1146results about How to "Realize dynamic adjustment" patented technology

Provided is a surface Raman and infrared spectroscopy double-enhanced detecting method based on graphene and nanogold compounding.According to the method, light sources, a lens, a graphene nanobelt and gold nanoparticle composite substrate, an infrared Fourier spectrograph and a Raman spectrometer are included.Infrared light waves and visible light waves emitted by the infrared light source and the laser light source respectively pass through a beam combiner and then irradiate the graphene nanobelt and gold nanoparticle composite substrate, after the light waves and trace molecules adsorbed on the substrate interact, reflected light is gathered by the focusing lens to enter the infrared Fourier spectrograph, and meanwhile scattered light is gathered into the Raman spectrometer.Raman scattering signals of the trace molecules can be enhanced through the local area plasma effect of the gold nanoparticles, and meanwhile infrared absorption spectrum signals of the trace molecules can be dynamically enhanced through the graphene surface plasma effect within the broadband range.According to the method, double enhancement of surface Raman and broadband infrared spectroscopy signals is achieved on the same substrate, and the advantages of being wide in enhancement wave band, high in detecting sensitivity, wide in detected matter variety range, good in stability and the like are achieved.

The embodiment of the invention provides a business data verification method and device, a storage medium, and electronic equipment. The method comprises the steps: determining the business type of to-be-verified business data; obtaining a verification rule for the verification of the business data of the business type from a verification rule base; obtaining a verification logic generation rule from the verification rule base, carrying out the processing of the obtained verification rule according to the verification logic generation rule, and generating a verification logic; carrying out theverification of the to-be-verified business data through the verification logic, and generating a verification result. According to the embodiment of the invention, the method can achieve the dynamicadjustment of the verification logic, and can achieve the flexible adjustment of the verification logic of the business data according to the business type of the business data during the verification of the business data.

The invention discloses an increment compensation dynamic adaptive enhancement-based fault diagnosis method. The method comprises the following steps of 1, collecting vibration signals in various states for a vibration sensor at a driving end of a motor; 2, preprocessing fault data of a bearing device; 3, adding a training sample into a random noise to serve as an input of a denoising autocoder to perform unsupervised greedy layer-by-layer pre-training; 4, when new device state data exists, performing new fault mode extraction by using an existing trained DAE model, performing similar mode comparison by utilizing a mode similarity algorithm, performing increment combination on new fault modes by adopting an increment active fusion algorithm, and calculating dynamic weighting by utilizing a weight dynamic compensation algorithm; 5, training an SVM classifier by taking labeled fault data and unlabeled fault data subjected to dynamic deep learning training weighting as input vectors; 6, performing global fine adjustment on related parameters in the whole model by utilizing a BP algorithm; and 7, performing classification diagnosis of fault types.

The invention provides a plan optimization method used for a supply chain of a chemical enterprise. The plan optimization method belongs to the field of optimization methods, and comprises the steps of: acquiring initial parameters of the supply chain, and storing the initial parameters of the supply chain in a data warehouse; determining anticipated market requirements corresponding to the chemical enterprise through adopting a self-matching requirement forecasting algorithm by combining with sales data of the chemical company over the years, constructing a supply chain plan optimization model, setting a plan optimization objective function and constraint conditions in the supply chain plan optimization model, and calculating to obtain an optimal solution of the plan optimization objective function under the constraint conditions; and setting parameter step lengths, automatically constructing different plan optimization production scheduling schemes, calculating a profit correspondingto each plan scheme, and selecting the plan scheme corresponding to the highest profit for optimizing relevant parameters of the enterprise supply chain. The plan optimization method can provide theplan scheme for economical optimization solution when balancing supply and demand, so as to achieve dynamic adjustment of product structure, improve the precision, performability and working efficiency of the plan, and provide information support for production management.

The invention discloses an intelligent anti-rollover control system for an oil tank truck and a use method. The intelligent anti-rollover control system comprises a truck frame, a tank body, multi-dimensional pneumatic pressing plate adjusting devices, a combined pressing plate, annular gravity center adjusting devices, six-dimensional posture adjusting bionic wheel legs, a central control unit, a tank body gravity center controller and tank truck sensors. The use method is mainly characterized as follows: the central processing unit performs coordination control on the tank body gravity center controller and a wheel leg posture adjusting controller; the tank body gravity center controller performs coordination control on a pressing plate adjusting controller, a pressing plate controller and an annular gravity center adjusting controller; the wheel leg posture adjusting controller performs six-dimensional posture adjusting on the six-dimensional posture adjusting bionic wheel legs. The intelligent anti-rollover control system can realize real-time online monitoring and control of the gravity center of a chassis of the oil tank truck and the gravity center of the tank body of the oil tank truck, prevent rollover when the oil tank truck is disturbed by the bad road surface and the outside in a high-speed running state and remarkably improve the running stability, safety and the anti-rollover capacity of the oil tank truck.

