59results about How to "Reasonable regulation" patented technology

The invention provides a photographing system and method for behaviors of a motor vehicle passing through a crosswalk not stopping to give way according to the law. The photographing system includes a video tracking unit and a data processing unit. In the invention, when the motor vehicle passes through the crosswalk, the motor vehicle should slow down, if not, the motor vehicle is photographed; when a pedestrian passes through the crosswalk and the distance between the motor vehicle and the pedestrian is less than all kinds of set condition threshold values, if the motor vehicle passes through a stop line, the motor vehicle is photographed, and then evidence for follow-up traffic violation punishment is provided. Through implementing the technical scheme provided by the invention, unlawful behavior that the motor vehicle does not stop to give way to the pedestrian when passing the crosswalk can be obtained simply and conveniently; as long as the distance between the motor vehicle and the pedestrian is less than the all kinds of set condition threshold values and the motor vehicle passes through the stop line, which shows that the motor vehicle does not stop to give way to the pedestrian and disobeys traffic safety laws; the unlawful behavior that the motor vehicle does not stop to give way to the pedestrian when passing the crosswalk is reduced greatly and the security that the pedestrian passes through the crosswalk without signal light control is improved through the effective supervision to the behavior.

The invention discloses a high-power drafting assembly used for a ring spinner, comprising a front drafting roller pair with a front roller and a front belt roller, and a rear drafting roller pair with a rear roller and a rear belt roller, wherein, a middle roller and an upper middle roller are arranged between the front drafting roller pair and the rear drafting roller pair, an upper pin is arranged between the upper middle roller and the front belt roller, while a lower pin is arranged between the middle roller and the front roller, an upper apron is sleeved on the upper middle roller and the upper pin, a lower apron is sleeved on the middle roller and the lower pin, the forward setting distance K between the upper pin front edge and the lower pin front edge is at least 3 millimeters, the ratio of the setting distance L from the upper middle roller to the front belt roller and the setting distance S from the roller to the front roller is between 1.1 and 1.6. The high-power drafting assembly can shorten the freestream flow zone length to the utmost extent, extend the control area of the apron, effectively increase the drafting multiple of the drafting assembly and guarantees the quality of the completed filament.

The invention discloses a water-saving green drip irrigation cultivation method of facility melons. The cultivation method comprises the steps of building a micro-nano bubble oxygen-adding drip irrigation system, a solar heating system, a greenhouse structure and a disease and insect pest green prevention and control system. Micro-nano bubble water generated through a micro-nano bubble generatingdevice has a high dissolution capacity, the absorption and utilization of crops to fertilizer can be improved, the fertilizer applying amount is reduced, and a desalination salt separation area is formed in a root area; before the crops are planted, by conducting micro-nano bubble water drip irrigation with the assistance of an ultrasonic sterilizing lamp to sterilize and disinfect soil and air, breeding and propagation of pests can be effectively controlled. In the cultivation process, water-fertilizer-air integrated irrigation by adding oxygen through the micro-nano bubble water is conductedwith the assistance of a compound EM fungicide, and the high yield and good quality can be guaranteed while the utilization rate of the fertilizer is increased, the soil salinization and ventilationare improved, and the irrigation amount is saved.

The invention provides an energy consumption calculating and scheduling method of an urban rail traffic system. The method includes the steps of establishing a multi-layer network model of the urban rail traffic energy consumption system on the basis of the urban rail traffic system; calculating topological properties and data properties of nodes as input, wherein the topological properties include the degrees, betweenness and clustering coefficients of the nodes, and the data properties include the energy consumption and strength of the nodes; fusing the topological properties and data properties of the nodes through an OWA operator to obtain the weights of the nodes in the urban rail traffic system; calculating the energy efficiency emergence state, namely the energy efficiency representation parameter, of the urban rail traffic system in combination with the weights of the nodes through Choquet integrals on the basis of the emerging theory; regulating and controlling the energy efficiency of the urban rail operation system on the basis of the energy efficiency representation parameter of the urban rail system. For the complex-structure urban rail traffic system, the energy efficiency of the urban rail system can be calculated by means of the method, and the reasonable regulation and control of the energy efficiency of the urban rail operation system are realized in combination with the calculated energy efficiency.

