36results about How to "Not to be wasted" patented technology

The invention relates to a method for performing mobile equipment local authentication in a third-generation mobile communication system, which comprises the following steps: building a partially observable Markovian decision process system model and determining information state space and information states at all discrete time points; building an accumulated cost model and calculating a mappingrelationship between the information states and an optimal local authentication policy; obtaining the optimal local authentication policy based on historical information and scheduling to perform thenext time of authentication; observing result information on the next time point; and updating a system information state and judging authentication result accordingly. The method for performing the mobile equipment local authentication in the third-generation mobile communication system optimizes system performance, satisfies the demands of clients having high requirements on the safety of mobile equipment, optimally determines whether to perform a local authentication process, saves system resources and system operation cost, has stable and reliable operation performance and wide application range, and lays a firm foundation for the further development of information safety technology of the mobile equipment.

The invention relates to the field of air delivering equipment, in particular to an air duct for accurately and laterally delivering air to communication equipment. The problems that because the using mode of heat dissipation of existing communication equipment is mainly that an air conditioning system is used within a large range for refrigeration in a machine room, a large part of cold air produced by the air conditioning system is neutralized by heat in an ambient environment and not all the cold air is used for refrigerating the communication equipment, waste is severe, and the refrigeration effect of the communication equipment is not good are solved. A perpendicular air duct is in a square tube shape, two sets of knock-off cover plates are horizontally arrayed on the front vertical face, guide sliding grooves are formed in the side faces, and fixing screw holes are formed in the tail ends of the knock-off cover plates. A seal rubber strip is arranged on the upper edge of a tube body. Knock-off cover plates are arranged on the front and the back vertical faces of a horizontal air duct. Fixing screw holes are formed in the two sides of the rear vertical face. A horizontal expanding air duct is provided with the knock-off cover plates of the opposite side walls, fixing screw holes are formed in the side wall of one end large in cross section, and the perpendicular air duct, the horizontal air duct and the horizontal expanding air duct are fixedly connected through penetrating bolts into the corresponding fixing screw holes. The air duct can be used in an equipment cabinet.

A kind of musk processing and packaging equipment of the present invention includes a base, the base is welded and connected by sheet metal, and the leftmost end of the base is installed with a cleaning and dilution module for preliminary cleaning of musk and removing pungent smell, and the cleaning and dilution module The right end is installed with a heated filter module for heating and distilling the musk after cleaning. The right end of the heated filter module is installed with a transmission module that transmits the musk to the next process. The pressing module of musk packaging, this equipment realizes the automatic dilution of musk, removes odor and filters impurities by cleaning and diluting the module, heating the filter module, conveying module and pressing module, and makes the texture of musk more delicate through distillation and volatilization. Pressing makes the musk blocks produced by the equipment even, which improves the production efficiency and the weight accuracy of the musk blocks.

The invention provides a steam pressure lifting adsorption method. Currently, mature heat pumps mainly have two types including an electric-driven mechanical compressing system and a liquid-gas absorption system; both the two systems have defects, the mechanical compressing system is power-energy consuming, high in equipment investment, high operation cost and restricted in large-scale application, and the liquid-gas absorption system affected by low efficiency is large in equipment size and poor in economic efficiency; due to characteristics of refrigerant, absorber, mechanical equipment and system techniques, low heat-pump output temperature is the common problem of existing heat pumps. The steam pressure lifting adsorption method by which substantial waste heat can be fully utilized is provided to overcome the defects. The invention further provides a steam pressure lifting adsorption pump. By the steam pressure lifting adsorption pump which transmits heat and directly introduces waste-heat steam as circulatory media according to the steam pressure lifting adsorption method, heat transmission steps and system equipment composition are simplified, and the problems of low-grade waste-heat steam utilization and about energy conservation are solved.