117results about How to "Low level of professionalism required" patented technology

The invention discloses a radiotherapy system and a radiotherapy method based on deep learning. The radiotherapy system comprises a medical case database module, an image data processing module, a radiotherapy processing module, a deep convolutional neural network module and a radiotherapy scheme generating module. According to the radiotherapy system and the radiotherapy method provided by the invention, in the combination of image data and some radiotherapy data of patients, radiotherapy plans of existing patients are learned, so that a radiotherapy scheme can be directly generated for a newpatient, so that doctor's time in repeatedly debugging radiotherapy plans is greatly saved, labor intensity and a requirement on the professional level of operating personnel are reduced, and a moreproper radiotherapy plan is provided to the patient; therefore, the effect of radiotherapy can be enhanced.

The invention discloses a system for GPS mobile law enforcement monitoring of land resources, which includes a GPS handheld integrated machine and a background computer. The GPS handheld integrated machine is connected to the background computer through a USB interface, and a mobile law enforcement monitoring data processing module is stored in the background computer; the handheld The all-in-one machine includes an operating system platform, a camera and a GPS receiver. The operating system platform is provided with a memory, which stores a mobile law enforcement monitoring module. The method of land resources using GPS mobile law enforcement monitoring includes satellite law enforcement and dynamic inspection. The present invention adopts the 3S cutting-edge technology combined with GIS, GPS and RS to optimize the mobile law enforcement and supervision process, improve the efficiency and quality of law enforcement, combine the latest cutting-edge technology, make the law enforcement process scientific and intuitive, and realize the paperless and electronic process of land and resources law enforcement and supervision. Simplified and intelligent, greatly improving the work efficiency of field inspections, reducing labor intensity and professional level requirements for users.

The invention provides an intelligent transformer station relay protection testing system and method and a realization method. The testing system comprises a graph user interface, a model and parameter management unit, a collected data analysis unit, a realtime digital simulation unit and a simulated data conversion unit, the model and parameter management unit is connected with a graph interface unit, the collected data analysis unit is connected with the graph interface unit and used for analyzing collected data, converting the collected data into a format needed by corresponding state information in a model and transmitting the collected data to the realtime digital simulation unit, and the simulated data conversion unit is connected with the graph interface unit and the realtime digital simulation unit respectively. The intelligent transformer station relay protection testing system and method and the realization method have the advantages that construction period is short, cost is lowered, requirements on professional level and proficiency of testing personnel are low, and configuration and wiring errors in the process of intelligent transformer station relay protecting site assembly can be avoided.

The invention provides an automatic modeling method and system based on a data analysis processing system, and relates to the technical field of data processing, and the method comprises the steps: displaying a user interface which is used for a user to set a data set for creating a time sequence prediction model; obtaining a data set arranged by a user on the user interface; determining a corresponding time sequence prediction scene according to the data characteristics of the data set; determining a modeling strategy according to the data characteristics and the time sequence prediction scene; wherein the modeling strategy comprises at least one of a modeling algorithm, an algorithm evaluation method and an algorithm parameter optimization method; and creating the time sequence prediction model according to the determined modeling strategy. According to the scheme, the requirement for the professional level of the user is lowered, non-professionals can also achieve one-key modeling and obtain an optimal prediction result, and the user experience is improved.

The invention provides a video processing method, and the method comprises the following steps: producing a plurality of video templates, wherein the video templates comprise photographing scripts; generating a photographing order according to a user request, wherein at least one video template is specified in the photographing order; assigning the photographing order to a corresponding photographer; investigating submitted photographing materials; and producing a finished video product based on the photographing materials which are qualified in investigation. Through the photographing scripts, a photographing process of the photographer is standardized, quality of the photographing materials can be improved, and consequently, quality of the finished video product can be improved. The invention also provides a video processing device and a video processing system at the same time.

The invention discloses a testing logic generation method. According to the testing logic generation method, a parsing engine and an execution engine are designed based on configure languages, logic control content and module configuration content are separated, modules executing specific motions in testing software and the entire testing logic are uniformly described by adopting the configure languages, and therefore a user can define motions and a motion sequence needed to be completed by target logic through an interface provided by an application program and according to the described and separated modules having specific testing functions in the testing software. When used for testing electronic products with different functions, the testing logic generation method enables the user to freely define test functions and a testing sequence conveniently, and the user does not need to specifically write a program with certain functions. Meanwhile, the invention further discloses a testing logic generation device. By means of the testing logic generation device, the user does not need to specifically write the testing program when facing the electric productions with different functions, and the testing logic generation device has low requirements for professional level of the user, and is strong in applicability.

