31results about How to "Solve capacity bottlenecks" patented technology

There are provided measures for load balancing in relay-enhanced access networks with a relay device and multiple access devices, said measures exemplarily including the setting of multiple links between a backbone device of a backbone network and said multiple access devices, and a management of resource allocation of said multiple links between said backbone device and said multiple access devices in accordance with resource information of said multiple access devices indicating resource availability and resource assignment of said multiple access devices for establishing multiple connections between said backbone device and said relay device via said multiple access devices.

The invention belongs to the technical field of automobiles, and provides a CNC milling process for a milling tool and an aluminum decorative strip-like curved surface gap. The tool includes the following parts: a body, a handle and a milling cutter body. The body is used for milling the working parts of the product. The milling cutter body includes two round cutter grains for milling the arc surface of the product and two square cutter grains for milling the horizontal surface of the product, and the special milling process mills out the curved surface gap. The invention has the advantage of adopting the combination of circular cutter grain and square cutter grain, improving the milling efficiency of a single notch, meeting the production cycle requirement, overcoming the production capacity bottleneck of the existing milling process, and realizing high-efficiency mass production and milling surface quality requirements. It not only reduces the cost of production, but also ensures that the quality of the milled surface meets the requirements of Class A surface, and improves the dimensional stability of milling.

The present invention relates to the technical field of lime kiln operation, and is a method for increasing the production efficiency of a Maerz lime kiln, which is carried out according to the following method: first, the parameter relationship between the air volume parameter, heat energy input parameter and air temperature in the program Modify the settings; secondly, set the air detection instrument from indoor to outdoor, and put the Weber instrument into the automatic state; thirdly, according to different manufacturers, limestone is blended and calcined according to a certain proportion, and a balance is found between kiln pressure and output Fourth, adjust the hydraulic system pressure of the Maerz lime kiln; fifth, increase the excess air coefficient; sixth, install a gas distributor at the inlet and outlet of the calcium carbide furnace cooler; seventh, add gas to the inlet of the gas pressurizer Install cooling fan. The invention breaks through the design capacity limitation of the Maerz lime kiln for the first time, solves the capacity bottleneck of the Maerz lime kiln, prolongs the cycle of cleaning channels, reduces the number of times of cleaning the horizontal tube cooler, and improves the output of the Maerz lime kiln. Produced huge economic benefits and improved the competitiveness of enterprises.

The present invention relates to methods, systems, and apparatus for synthesizing a polyamide and including multiple back-ends. The method can be a method of synthesizing a polyamide, including evaporating a mixture comprising an oligomer formed from a linear dicarboxylic acid and a linear diamine sufficient to remove at least some water from the mixture, to provide a pre-finished mixture. The method can include splitting the pre-finished mixture into at least a first pre-finished mixture and a second pre-finished mixture. The method can include finishing the first pre-finished mixture in a first finisher, to provide a first finished mixture comprising a first polyamide. The method can include finishing the second pre-finished mixture in a second finisher, to provide a second finished mixture comprising a second polyamide.

The bauxite grinding process includes the following steps: feeding bauxite ore, lime and evaporation mother liquor into two-bin overflow grinding mill, breaking, coarse grinding, fine grinding, overflow discharging the ground ore slurry and feeding the ore slurry into intermediate slurry groove, then pumping the ore slurry into cyclone separator, sorting, discharging coarse granules slurry out from bottom outlet of cyclone separator and back returning the coarse granules slurry into two-bin overflow grinding mill and further grinding, screening fine granules slurry and feeding the fine granules slurry into finished product groove to make storage.

The invention relates to a method for making fingerprint encryption certificates and cards, mainly comprising the following steps: a fingerprint scanner is adopted to collect the fingerprint characteristic information of registers registered on the certificates or the cards and transmit the fingerprint characteristic information to a PC machine; and after the PC machine clear up the fingerprint characteristic information by corresponding software, the PC machine encrypts the fingerprint characteristic information by special private key encryption equipment and then prints out the encrypted fingerprint characteristic information on the certificates or the cards in a bar code mode by a print-out device and can also transfer the bar codes to a photographic film or a film to cover and adhere the bar codes on the certificates or the cards. The method can fundamentally enhance the anti-forgery technology level of the certificates and the cards, enables the traditional certificates and cardsto have functions of digital break resistance, forgery prevention, obliteration prevention, demagnetization prevention, electric rewrite prevention, the locking of personal biological characteristicsof the registers registered on the certificates or the cards, and the like, can simply, fast and authoritatively verify the fact or fiction of the held certificates or cards of the registers and has a high-strength safety anti-forgery function.