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105results about How to "Strong association" patented technology

Pollution prevention and vegetation recovery method for metal sulphide ore solid waste storage yard

The invention relates to a pollution prevention and vegetation recovery method for a metal sulphide ore solid waste storage yard. The method comprises the following steps of conducting stabilizing treatment on side slopes of the storage yard, laying a two-way geogrid, building intercepting ditches in the slope faces of the storage yard, spraying an acidic improvement layer, laying a flexible isolating layer, laying ecological sticks, laying a two-way geogrid, spraying a base material layer, spraying a seed layer and laying a protective layer, so that plants have sufficient water and nutrition during growth. Due to the fact that the acidic improvement layer is built for neutralizing H+, the plant growth condition can be built; the flexible isolating layer and vegetation recovery are combined for preventing H2O and O2 from making contact with tailings, sulfide minerals in waste rock can be effectively prevented from being oxidized, and therefore waste water acidification and heavy metal ion leaching are prevented. According to the pollution prevention and vegetation recovery method, the problem of environmental pollution of pollutants in the metal sulphide ore solid waste storage yard can be effectively reduced, the area of green plants can be increased, and the good ecological environment is built; the pollution prevention and vegetation recovery method is simple in construction technology, easy to implement, high in efficiency and suitable for large-area application.
Owner:BEIJING GENERAL RES INST OF MINING & METALLURGY

Method and device for determining association relationship of target object

A method for determining an association relationship between target objects includes determining a plurality of target objects; acquiring service data corresponding to the plurality of target objects,wherein the service data corresponding to the target objects includes service characteristic information corresponding to the target objects; determining identifying service information of the plurality of target objects according to the respective service characteristic information of the plurality of target objects, wherein the identifying service information of the target objects is service characteristic information satisfying a preset condition for the importance degree of the target objects; according to the identifying service information of each of the plurality of target objects, a plurality of object association strengths are determined, and the object association strengths are used to indicate the strength of the association relationship between any two of the plurality of target objects. By adopting the scheme provided in the embodiment of the present application, the association relationship between the target objects can be inferred by using the service data of the target objects, and the target objects with strong association relationship can be identified.
Owner:ADVANCED NEW TECH CO LTD

Cellular heterogeneous network joint user association, content cache and resource allocation method based on base station cooperation

The invention relates to a cellular heterogeneous network joint user association, content cache and resource allocation method based on base station cooperation, and belongs to the technical field ofwireless communication. In a cellular heterogeneous network based on base station cooperation, a request user can select three association modes, namely, a macro cellular base station association mode, a small cellular base station direct association mode and an SBS association mode based on base station cooperation. It is assumed that the SBS has certain caching capability and the adjacent SBSs can cooperate with each other to implement cached content forwarding, and a user association, content cache and resource allocation strategy is optimized and determined by using the minimization of a network cost function as the target. The method comprises the following steps: S1: modeling a user content requirement identifier; S2: modeling a user association variable; S3: modeling an SBS contentcache variable; S4: modeling a user data transmission rate; S5: modeling a network cost function; S6: modeling an MBS association mode transmission delay; S7: modeling an SBS direct association mode transmission delay; S8: modeling an SBS association mode transmission delay based on base station cooperation; S9: modeling an MBS backhaul cost; S10: modeling joint user association, content cache andresource allocation limiting conditions; and S11: based on the minimization of the network cost function, determining the user association, content cache and resource allocation strategy.
Owner:CHONGQING UNIV OF POSTS & TELECOMM

Plasma metabolization micromolecule marker related to human non-small-cell lung cancer and application of plasma metabolization micromolecule marker

The invention belongs to the field of analytical chemistry and clinical medicine and relates to a plasma metabolization micromolecule marker related to the human non-small-cell lung cancer and an application of the plasma metabolization micromolecule marker. The plasma metabolization micromolecule marker related to the human non-small-cell lung cancer is one or more of cortisol, corticosterone and 4-methoxyphenylacetic acid. The plasma metabolization micromolecule marker is prepared from cortisol, corticosterone and 4-methoxyphenylacetic acid. The content range (95% confidence interval) of cortisol is 0.00018-0.00067, the content range (95% confidence interval) of corticosterone is 0.000029-0.00010, the content range (95% confidence interval) of 4-methoxyphenylacetic acid is 0.000015-0.000022, and metabolite can prompt occurrence of tumors within the ranges. The horizontal range, corresponding to a normal group, of cortisol is 0.0030-0.0037, the horizontal range, corresponding to the normal group, of corticosterone is 0.00044-0.00056, and the horizontal range, corresponding to the normal group, of 4-methoxyphenylacetic acid is 7.39 E-07-2.09 E-06. The plasma metabolization micromolecule marker is a novel biomarker, compared with a traditional protein biomarker, the relevance between the marker and the disease outcome is higher, and the plasma metabolization micromolecule marker is stable, minimally invasive, easy to detect and accurate in quantitation.
Owner:JIANGSU PROVINCE HOSPITAL
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