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36results about How to "Fast processing method" patented technology

Cloth chip gravity/capillary flow chemiluminescence method

The invention discloses a cloth chip gravity/capillary flow chemiluminescence method and particularly discloses a gravity/capillary flow coupled fluid driving cloth chip and application thereof in heavy metal ion detection. The cloth chip is divided into a hydrophobic area and a hydrophilic area, the hydrophilic area is further divided into three parts of a sampling area, a detection area and a fluid channel area. When the cloth chip is used, the cloth chip is closely placed on a support, the inclined plane of the support and a horizontal plane form an included angle. After the cloth chip is arranged, the sampling area and the fluid channel area are required to be located on the inclined plane of the support, the detection area is located at the horizontal portion of the support, and meanwhile a hydrophobic sheet is cushioned under in the detection area of the cloth chip. Compared with traditional flow chemiluminescence detection, the cloth chip and a detection method do not need any expensive pump device (such as a precision injection pump and a peristaltic pump) for driving liquid to flow. The cloth chip gravity/capillary flow chemiluminescence method only utilizes the natural gravity of liquid and capillary force of cloth fiber gaps to drive the liquid to flow.
Owner:SOUTH CHINA NORMAL UNIVERSITY

Biological sludge drying and incineration cycle-treatment method and complete equipment

The invention relates to a biological sludge harmless and resourceful treatment method. A biological sludge drying and incineration cycle-treatment method comprises the following steps: 1) sludge drying treatment process: adding backflow drying sludge into biological sludge, fully stirring and drying by sending the sludge into a rotary sludge drier; 2) dried sludge incineration treatment process: sieving part of dried sludge after the drying treatment, incinerating the sludge by sending the sludge into a boiling-type sludge incinerator, directly introducing high temperature flue gas generated by the incineration into the rotary sludge drier so as to dry mixed sludge; introducing exhaust gas generated by drying and incineration of sludge into an exhaust gas washing tower, introducing exhaust gas which has undergone washing treatment back into the boiling-type sludge incinerator to be incinerated, and carrying out harmless treatment on residual exhaust gas; and 3) simultaneously carrying out the above biological sludge drying treatment process and dried sludge incineration treatment process and ceaselessly cycling the processes. Biological sludge drying and incineration cycle-treatment complete equipment comprises the rotary sludge drier and the boiling-type sludge incinerator.
Owner:宁波高新区纯丽节能技术有限公司

Casting cabin section processing method based on precision detection technology

The invention belongs to the technical field of precision detection and processing, and particularly relates to a casting cabin section processing method based on precision detection technology. According to the method, high-precision detection methods such as laser detection and on-line detection are used before processing, the conditions such as the allowance and the defective number of a complex cast part are mastered, compared with a correction feature point allowance median fetching method adopted in a conventional alignment method, since allowance data of all positions are considered, the machining accuracy of the part can be guaranteed, and a relatively reliable machining standard can be obtained. In practical application, the method is used for marking and correction, the deviationis generally small, the subsequent processing can be met, and the quantity borrowing adjustment step is not used. The method of directly marking according to scanning data to establish reference processing is adopted, and analysis and judgment are facilitated; and compared with the method of repairing the standard by using a standard block, processing time is shortened, occupation of the equipment is reduced, and the method is a relatively fast processing method.
Owner:BEIJING XINGHANG MECHANICAL ELECTRICAL EQUIP

Commercial treatment method and system for biological sludge and rotary sludge carbonizing machine

The invention relates to resourceful treatment on biological sludge.A commercial treatment method for biological sludge includes the steps that the biological sludge is dried, the dried sludge with the water content being 7-10% is carbonized and generates biochar, pyroligneous liquor and biological tar through high-temperature pyrolysis, and biochar, pyroligneous liquor and biological tar are packaged for sale; methane gas generated in the treatment process is recovered and used for carbonization treatment on the dried sludge.According to a rotary sludge carbonizing machine, a handpiece component and a tail component are fixed to the two ends of a rack, the two ends of a rotary cylinder are inserted into the handpiece component and the tail component and matched with the handpiece component and the tail component in a sealed mode, and a supporting and driving mechanism matched with the rotary cylinder is arranged on the rack; a guiding plate is arranged on the front portion of the rotary cylinder, a lifting plate is arranged on the inner wall of the rotary cylinder, and a combustor is arranged in a heat preservation outer cover below the rotary cylinder.A commercial treatment system for the biological sludge comprises biological sludge drying treatment complete equipment and dried sludge carbonizing treatment complete equipment.The harmful biological sludge is turned into wealth, and the commercial treatment method and system for the biological sludge have high socioeconomic performance and can create huge wealth for enterprises and the society.
Owner:四川泰翱农业科技有限公司

Method for treating wastewater in artificial wetland and wastewater treating device for implementing method

