328results about How to "Realize dynamic control" patented technology

The invention discloses a method and device for binding and mapping control of inter-domain links and intra-domain channels for cross-domain services, and is mainly designed for the defects existing in the linkage mapping relationship established between existing inter-domain links and intra-domain channels. The control method of the present invention includes: when establishing the first cross-domain service passing through the inter-domain link, selecting a large-grained intra-domain channel according to a preset strategy, and automatically binding its mapping relationship with the inter-domain link. When subsequently establishing cross-domain services passing through the inter-domain link, the routing calculation policy of the control plane is associated with the mapping relationship, and automatically converges the cross-domain services into the intra-domain channels specified in the mapping relationship. The binding mapping relationship lasts until all service connections carried on the inter-domain link are released after being torn down. The method proposed by the invention can correctly control the establishment and aggregation of cross-domain services without adding hardware network equipment.

The invention discloses a dilution sampling system and a sampling method of fixed source particles and volatile organic compounds, and belongs to the technical field of environmental monitoring. The dilution sampling system comprises a smoke introducing system, a diluting system, a stopping chamber, a sample collection system and a control and data collection system. The system can simulate the nucleation, condensation and coagulation processes of the fixed source smoke after being discharged to the atmosphere, can adopt a grain size classification sampling method of atmospheric particulate matters to sample the particulate matters, can adopt the atmospheric volatile organic matter sampling method to sample the volatile organic matters, and can realize the dynamic control of dilution ratio and the dynamic stopping time. Each part of the system has the advantages of high integration, high stability, automation in control, and easiness in operation.

The invention discloses a method used for realizing the grouting during lifting when the city tunnel is threaded through the existing buildings, belonging to the underground tunnel construction technology field. The method includes the following steps: (1) the vertical grouting-stop bracing is carried out; (2) the foundation of the existing building is reconstructed and the foundation is grouted for reinforcement; (3) the dynamic tracking lift-grouting is carried out; (4) the lifting of a reconstructed building is resumed to guarantee that the settlement and differential settlement of the building are still in the controllable scope and simultaneously the grouting is stopped when the single max lifting reaches 2 to 3 mm. The invention has the effects that the grouting-stop maintaining operation can effectively restrict the lateral displacement of a soil body so as to enhance the lifting effect on the existing building by the following grouting; the grouting to the foundation for reinforcement can enhance the density of foundation and form a bearing stratum so as to lead the grouting lifting process to be smooth, effectively restrict the succeeding settlement of the existing building and also reduce the differential settlement.

The invention discloses a system and a method of dynamic management for construction quality of an asphalt concrete pavement. The system gathers a plurality of subsystems of the dynamic management for the construction quality of the asphalt concrete pavement and a remote quality monitoring and controlling system, wherein the subsystems are composed of a production mix proportion monitoring subsystem, a discharging temperature monitoring subsystem, a construction environment monitoring subsystem, a pave data monitoring subsystem, and a rolling data monitoring subsystem. The technical scheme is that the sensing technology based on the architecture of the Internet of Things and the transmission technology base on 2.5 G and 3G are fully utilized to report data information of a manufacturing process, a construction process, and the like of asphalt mixture to a remote server through a communicating module, so as to dynamically and truthfully reflect the construction quality condition. The idea of the system and the method is to track and observe project processes, and compare the observation result with a planned value, and once a deviation is found, the rectification is performed for prevention.

The invention discloses an online control method for tobacco processing process parameters by using computer programs, which comprises the following steps of: acquiring temperature and humidity parameter values of a processed material, namely tobacco leaves or tobacco shreds through a temperature sensor and a moisture meter, acquiring running parameters of the real-time online acquisition processing process and the temperature or the humidity of the tobacco leaves or the tobacco shreds, comparing the running parameters of the real-time online acquisition processing process equipment and the temperature and humidity parameter values of the tobacco leaves or the tobacco shreds with the acquired parameter values of the temperature or the humidity of the tobacco leaves or the tobacco shreds before processing, transmitting modification instructions of control parameter setting provided by a data monitoring system to a programmable logic controller (PLC), and timely adjusting online control parameters and output instruction signals of the equipment to realize online real-time adjustment of the tobacco processing process parameters. Therefore, dynamic control of raw material change in the tobacco online processing process is realized. The method is suitable for controlling tobacco shredding, threshing and re-drying, CO2 expanded tobacco shred lines, rolling and packing.