The invention provides an indoor environment intellectualization dynamic control system and method thereof. The indoor environment intellectualization dynamic control system comprises a control subsystem, a data collection subsystem, a weather subsystem, an adjusting subsystem and a human-computer interaction interface, wherein the data collection subsystem, the weather subsystem, the adjusting subsystem and the human-computer interaction interface are correspondingly in communication connection with the control subsystem. According to the technical scheme, the indoor environment intellectualization dynamic control system is simple and convenient to implement, has the good control effect, and has the significant energy saving effect. Micro climate data are collected by the weather subsystem and are compared with indoor parameters collected by the data collection subsystem. The control subsystem obtains various comfort parameters of the environment through analysis, the adjusting subsystem adjusts the parameters of indoor temperature, humidity, ventilation and the like, and provides the most comfortable environment for indoor residents; real-time control and adjustment can be achieved, the comfort degree is guaranteed, and unnecessary energy consumption is avoided; each household and each room are adjusted separately, space is small, and adjusting efficiency is high.

The invention provides a bus lane borrowing use control method, which comprises the steps of S1, predicting a road saturation state of each road section, and marking the road saturation state of eachroad section in an electronic map; S2, inquiring the road saturation state of a target road section of a user in the electronic map by the user through using a user terminal and submitting a bus laneborrowing application according to the road saturation state, wherein the borrowing application comprises a license plate number, a vehicle use property, a target bus lane and lane use time; S3, and judging whether a vehicle of the current user can use the bus lane or not according to the bus lane borrowing application submitted by the user, if so, feeding back reservation success to the user, andallowing the user to drive on the target bus lane in the applied lane use time; and if not, feeding back reservation failure to the user, and not allowing the user to drive on the bus lane. Accordingto the bus lane borrowing use control method, the bus lane is reasonably utilized while the priority passage of the bus is ensured.

The invention provides a gas-shield welding wire with fire resistance, weather resistance, and good low-temperature impact toughness and welding process performance. The welding wire comprises the following chemical components of, in percentage by weight, 0.04%-0.09% of C, 0.25%-0.50% of Si, 1.20%-1.60% of Mn, less than or equal to 0.012% of P, less than or equal to 0.005% of S, 0.30%-0.60% of Mo,0.10%-0.50% of Cr, 0.60%-1.00% of Ni, 0.10%-0.40% of Cu, 0.05%-0.15% of Ti, 0.015%-0.05% of Re and the balance Fe and inevitable impurities. According to deposited metal of the welding wire, the normal-temperature tensile strength Rm is larger than or equal to 570 MPa, the yield strength Rp<0.2> is larger than or equal to 460 MPa, the elongation A is larger than or equal to 18%, and the -40 DEG Clow-temperature impact energy KV<2> is larger than or equal to 47 J; the yield strength of the deposited metal, kept for 1 hour-3 hours at 600 DEG C, of the welding wire is not lower than 2/3 of theminimum yield strength specified at normal temperature; the atmospheric corrosion resistance index I calculated according to chemical components is greater than or equal to 6.0; and the welding wire is reasonable in component design, easy and convenient to manufacture and suitable for gas shielded welding of anti-seismic fire-resistant corrosion-resistant steel plates with the yield strength being460 MPa.

The invention discloses an operation supervision system based on a case intelligent module assembly, belongs to the technical field of distribution box data monitoring, and is used for solving the problem of how to analyze and calculate distribution box data and select a corresponding transmission mode so as to reasonably and intelligently supervise the distribution box data. The system comprisesa data acquisition module, a transmission analysis module, a transmission verification module and a cloud platform. The data acquisition module is used for acquiring case data of the distribution boxand caching the case data; and the case data comprises operation information generated by elements in a case. According to the invention, the corresponding optimal personnel is selected through the blue transmission value, the data is transmitted to the cloud platform through the mobile phone terminal of the optimal personnel, and the distribution box data is reasonably supervised by reasonably analyzing and calculating the distribution box data and selecting the corresponding transmission mode.

The invention discloses an underground closed conduit type phreatic water replenishing system. The system comprises a head junction, a closed conduit infiltration system and an operation monitoring system, wherein the head junction and the closed conduit infiltration system are sequentially connected, and the operation monitoring system is used for monitoring the operation condition of the phreatic water replenishing system; the head junction is arranged on the ground surface and used for providing water for replenishment; the closed conduit infiltration system is embedded in a sand gravel vadose zone and used for replenishing the water for replenishment to a water-bearing layer in a leakage mode through an inside and outside water head difference so as to increase groundwater reserves; the operation monitoring system is used for monitoring hydrological and meteorological data of a replenished zone. According to the underground closed conduit type phreatic water replenishing system, the defects of a tube well injection method and a ground infiltration method which are widely applied at the present stage can be compensated, exertion of the groundwater regulation and storage function can be promoted, regional water resources can be reasonably regulated, ground surface runoff is not caused, the evaporation loss is reduced, and the water content of vegetation root layer soil can be effectively controlled; the maintenance difficulty can be reduced, blocking of the water-bearing layer of the replenished zone can be prevented, and the occupied area is reduced.