The invention discloses a method for treating wastewater in an artificial wetland and a wastewater treating device for implementing the method, wherein the method for treating the wastewater comprises the following steps: firstly, taking advantage of plant roots to absorb N, C and P from the wastewater so that part of N, COD, BOD and P can be removed; then utilizing nitrobacterium, aerobes and polyphosphate accumulationg bacteria to remove ammonia, organisms and phosphorus from the wastewater; then, utilizing acidified hydrolytic bacteria and anoxic bacteria to remove macromolecular organisms; and finally utilizing methane bacteria and anaerobes to remove organic acid and micromolecular organisms. In addition, the wastewater treating device comprises an artificial pond. The bottom of the artificial pond is provided with a bearing layer. An active carbon filter layer for filtering and purifying water is arranged above the bearing layer. A bacteria layer for eliminating and decomposing various pollutants in the wastewater is arranged above the active carbon filter layer. A layer of wetland filler is arranged between the active carbon filter layer and the bacteria layer. In the artificial pond, the bottom of the bearing layer is provided with a water draining pipe.
Owner:ZHONGSHAN ENVIRONMENTAL PROTECTION IND CO LTD

A processing method for casting cabin section based on precision detection technology

The invention belongs to the technical field of precision detection and processing, and particularly relates to a casting cabin section processing method based on precision detection technology. According to the method, high-precision detection methods such as laser detection and on-line detection are used before processing, the conditions such as the allowance and the defective number of a complex cast part are mastered, compared with a correction feature point allowance median fetching method adopted in a conventional alignment method, since allowance data of all positions are considered, the machining accuracy of the part can be guaranteed, and a relatively reliable machining standard can be obtained. In practical application, the method is used for marking and correction, the deviationis generally small, the subsequent processing can be met, and the quantity borrowing adjustment step is not used. The method of directly marking according to scanning data to establish reference processing is adopted, and analysis and judgment are facilitated; and compared with the method of repairing the standard by using a standard block, processing time is shortened, occupation of the equipment is reduced, and the method is a relatively fast processing method.
Owner:BEIJING XINGHANG MECHANICAL ELECTRICAL EQUIP

Capillary micro-channel assistant wire base microfluidic bipolar electrode electrochemical luminescence device and application

The invention discloses a capillary micro-channel assistant wire base microfluidic bipolar electrode electrochemical luminescence device, and a preparation method and the application thereof. The luminescence device consists of a capillary and a patterning line electrode, wherein the patterning line electrode consists of not less than three wire base electrodes and bare wire areas; the wire base electrodes are manufactured by conductive carbon paste; the wire base electrodes on two sides are driving electrodes; the wire base electrode between the driving electrodes is a bipolar electrode; an area between the every two wire base electrodes is the bare wire area; the capillary coats the patterning line electrode, needs to coat all bipolar electrodes, and simultaneously can not be in contact with the driving electrode. According to the luminescence device, the capillary micro-channel is applied to the line of the patterning carbon electrode for the first time to manufacture the capillary micro-channel assistant wire base microfluidic bipolar electrode electrochemical luminescence device. The integration device has the remarkable advantages that the loading speed of a sample is high and the samples can be evenly distributed on the patterning wire electrode.
Owner:SOUTH CHINA NORMAL UNIVERSITY

Biological sludge drying and incineration cycle treatment method and complete set of equipment

The invention relates to a biological sludge harmless and resourceful treatment method. A biological sludge drying and incineration cycle-treatment method comprises the following steps: 1) sludge drying treatment process: adding backflow drying sludge into biological sludge, fully stirring and drying by sending the sludge into a rotary sludge drier; 2) dried sludge incineration treatment process: sieving part of dried sludge after the drying treatment, incinerating the sludge by sending the sludge into a boiling-type sludge incinerator, directly introducing high temperature flue gas generated by the incineration into the rotary sludge drier so as to dry mixed sludge; introducing exhaust gas generated by drying and incineration of sludge into an exhaust gas washing tower, introducing exhaust gas which has undergone washing treatment back into the boiling-type sludge incinerator to be incinerated, and carrying out harmless treatment on residual exhaust gas; and 3) simultaneously carrying out the above biological sludge drying treatment process and dried sludge incineration treatment process and ceaselessly cycling the processes. Biological sludge drying and incineration cycle-treatment complete equipment comprises the rotary sludge drier and the boiling-type sludge incinerator.
Owner:宁波高新区纯丽节能技术有限公司

A method of treating rice seeds and seedlings to improve rice resistance

The invention belongs to the technical field of agriculture cultivation and specifically relates to a method of processing rice seeds and rice shoots for improving the paddy rice resistance performances. By simulating drought and low temperature to respectively process rice seeds and rice shoots, the ability of rice plants to resist diseases and insects is increased; at the filling stage and the milk-ripe stage of the rice, leaf blast rate of the rice plants that are processed by simulating drought and low temperature is respectively reduced to 22.1 percent and 28.7 percent in comparison with the rice plants that not processed; and at the same time, at the filling stage and the milk-ripe stage of the rice, the number of brown planthopper of the rice plants that are processed by simulating drought and low temperature is respectively reduced to 19.4 percent and 24.1 percent in comparison with the rice plants that not processed. After the rice seeds are processed by simulating drought and low temperature, the ability of the rice to resistance leaf blast and planthopper is significantly strengthened while significantly increasing the rice production to 9.2 percent; and the use of pesticide during the production process of the rice is reduced, thus the rice is ensured to be produced with safety, high quality and pollution-free.
Owner:SOUTH CHINA AGRI UNIV
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