The invention discloses a strip steel tension dynamic control method based on loop quantity deviation and a control system using the strip steel tension dynamic control method, and relates to a control device or method which is specially applicable to a metal rolling mill or products machined by the metal rolling mill, in particular to dynamic control of hot-rolled strip steel tension through a loop. The control system comprises a main transmission speed control module, a tension adjusting module and a tension set value correction module, a strip steel tension set value is corrected by computing loop quantity deviation between a target loop quantity and an actual loop quantity in real time and according to the loop quantity deviation, the strip steel tension set value is increased if the actual loop quantity is higher than the target loop quantity, the strip steel tension set value is decreased if the actual loop quantity is lower than the target loop quantity, tension moment is computed according to the corrected strip steel tension set value and transmitted to a torque adjuster of an electric loop, the strip steel tension is dynamically controlled, and the problem of internal deviation of strip steel in a frame or narrow reduction of the strip steel due to easy deviation of the actual loop quantity of the loop caused by fluctuation of technological parameters in constant tension control of an existing strip steel tension control system is solved.

The invention belongs to the process control field of a hot rolling slab, and relates to a dynamic control method for the mechanical property of a hot strip. The performance prediction model based dynamic control method for the mechanical property of the hot strip comprises the following steps that: before the rolling of the strip, the chemical composition and the preset processing parameters and specifications for the rolling is firstly taken, then the content of separated alloy compounds is calculated according to a preset coiling temperature in the processing parameters for the rolling, then all the data is carried into the performance prediction model for the mechanical property of the hot strip, the mechanical property of the rolled strip is predicted by using the model, the processing parameters for the rolling are adjusted so that the predicted value of the mechanical property of the strip satisfies the restriction of the target value of the mechanical property, then the rolling is performed according to the adjusted processing parameters for the rolling. The method utilizes the performance prediction model for the mechanical property to dynamically adjust the processing parameters for the rolling of the strip, realizes the dynamic control for the mechanical property of the strip, and improves the qualified rate of hot rolling products and the control precision of the mechanical property.

The invention belongs to bridge construction, and particularly relates to dynamic real-time monitoring method for concrete bridge prestressed tendon tensioning force and a special prestress construction system. The dynamic real-time monitoring method for the concrete bridge prestressed tendon tensioning force includes the steps of initializing and real-time dynamic control loading. The prestress construction system comprises at least one tensioning device, and each tensioning device comprises a hydraulic station, a reversing valve bank, a jack, an A/D data collecting module, a PLC, a central processing unit, a human-computer interface, a direct force measuring device, a hydraulic force measuring device, a prestressed tendon elongation measuring device, a friction resistance test device and a security alarm device. The double-control requirement, difficult to met in the prior art, for taking stress control as the principle thing and an elongation value as a checking item is met, the dynamic real-time monitoring method has the advantages that construction quality and safety can be effectively ensured, and problems found in the tensioning process can be solved in time.

The embodiment of the invention provides a flow control method and system, and a centralized controller, and relates to the technical field of communication. The problem that flow is only forwarded according to an IP path in a flow dredging process, resulting in that the flow transmission effect cannot meet the actual demands of a user to the business quality in the prior art is solved. The method comprises the following steps: a network edge device sends network monitoring information of a user terminal to the centralized controller, wherein the network monitoring information comprises a flow type and an occupied bandwidth; a network forwarding device sends link delay information to the centralized controller, wherein the link delay information comprises a residual bandwidth of the link and a link transmission delay; the centralized controller determines a target forwarding path according to the network monitoring information sent by the network edge device, the link delay information sent by the network forwarding device and business demand information, and releases the target forwarding path and a flow control strategy to a network device. The flow control method and system, and the centralized controller provided by the invention are applied to flow control.

This invention relates to a method for a frequency domain difference reporting CQI dynamically configuring differ3ence values including the following steps: a network end transmits the initial configuration information of frequency domain maximum difference CQI value to a user device to configure the maximum difference CQI value of the initial frequency domain of the user device, the user measures relatively to send the CQI report of frequency domain difference to the base station, the network end sends the re-configuration information of the domain maximum difference CQI value to re-configue the maximum difference value, which avoids reporting the absolute CQI value of all reporting bands by reporting the difference value of the CQI value of other reporting bands and the optimum sub-band and realizes the dynamic control of the difference bit number expressing difference value to further optimize the CQI report signaling.

