44results about How to "Understand the impact" patented technology

The invention provides a chemical medicine management method. The method comprises the following steps that: collecting real-time data, wherein the real-time data comprises one of cabinet door state information, chemical medicine information and weight information or the combination of several of the above information; according to the real-time data, generating monitoring information; and sending the monitoring information to a management server. By use of the method, the problems of large space occupation, high cost, difficulty in supervision and low efficiency in an existing chemical medicine management technology are solved, and the chemical medicine management method which can accurately manage chemical medicines and is low in cost and high in management efficiency is provided. The invention also provides a chemical medicine storage cabinet and a chemical medicine management system.

The invention discloses a detection method of a phytoplankton structure, which comprises the following steps: a, acquiring phytoplankton water samples, b, extracting DNA, c, detecting PCR and agarose by electrophoresis, d, analyzing the phytoplankton structure by a denaturing gradient gel electrophoresis technology, e, processing graphics, and f, analyzing data. In the invention, the PCR product is analyzed by 8% of polyacrylamide gel, the concentration of denaturant is from 35% to 50% (100% denaturant is the mixture of 7M urea and 40% of deionized formamide), and electrophoresis is carried out for 6h in a 1 * TAE buffer solution at 150V; or the PCR product is analyzed by 10% of polyacrylamide gel, the concentration of denaturant is from 30% to 55%, and electrophoresis is carried out for 8h in a 1 * TAE buffer solution at 150V. The invention can accurately detect the structure composition of the phytoplankton, and is conducive to the warning of the outbreak of the phytoplankton red tide.

The invention discloses an underground water model output uncertainty analysis method in combination of a frequency analysis method and a sensitivity analysis method. The frequency analysis process comprises a parameter estimating process and a supposed checking process, wherein a typical distribution function in 7 is selected as an alternative probability density function, the supposed checking is carried out, and a proper probability density function is selected for the underground water level sequence. The sensitivity analysis method comprises stepwise regression analysis and mutual entropy analysis; the stepwise regression analysis can be used for analyzing the trend of the uncertain importance of an input variable, and the mutual entropy analysis can be used for well identifying the uncertainty factor. The method can be used for making up the deficiency in research content of the traditional uncertainty analysis method, analyzing the probability distribution characteristic and identifying the key uncertainty factor influencing the variable probability distribution, thus the production and source of the underground water model uncertainty can be well understood, feedback is provided for the data acquiring work of the underground water model, and the uncertainty of the model is reduced.

The invention relates to a device for observing coriolis force and an observation method. The device comprises a basin, a tray, a tray holder, a support frame, a water spray pipe, a water outlet pipe, a water return pipe, a pipe joint, a sleeve, a shaft sleeve, a spindle, fillers, a sealing ring, an upper filler pressure cover, a lower filler pressure cover, a water pump, a motor, a large belt pulley, a small belt pulley, a panel, a water pipe, a rotary reducer, a capacitor, a reactor, a transfer switch and the like. The observation method comprises the following steps of: making a basin midline and a rotational center mark, connecting a power supply of the water pump to pump water, and observing the track phenomenon of a water line formed by the water sprayed through a water spray hole; connecting a power supply of the motor to enable the basin to rotate, selecting a rotational speed, a clockwise rotational direction and an anticlockwise rotational direction, and observing the track deflection phenomenon of the water line in a rotating reference system; and when the basin has much stored water, disconnecting the power supply, and draining the water back to a water tank. The method is intuitive in observation and can be used for knowing and researching the coriolis effect and the coriolis force through the track deflection phenomenon of the water line in the rotating referencesystem.

The invention relates to a low-sand-content density flow physical model and a test method thereof. The low-sand-content density flow physical model comprises a runner model, a clear water reservoir, afirst clear water orifice box, a first muddy water orifice box, a muddy water stirring tank, a low regulation and storage tank, a high regulation and storage tank and an outlet water storage tank. Anoutlet of the clear water reservoir communicates with an inlet of the first clear water orifice box; an outlet of the muddy water stirring tank communicates with an inlet of the first muddy water orifice box; and an outlet of the first clear water orifice box and an outlet of the first muddy water orifice box communicate with an inlet of the runner model. By designing the physical model of the water reservoir to be tested, evolution characteristics of the sand content of the water reservoir can be tested when water and sand are converged to form the low-sand-content density flow, so that theinfluence of the water and sand convergence on the water reservoir environment can be known.

The invention provides an adjustable type overland flow testing device which comprises an overland water tank as well as soil fixing grids and a surface plate, wherein the overland water tank is of an overland inclined structure supported by support columns; the soil fixing grids are provided with telescopic support feet; the surface plate is provided with telescopic support feet; the overland water tank is an integrated groove consisting of a base water tank and a surface flow collecting tank which is connected with the water outlet end of the base water tank; the water inlet end of the base water tank is opened; the water outlet end of the base water tank is sealed; first tail water collecting holes are formed in the bottom of the water outlet end of the base water tank; the water inlet end of the surface flow collecting tank is opened; the water outlet end of the surface flow collecting tank is sealed; a bottom plate at the water inlet end is connected with the top end of a vertical sealing plate at the water outlet end of the base water tank; second tail water collecting holes are formed in the bottom plate; the soil fixing grids are arranged on the bottom plate of the base water tank; the surface plate is arranged on the bottom plate on one side of the water outlet end of the base water tank; one end of the surface plate is connected with the soil fixing grids; the other end of the surface plate is connected with the bottom plate of the surface flow collecting tank; a first screening net is arranged between the bottom plate at the water outlet end of the base water tank and the surface plate with the telescopic support feet.