The invention provides a crop planting ecosystem applicable to a deep-land rock-soil environment and belongs to the technical field of plant cultivation. The deep-land agricultural ecosystem providedby the invention is located in an underground space in the range of any depth of 100 to 5,000 meters underground, the underground space consists of an artificial space and an original deep-land space,a crop planting area is arranged in the artificial space, and the original deep-land space and the artificial space communicate with each other to form a semi-enclosed type space structure; and the ecosystem comprises a temperature control system, a moisture control system, a gas control system and an illumination control system. According to the crop planting ecosystem applicable to the deep-land rock-soil environment, through various manual regulation and control means, high-temperature environments and gaseous environments of deep lands can be reasonably regulated and controlled excellently, the effective regulation and control on severe environments of the deep lands are achieved, the survival of planted crops is basically achieved, and references and directions are provided for the development of deep-land agriculture.

The invention discloses an intelligent regulation and control type building skin circulation system, and relates to the field of building curtain wall construction. An air interlayer is arranged between an inner-layer high-transmittance glass curtain wall and an outer-layer high-transmittance glass curtain wall, and a regulation and control type sunshade shutter is installed in the air interlayer;a light-reflecting plate is arranged at the top ends of the inner-layer high-transmittance glass curtain wall and the outer-layer high-transmittance glass curtain wall; an outer-layer regulation andcontrol type shutter fence sash is arranged at the bottom ends of the inner-layer high-transmittance glass curtain wall and the outer-layer high-transmittance glass curtain wall; an intelligent control system comprises an MCU processing center, and a temperature sensor, a luminosity sensor and a wind sensor which are connected with the MCU processing center; and the MCU processing center is connected with the outer-layer regulation and control type shutter fence sash, the regulation and control type sunshade shutter and mechanical transmission devices at air ports, and regulates and controls the mechanical transmission devices to be started or stopped or regulates corresponding equipment according to data collected by the sensors. The functional mode of the system is changed according to the change of an outdoor climatic environment, and an indoor environment is reasonably adjusted by fully utilizing passive energy-saving technologies such as natural lighting, natural ventilation and controllable sunshade, so that the comfort degree of the building environment is improved, and meanwhile, the energy consumption of a building can be reduced.

The invention discloses a heating system based on an indoor wireless temperature control module. The heating system mainly comprises a control unit, a detection unit, a wireless receiving-transmitting unit, an operating and displaying unit, a peripheral interface unit and an execution unit. The control unit is connected with the detection unit, the operating and displaying unit, the peripheral interface unit and the execution unit. The detection unit is connected with the wireless receiving-transmitting unit, and the wireless receiving-transmitting unit is connected with an outdoor wireless temperature sensor and an indoor wireless temperature sensor in a wireless communication mode. The detection unit is further connected with a temperature control transmitter installed on a secondary water supply pipe through a wire. The control unit is further connected with a storage unit. The execution unit connected with the control unit is connected with a temperature control valve installed on a primary water supply pipe through a wire. The heating system has the advantages that adjustment and control are reasonable, the practicality is high, the reliability is high, the intelligence degree is high, use is convenient, the energy conversation effect is good and the comfort level is high, thereby being convenient to apply and popularize.

The invention provides a road segment dynamic fee collecting control method guaranteeing lane quality. The method comprises the steps of: acquiring a road traffic saturation degree of a fee collectingroad segment in real time by using a traffic flow detection apparatus; when the detected road traffic saturation degree is less than a set threshold, collecting a road using fee x0, wherein x0 changes dynamically according to a road using fee regulation factor beta 0; when the detected road traffic saturation degree is greater than the set threshold, determining that the lane quality of the roadsegment reduces and adding a road quality regulation fee x1 on the basis of collecting the road using fee of the road segment, wherein the regulation fee is determined by the road traffic saturation degree which is detected in real time and a road quality fee collecting regulation factor beta 1; defining a fee collecting price update state period as T. The quality fee collecting price of a road segment dynamically changes with the traffic state of the road segment, so that dynamic and reasonable fee collecting control for road segments is realized and traffic quality of lanes of road segmentscan be guaranteed.

The invention discloses a process for treating mirabilite liquid. The process comprises the following steps of: removing mechanical impurities in 35.8 to 36.2 percent original mirabilite liquid which is delivered underground under the monitoring of a DCS automatic monitoring system and the regulation and control of an AK liquid balancing flow meter of which the metering error is between 0.0001 and 0.0002 m<3>/h by using a three to six-stage pipeline filter; and refining and purifying the original mirabilite liquid of which the mechanical purities are removed by using an eight to twelve-stage ion exchanger to prepare mirabilite liquid of which metal ion impurity content is less than 1 ppm so as to obtain refined mirabilite liquid for meeting the production and the application of a variety of mirabilite.