The invention discloses a buffering method and device of video data, and relates to the technical field of information. First in the process of playing video data, video data to be played are cached in a video buffering area with a preset buffering length; then whether playing status information of the current video data satisfies a preset condition is detected according to a preset time interval; and the preset buffering length corresponding to the video buffering area is adjusted according to a detection result. By utilization of the abovementioned scheme, when network conditions are not ideal, the occurrence of a phenomenon of unsmooth playing of a live video is reduced, and when the network conditions are relatively good, the real-time performance of playing of the live video can be improved.

The invention is used for interconnecting all kind of heterogeneous medical information systems, and comprises: a message receiving and analyzing unit, a work-flow driving unit and a message sending unit. The message analyzing unit is used for receiving the messages from each medical information system, and after analyzing the messages, generates a corresponding event to be processed; the work-flow driving unit processes the event to be processed according to the work-flow driving configuration, saves the data of event in the media data center and generates the message to be transmitted; the message sending unit is used for sending said message to its corresponding medical information system.

The invention provides a cell measurement method and device. The cell measurement method comprises the following steps: when receiving a cell measurement result in a current measurement cycle, user equipment (UE) acquires signal strength information of a current serving cell according to the measurement result; the UE determines whether regulation of the current measurement cycle is carried out or not according to the signal strength information and a set regulation rule for measurement cycles; and if yes, regulation of the current measurement cycle is carried out and using the regulated current measurement cycle to measure the cell. According to the invention, power consumption and CPU (Central Processing Unit) consumption brought by measurement can be effectively reduced, the number of message interaction generated by the measurement is reduced, and the measurement consumption is reduced on the premise of not influencing the measurement performance.

The invention provides a temperature control method for a computer and the computer. The method comprises the following steps: after the computer is started up, adjusting the rotating speed of a fan into the rotating speed corresponding to a first current CPU temperature according to a preset first corresponding relation between the CPU temperature and the rotating speed of the fan; periodically detecting information on the temperature of a scheduled heating element and/or a scheduled area except the CPU temperature, and adjusting the first corresponding relation in a scheduled mode accordingto the information on the temperature except the CPU temperature so as to obtain a second corresponding relation; and according to the second corresponding relation, adjusting the rotating speed of the fan into the rotating speed corresponding to a second current CPU temperature. By using the technical scheme, a user can achieve the adjustment on temperature control parameters in the running process of the computer by using the prior low-cost temperature control chip.

The invention discloses a dynamic regulation method and a dynamic regulation system for security strategy. The dynamic regulation method for the security strategy comprises the following steps: detecting any one and a combination of network link flow, actual processing capability of a device and service type to acquire a detection result; and according to the detection result, dynamically regulating the current security strategy. The dynamic regulation system for the security strategy comprises a detection module and a regulation module, wherein the detection module is used for detecting any one and a combination of the network link flow, the actual processing capability of the device and the service type to acquire the detection result; and the regulation module is used for dynamically regulating the current security strategy according to the detection result detected by the detection module. The method and the system achieve the dynamic regulation for the security strategy of an intrusion prevention system, and achieve the dynamic balance of processing efficiency and security protection.

The invention relates to a dynamic control system and a control method for a downhole directional power drilling tool face. The dynamic control system is characterized in that the dynamic control system comprises a set of tool face decoding system, a set of dynamic tool face control system, a set of top drive/turntable servo and brake system, a set of top drive/turntable angle sensing system and a set of top drive/turntable angle signal processing system; and the input end of the tool face decoding system is connected with the pressure signal sensor of a measurement while drilling (MWD) system in a well drilling system, the output end of the tool face decoding system is connected with the dynamic tool face control system, the dynamic tool face control system is preset in a monitoring computer, the output end of the dynamic tool face control system is connected with the top drive/turntable servo and brake system, the top drive/turntable servo and brake system is connected with a top drive/turntable and the top drive/turntable angle sensing system, the output end of the top drive/turntable angle sensing system is connected with the top drive/turntable angle signal processing system, and the output end of the top drive/turntable angle signal processing system is connected with the dynamic tool face control system. The dynamic control system and the control method can be widely used for the dynamic adjustment control of the downhole directional power drilling tool face.

