated snow down from the photovoltaic panel. The rear branch fork is provided with the two pipes with the spaced holes, hot air can be blown out, and then residual snow or dust and the like on the plate can be blown off. The forward-inclined cleaning mode can facilitate sliding of accumulated snow on the panel, and the effect of removing the accumulated snow is improved. The cleaning device with the double-branch-fork structure can be flexibly assembled, disassembled and assembled, the front branch fork can be additionally provided with a spraying device and can spray cleaning liquid, and the pipe of the rear branch fork can also blow normal-temperature air, so that the photovoltaic panel can be cleaned in a non-winter period, and the cleaning efficiency is improved. In general, the double-branch-fork combined unmanned cleaning mechanical equipment for the photovoltaic panel can be applied to wider application scenes.

The present application belongs to the technical field of complex illumination scene adaptive control, and particularly relates to a night vision strong light suppression imaging method for highway scenes. The method completes scene preliminary judgment through illumination statistical feature extraction, identifies strong light regions and extracts connected domain features, assigns differentiated suppression intensity factors based on light source types, automatically switches imaging modes, combines local exposure suppression, halo weakening, night vision enhancement, and infrared light supplementing with exposure closed-loop control, and realizes precise suppression of strong light glare, dark detail improvement, and dynamic stability of image brightness. The present application solves the problems of insufficient low-illumination imaging, difficulty in suppressing strong light, and unstable fixed parameters in the prior art, and is suitable for complex illumination scenes at night on highways, ensuring clear key information such as vehicle outlines and license plates, and meeting the needs of night safety monitoring and vehicle detection.