The invention provides a model ice pushing device. A side bridge of a trailer is provided with two die fixing holder, a lower end of a first die fixing holder is provided with an open water test case, a propeller model is arranged on the open water test case, a lower end of a second die fixing holder is provided with a linear module group, a servo motor is mounted on an end part of the linear module group, an output shaft of the servo motor is connected with a leading screw of the linear module group, a connecting plate is fixedly connected on a sliding block of the linear module group, a lower end of the connecting plate is at least provided with a pair of distance-adjustable connectors, lower ends of each pair of distance-adjustable connectors are provided with model ice fixing devices, model ice is placed in the model ice fixing devices, and the side bridge of the trailer is also provided with a control system. The model ice pushing device is suitable for testing and research on model ice of different sizes and different moving states and a ship propeller, and mutual effects between the propeller and ice during ship navigation in an ice zone can be simulated in real way; the model ice pushing device is advantaged by high stability, convenience of operation, high control precision and the like; test accuracy is effectively improved.

The invention discloses an underground water model output uncertainty analysis method in combination of a frequency analysis method and a sensitivity analysis method. The frequency analysis process comprises a parameter estimating process and a supposed checking process, wherein a typical distribution function in 7 is selected as an alternative probability density function, the supposed checking is carried out, and a proper probability density function is selected for the underground water level sequence. The sensitivity analysis method comprises stepwise regression analysis and mutual entropy analysis; the stepwise regression analysis can be used for analyzing the trend of the uncertain importance of an input variable, and the mutual entropy analysis can be used for well identifying the uncertainty factor. The method can be used for making up the deficiency in research content of the traditional uncertainty analysis method, analyzing the probability distribution characteristic and identifying the key uncertainty factor influencing the variable probability distribution, thus the production and source of the underground water model uncertainty can be well understood, feedback is provided for the data acquiring work of the underground water model, and the uncertainty of the model is reduced.

The invention provides a flexible vegetation motion simulation method based on nonlinearity of different waves. The method comprises the following steps: S1, establishing and verifying a flexible vegetation dynamic model under the action of the waves; s2, the characteristic wave velocity and the wave period parameter KC (Keuleman-Carrier) number are calculated, and the KC (Keuleman-Carrier) number is calculated; s3, calculating a resistance coefficient of a given wave condition and a vegetation parameter in combination with an existing formula; s4, simulating the stress motion of the flexible vegetation under the conditions of given incident wave conditions and vegetation parameters; and S5, determining an influence rule of wave nonlinearity on motion of submerged flexible vegetation. According to the flexible vegetation motion simulation method provided by the invention, the flexible vegetation dynamic model and different wave nonlinear theories are used, the accuracy of flexible vegetation stress motion simulation is improved, the simulation theories and methods are optimized, and a foundation is laid for researching flexible vegetation wave dissipation.

The invention belongs to the technical field of electrochemical chips, and particularly relates to a transmission electron microscope electrochemical detection chip and a manufacturing method thereof. The transmission electron microscope electrochemical detection chip comprises an upper piece and a lower piece, the upper piece and the lower piece are both silicon substrates with insulating layers on the front and back surfaces, the front surface of the upper piece and the front surface of the lower piece are fixedly bonded through a bonding layer, and the upper piece, the lower piece and the bonding layer jointly form a cavity; and the upper piece is provided with a sample injection port and a first window, the lower piece is provided with a working electrode, a reference electrode, a counter electrode, a second window and a thermometer, and the working electrode, the reference electrode and the counter electrode are all arranged on the second window. The lower piece of the transmission electron microscope electrochemical detection chip provided by the invention is provided with the thermometer, and the thermometer can be used for monitoring the reaction temperature in real time, so that a user can better know the type of an electrochemical reaction heat absorption and release reaction and the influence of the temperature on the electrochemical reaction. The manufacturing method provided by the invention can be used for manufacturing the transmission electron microscope electrochemical detection chip.

The invention discloses a wind speed early warning control method for large hoisting operation equipment based on wind speed signals. Wind speed measuring instruments are installed at the top end and / or the bottom of the large hoisting operation equipment, the wind speed signals detected by the wind speed measuring instruments are transmitted to a wind speed monitoring information processing system through wires, wind speed information of a field operation area is monitored in real time, the wind speed monitoring information processing system sets a wind speed early warning value and a limit value according to the requirements of a crane safety operation procedure, early warning or operation stopping information is sent to an operator at the wind speed early warning value and the limit value, and operation in a dangerous environment is stopped in time. According to the wind speed early warning control method, the wind speed signals of the operation environment are monitored through the wind speed measuring instruments, operation early warning or operation stopping indication is carried out according to the requirements of the crane safety operation procedure, and the safety degree of operation is effectively improved.

The invention discloses a BIM-based traffic control method in road traffic accidents, which includes establishing a BIM model corresponding to road engineering; recording the type of accident and the cause of the accident in the BIM model, and determining the rectangular accident area in the BIM model; according to the rectangular accident area Determine the length and width of the working area; determine the closed lane according to the number of lanes covered by the working area; automatically generate the vehicle parking area in the BIM model; determine the location of the vehicle parking area according to the closed lane; identify the warning area in the BIM model , the length of the upstream transition zone, the buffer zone, the downstream transition zone and the termination zone; determine the placement position of the sign and the cone barrel, and automatically generate it in the BIM model; the present invention combines BIM technology to visually display the position of the accident area on the road section, Scientifically and rationally arrange the scope of the traffic control area, reasonably place signs and cones, greatly improve efficiency, and prevent secondary traffic accidents.