Abstract: A method for interacting messages based on a Simple Network Management Protocol (SNMP) is disclosed by the present invention. The method includes: when receiving an SNMP message sent from an SNMP management station, an SNMP proxy estimating a suggested timeout value of the SNMP message and feeding the suggested timeout value back to the SNMP management station; and the SNMP management station waiting for a response of the above SNMP message according to the suggested timeout value. A corresponding SNMP proxy is further disclosed by the present invention. Since the method of the present invention adopts the technical measure of dynamically determining the timeout period of the management station in an interaction manner between the SNMP management station and the SNMP proxy, the drawbacks of manually setting timeout period are overcome, occurrences of timeout event are effectively reduced, and the efficiency of implementing network management using SNMP is improved.

Abstract: The present invention relates to microbiology technology field. More particularly, it relates to Pseudomonas alcaliphila MBR CGMCC 2318 which has the ability to reduce and adsorb metal and nonmetal ions. It also relates to methods of bioreduction and biosorption using the said strain by means of its property of reducing nitrate to ammonium and adsorbing metal ions to reduce the metal and nonmetal ions in the solution to elementary state under aerobic conditions. The present invention also relates to application of the said strain in bio-metallurgy, production of metal and nonmetal elementary substance, treatment of wastewater containing metal ions, and removal of harmful metal and nonmetal ions contained in soil and water. The strain of the present invention is easy to cultivate. The method of bioreduction and biosorption by it is very simple and can be widely used in metallurgy, treatment of wastewater and removal of harmful substances in soil and water.

Abstract: A method for interacting messages based on a Simple Network Management Protocol (SNMP) is disclosed by the present invention. The method includes: when receiving an SNMP message sent from an SNMP management station, an SNMP proxy estimating a suggested timeout value of the SNMP message and feeding the suggested timeout value back to the SNMP management station; and the SNMP management station waiting for a response of the above SNMP message according to the suggested timeout value. A corresponding SNMP proxy is further disclosed by the present invention. Since the method of the present invention adopts the technical measure of dynamically determining the timeout period of the management station in an interaction manner between the SNMP management station and the SNMP proxy, the drawbacks of manually setting timeout period are overcome, occurrences of timeout event are effectively reduced, and the efficiency of implementing network management using SNMP is improved.

Abstract: The present invention relates to microbiology technology field. More particularly, it relates to Pseudomonas alcaliphila MBR CGMCC 2318 which has the ability to reduce and adsorb metal and nonmetal ions. It also relates to methods of bioreduction and biosorption using the said strain by means of its property of reducing nitrate to ammonium and adsorbing metal ions to reduce the metal and nonmetal ions in the solution to elementary state under aerobic conditions. The present invention also relates to application of the said strain in bio-metallurgy, production of metal and nonmetal elementary substance, treatment of wastewater containing metal ions, and removal of harmful metal and nonmetal ions contained in soil and water. The strain of the present invention is easy to cultivate. The method of bioreduction and biosorption by it is very simple and can be widely used in metallurgy, treatment of wastewater and removal of harmful substances in soil and water.

Abstract: The present invention provides a test strip with an expanded dynamic range for performing an assay to determine the presence of, or measure the quantity of, an analyte in a sample. It also provides methods for determining the presence of, or measuring the quantity of, an analyte in a sample, and for detecting a prozone sample.