The embodiment of the invention provides a domain name resource records management method and device. The domain name resource records management method comprises the steps of receiving a subscription request message sent from a Domain Name System (DNS) server by a Network Function Virtualization Organizer (NFVO); and when a change event of an NS example changes, sending a notification message to the DNS server by the NFVO, wherein the notification message is used for notifying the DNS server of modifying domain name resource records based on the notification message. Consequently, the NFVO can notify the DNS server in time when a network changes (the NS example changes), so that the DNS server can update the domain name resource records automatically, thereby realizing dynamic adjustment of a service flow based on network change and responding demands of network services rapidly.

The invention discloses a system, a device and a method for implementing video monitoring zone occlusion, and a device for presenting the video monitoring zone occlusion. The invention determines each edge point position of the occlusion zone in an image according to a simulating lens angle and/or focal distance, and the occlusion zone shape in a pre-setting image, so as to realize a dynamic regulation to a proportion of the occlusion zone in the simulating lens visual field; then generates corresponding occlusion graphs according to each edge point position of the occlusion zone and overlays the graphs in the image, and enables the occlusion zone of the image to be screened by the occlusion graphs. Moreover, a multimedia chip also generates corresponding occlusion graphs according to colors expressing the occlusion graphs, and/or transparency, and/or fuzzification degree, and/or word collocation information displayed in the occlusion zone, so as to make the occlusion zone of the image to implement various occlusion effects.

The invention discloses a device and method for atomizing turbulent agglomerated granules. The device is simple in structure, good in agglomeration effect and good in universality. The device comprises a shell, wherein a fume channel is formed inside the shell; a fume heat exchanger, guide blades, a double-fluid ejection atomization section and a turbulent agglomeration section are sequentially arranged inside the shell in a fume flowing direction; the fume heat exchanger is used for reducing the temperature of dust-containing fume to T, wherein T is not higher than condensation temperature of steam in the dust-containing fume; the guide blades are used for adjusting the flowing direction so that the flowing direction of granules in the dust-containing fume trends to be accordant with that of the fume; the double-fluid ejection atomization section comprises a gas supply pipeline, a water supply pipeline and double-fluid nozzles; the ejection directions of the double-fluid nozzles for connecting the gas supply pipeline and the water supply pipeline are parallel to the flowing direction of the fume; the turbulent agglomeration section comprises a plurality of turbulent elements which are arranged in sequence or in a staggered manner, and two ends of each turbulent element are fixed on the inner wall of the shell; and the turbulent elements comprise boundary plates which are symmetrically arranged by taking the fume direction as an axis of symmetry, and the front ends of the boundary plates are fixedly connected.

The invention relates to a control method and a control device for production line processes. The control method comprises the following steps that: an upper computer sets respective unique process information for the production line processes, distributes one or more processing stations to each process, selects a specific process and generates a process list according to a production line processing task of a workpiece, and updates the process list according to the change requirement of the production line processing task of the workpiece; and the upper computer sends a control instruction to a controller according to the processes in the updated process list and the distributed processing station information through a data communication line after receiving station information of the workpiece to be processed, and the controller controls rail transmission of the workpiece on a production line along a material transmission line. By the method, the production line processes can be changed on line under a single task according to the actual requirement, and can be flexibly and conveniently adjusted without shutdown according to the actual production condition, production resources are redistributed, the production efficiency of the production line is improved, and cost is reduced.

A method for dynamically adjusting resources among a plurality of co-existing applications comprises the steps of: building a relation model between a request number and resource consumption of said plurality of applications; obtaining at multiple sampling moments a request number and resource consumption of each of said plurality of applications; calculating resource consumption ratio of each of said plurality of applications; and analyzing resource consumption of a plurality of currently co-existing applications.

Provided in the invention is a method and system for dynamic adjusting a flow control threshold. The method comprises: determining current processing state of resources; according to the processing state, obtaining a corresponding adjusting algorithm; and adjusting a flow control threshold of the resources based on the obtained adjusting algorithm. With the provided method, a flow control threshold can be adjusted dynamically according to the transaction situation; and the basic flow control function can be realized and resources can be utilized to the greatest extent.

The invention discloses a bandwidth adjusting method and related equipment, and is used for realizing flexible adjustment of bandwidth. A controller obtains behavior characteristic statistical information sent by an end cloud node device and obtains system residual bandwidth resources, wherein the behavior characteristic statistical information refers to a statistical result of behavior characteristics of occupied network bandwidth of users accessed to the end cloud node device; the controller determines the adjustment quantity of the bandwidth of the end cloud node device according to the behavior characteristic statistical information and the system residual bandwidth resource; and the controller sends a bandwidth adjusting instruction to a first network device, wherein the bandwidth adjusting instruction is used for instructing the first network device to adjust the bandwidth allocated to the end cloud node device by network equipment on a transmission link according to the adjustment quantity of the bandwidth.