The invention relates to the field of film preparation, in particular to an arc ion plating arc source which controls the movement of arc pit with dynamic magnetic field. The dynamic controlled arc ion plating arc source is provided with a dynamic control magnetic field generator, a target and a target base; the target is arranged on the target base; the dynamic control magnetic field generator consists of a main control magnetic field generator and an auxiliary magnetic field generator; the main control magnetic field generator is arranged behind the target and is coaxial with the target; the auxiliary magnetic field generator is arranged around the main control magnetic field generator. In the invention, arc-shaped magnetic fields which are dynamically distributed are formed on the target surface with the help of the cooperation of the two magnetic field generators, so as to improve the discharge form and work stability of the arc pit, control the movement track of the arc pit, improve the erosion evenness and target utility rate of the target, reduce the emission of large target particles and prepare high-quality film.

The invention discloses a SDSIN-based multi-task routing method. The method comprises the following steps: establishing a reasonable network model; carrying out spatial task level division; establishing a mathematical model based on an SDSIN multi-task routing method; making a link parameter decision; and carrying out weight updating. On the basis of the machine learning algorithm, the method considers a plurality of factors such as link state parameters and spatial tasks fully to realize optimal path selection, so that the utilization rate of network resources is increased and a congestion phenomenon of local links is avoided. Meanwhile, QoS requirements of various spatial tasks are met. With full consideration of link characteristics like transmission delay, a packet loss rate and a remaining bandwidth, a training set is trained based on the parameters; the link parameter weights are updated; and thus the multi-tasking routes are selected and recorded. Therefore, the utilization rateof the underlying resources is increased and the load balancing across the entire network is realized.

The present invention provides a system for managing and controlling dynamic condition of attendance of staff. Said system includes an enterprise server, an enterprise web station, a data base and several customer terminal computers distributed in different regions. Said enterprise server includes an attendance working module, an inquiry analysis module and a statistical report module. Said invention also provides the function and action of every above-mentioned module, and provides a method for managing and controlling dynamic condition of attendance of staff.

The invention discloses a path control method for a hierarchical and sequential address packet network (HSAPN) and a system thereof. The system comprises a path control request unit for determining tunnel parameters and sending the parameters to a path control unit, as well as triggering a boundary entity to initiation tunnel setup operation according to the path calculated by the path control unit; and a path control unit for acquiring the tunnel parameters and calculating a path according to the tunnel parameters. The method and the system improve the reliability and the stability of the tunnel setup.

The invention discloses a short link resolution method, a short link resolution apparatus and a short link resolution device. A configuration server distributes a defined regular expression to each resolution server, and thus, according to the regular expression, each resolution server checks a long link obtained after short link resolution. By means of using the regular expression, dynamic management and control to secure domain names can be realized, when deleting, adding or modifying corresponding secure domain names is necessary, the configuration server only needs to adjust contents in the regular expression, and can synchronize the updated regular expression to each resolution server in real time.

This application relates to a community fire-fighting dynamic management and control system, which includes a remote server, a mobile terminal installed with a community fire-fighting dynamic management and control APP, an information management module, a daily supervision inspection module, a fire hazard inspection module, a fire protection rectification module, an information push module, and a joint control alarm device. The mobile terminal is in wireless communication connection with the joint control alarm device and the remote server via the community fire-fighting dynamic control APP respectively. The joint control alarm device includes a wireless Internet of things gateway, an image acquisition device, a fire-fighting alarm sensor, an alarm button and an audible and visual alarm. This application is intended for densely populated places with community nature such as nine types of small places. Through the dynamic management and control system of the present application, the fire prevention situation on the scene of occupants can be grasped in time so as to realize routine prevention and control of community fire prevention and immediate linkage in case of fire abnormality, thereby greatly improving the working efficiency of the police and effectively reducing the probability of a fire.

The invention discloses a pollution source online monitoring system and a detection equipment operation and maintenance condition control method thereof. The method includes the following steps: a data acquisition instrument transmits a monitoring result to a server of an operation and maintenance condition control system through a wireless network; the relationship between the present situation of water quality and the allowable amount of pollutant discharged for enterprises is established in the operation and maintenance condition control system, and when the amount of major pollutants discharged is close to the threshold, the operation and maintenance condition control system in the server outputs a fixed pollution source discharge limit instruction according to the situation of water quality, and sends a signal to a pollutant discharge control valve through the wireless network to control on/off of the pollutant discharge control valve; and the operation and maintenance condition control system receives and displays equipment parameters and status information uploaded by the data acquisition instrument in real time, saves historical data, judges parameters and status information reported by each site, and gives an alarm immediately once abnormality is found. The total amount of major water pollutants of fixed pollution sources can be controlled dynamically based on the quality of water environment, and a necessary support is provided for fine management of the water environment.

