62results about How to "Consistent lifespan" patented technology

The invention discloses a continuous roll cold bending forming method for stainless steel corrugated plates, which is characterized in that: continuous roll cold bending forming is adopted to produce roll-bent deformation pass by pass continuously by using a roll; upper and lower roll opposite rolling forming is adopted in a deformation process; and a guide vertical roll and a lateral roll are adopted at the same time. The method has the advantages of high product consistency, stable quality, unlimited length, reasonable straight angle change and arrangement and long equipment service life.

The invention relates to the technical field of batteries, and discloses a graphene plate-type lead-acid battery, which includes a battery case and a top cover, and a plurality of parallel negative plate assemblies are arranged in the battery case, and positive electrodes are arranged between adjacent negative plate assemblies. plate assembly, between the positive plate assembly and the negative plate assembly, and between the outermost negative plate assembly and the inner wall of the battery case, there are microporous separators filled with electrolyte; the positive plate assembly, the negative plate The components all include a microporous ceramic plate and active materials attached to the microporous ceramic plate. The micropores and the outer surface of the microporous ceramic plate are provided with a graphene particle layer; the battery case is located between the negative plate assembly and the positive plate assembly. The upper end is provided with an inner cover plate, the upper ends of the positive plate assembly are electrically connected to the positive plate, and the positive pole is provided on the positive plate, and the upper ends of the negative plate assembly are electrically connected to the negative plate, and the negative pole is provided on the negative pole. The invention has the beneficial effects of stable performance and high charging and discharging efficiency.

An LED heat sink comprises a substrate and a plurality of LEDs which are pressed at the bottom of the substrate. At least one heat tube structure is formed in the substrate and integrated with the substrate as a whole; each heat tube structure comprises a channel which is arranged in a base, a capillary structure and working fluid are arranged inside the channel, and the two ends of the channel are respectively sealed. The invention further discloses a manufacturing method of the LED heat sink. The bottom surface of the substrate has relatively flat forming and large surface area, and the LEDs can keep close contact with the bottom surface, thus ensuring the effectiveness and the evenness of heat transfer between the LEDs and the substrate and causing the service life of various LEDs to be kept basically the same; meanwhile, the substrate is provided with the heat tube structure which can ensure that the heat sink has higher heat conduction efficiency.

The invention relates to a method for preparing stained glass grains with discarded and used glass and an application thereof; the method comprises the following steps: 1) placing glass grains which are clean and free from dust in a mixer; 2) mixing the following five materials according to the part by weight: 100-200 parts of polyacrylic emulsion, 2.5-6 parts of aziridine crosslinker, 3-6.5 parts of propyl trimethoxysilane coupling agent, 0.4-0.8 part of polyethylene wax and 25-65 parts of water based color paste evenly, placing the mixture in the mixer to mix with the glass grains for 5-10min; 3) transferring the dyed glass grains with a conveyor to a drying plant to dry for 5-10min at 50-120 DEG C and finally discharging the stained glass grains which are dry and loose, and do not agglomerate.