The invention discloses a charge pump and a phase locked loop using the charge pump. The charge pump comprises a bias circuit-current mirror unit and a charge pump main circuit, wherein, the bias circuit-current mirror unit carries out biasing on a charging current source and a discharging current source from a bias current mirror image to the charge pump main circuit, the charge pump also comprises a circuit carrying out current coupling, the circuit is provided outside the charge pump main circuit, output terminal of the circuit is connected with an output terminal of the charge pump main circuit, and output current of the circuit carrying out current coupling is less than output current of the charge pump main circuit. According to an embodiment of the invention, through moving the circuit carrying out current coupling out of the charge pump main circuit, individual arrangement is employed, and when the circuit carrying out current coupling is broken, the charge pump still can work.

The invention belongs to the technical field of civil construction, and particularly relates to a mass concrete cooling device based on air cooling, a construction method and application. In order to overcome the technical defects in mass concrete water cooling in construction, the brand-new mass concrete temperature cracking prevention and control technology supplementation is provided; and at the specific air speed, cooling air and fog are mixed to enter a cooling pipe, made of high-heat-conduction-coefficient materials, in the concrete, heat exchange is carried out, heat continuously accumulated in a ventilating duct is brought out continuously, and the temperature inside the concrete is decreased. The mass concrete cooling device and the construction method are successfully applied to two practical projects, zero crack control of the mass concrete cooling device and the construction method in practical project construction is achieved, and the better application effects are obtained.

The invention discloses a system for dynamic cross-domain access control based on trusted network connection. The system comprises a trusted network access requester, a network access decision-maker and a network access controller, wherein the network access decision-maker moves the requester into different safety trusted domains according to the state of the network access requester, so as to achieve dynamic cross-domain access control. The invention further discloses a method for dynamic cross-domain access control based on trusted network connection, and according to the method, platform identity authentication and integrity measurement are carried out by using a domestic TCM chip to rank the network according to safety trusted levels, and the access of the network by a terminal is limited according to the terminal identity authentication and integrity measurement results. According to the invention, dynamic cross-domain access control is set up on the basis of trusted network connection, and the terminal is put in the network domains of different safety levels in a dynamic manner according to the safety trusted status of the terminal in time, so that the safe and trusted access of the network is guaranteed.

The invention relates to a nano-level particulate matter supersaturated growth device and a control method. The device comprises a particulate matter sample gas channel, a sheath gas channel, saturated water vapor channels, a deionized water channel, a gas flow proportion control device and a temperature gradient control device. According to the nano-level particulate matter supersaturated growth device and the control method, based on a water vapor coagulation theory, sample gas which is wrapped with the clean sheath gas and carries atmospheric particulate matters passes through the saturated water vapor channels; a semiconductor refrigerator and a flexible heater are used for controlling the temperature of the two stages of saturated water vapor channels, so as to generate a temperature gradient; and by the use of the characteristic that the water vapor dispersion rate is higher than the gas heat transfer rate, water vapors around particulate matters are oversaturated, so that the water vapors can be condensed on the surfaces of the particulate matters to promote increase of the particle size of the particulate matters. By control of the flow proportion of the sample gas and the sheath gas, or control of a temperature difference between the two stages of the saturated water vapor channel, the degree of supersaturation of the water vapors is adjusted, and dynamic control of the particle size of the particulate matters subjected to supersaturated growth is realized.

The invention relates to control over a steel billet flying shear of a hot rolling machine, in particular to an initial shearing position dynamic control method applicable to a hot rolling machine flying shear. The method comprises the following steps of determining a position tracking detection range; determining dynamic detection points; calculating the distance from each dynamic detection point to a flying shear start point; determining the width of a tracking travel window; determining the practical running position of a strip steel; determining the calculated shearing length of the strip steel; comparing the calculated shearing length of the strip steel with a strip steel shearing length set value; and starting the flying shear to shear the strip steel. The detection areas of the head and tail positions of the strip steel are controlled through a finish rolling inlet of a hot continuous rolling production line; through combination with arrangement of the strip steel head and tail position tracking travel window and correction of the basic displacement of the strip steel, position tracking integrated initial points are switched dynamically, and dynamic control over strip steel initial shearing position control points is realized. Position tracking data are more aligned with the requirement for the practical site location precision.