The invention belongs to the technical field of power electronic diagnosis and discloses a high voltage frequency converter power unit remote fault diagnosis method. The system comprises a field acquisition system for sending collected test data to a background diagnosis system and receiving the fault information of a failed system obtained by a background diagnosis system according to the test data diagnosis, a data transmission system used for realizing the data exchange between the field acquisition system and the background diagnosis system, the background diagnosis system for carrying out processing and diagnosis according to the test data and then obtaining the fault information of the failed system, and sending the fault information to the field acquisition system, wherein the failed system is a failed power unit in the chain structure high voltage inverter. According to the system, the remote diagnosis can be realized, the background diagnosis system can be fully used, a field problem is rapidly analyzed and on-site equipment maintenance is guided, the time and cost of the equipment maintenance are saved, the sharing of resources is realized, and the utilization rate of the resources is improved.

The invention relates to a blade inherent frequency automatic testing system which comprises an external control analysis system, a base, a stepping motor, a rotating disc, a clamping assembly, a laser displacement sensor and a jetting assembly. The stepping motor drives the rotating disc to axially rotate so as to drive the to-be-tested blade to rotate; the jetting end interruptedly injects the gas at equal time to enable the to-be-tested blade to vibrate, and meanwhile, the vibration displacement of the to-be-tested blade is measured through the laser displacement sensor, and the obtained vibration displacement information and the vibration frequency information are transmitted to the external control analysis system, so that the inherent frequency of each order of the to-be-tested bladeis obtained. The middle test process does not need manual intervention, the automation degree is high, the requirement for the technical level of an operator is low, and the testing efficiency is high. The technical level and the testing efficiency of related industries can be greatly improved, and the application prospect is good.

The application provides a distributed photovoltaic power station fault monitoring method and device based on edge computing, which are applied to an edge computing device. The method comprises the steps of: obtaining meteorological and environmental parameters of an area where a target distributed photovoltaic power station is located, cloud block image data and field equipment image data above the target distributed photovoltaic power station; predicting the power generation power of the target distributed photovoltaic power station in a set time period by using the meteorological and environmental parameters, the cloud block image data above and the field equipment image data to serve as predicted power generation power; acquiring actual power generation power of the target distributedphotovoltaic power station within the set time period; and monitoring whether the target distributed photovoltaic power station has abnormity or faults or not by comparing the predicted power generation power with the actual power generation power. In the application, the abnormity or fault monitoring of the target distributed photovoltaic power station can be achieved through the mode, and the monitoring reliability is improved.

The invention discloses a preparation method of a fluorine-silicon modified acrylate emulsion and application of the fluorine-silicon modified acrylate emulsion in liquid disperse dye printing. The preparation method comprises the following steps: (1) synthesis of fluorosiloxane; (2) taking isooctyl acrylate, methyl methacrylate, acrylic acid, n-hexadecane and the fluorosiloxane obtained in the step (1), uniformly stirring, and adding into an emulsifier aqueous solution to obtain a pre-emulsified liquid; and adding the pre-emulsified liquid into a reactor to serve as a seed emulsion, adding anammonium persulfate aqueous solution into the seed emulsion to react, and cooling to obtain the fluorine-silicon modified acrylate emulsion. According to the method, a fluorine-silicon chain segmentis introduced on the basis of acrylate. The handfeel of a printed fabric can be effectively improved by utilizing the softness of an organic silicon chain segment; by utilizing short C-F covalent bonds and large bond energy of organic fluorine segments, the hydrophobicity of the adhesive film is improved, the solubility parameter and the refractive index of the adhesive film are reduced, and the color fastness and the color yield of the fabric are improved.

The invention relates to a method for adjusting motor current ring parameters, which extracts three indexes of current rising time, overshoot and a steady state current value and adjusts the current ring parameters according to the indexes by a change rule. The invention realizes self adjustment in an original motor driver without adding any external software and hardware, and the self adjustment does not need hardware cost and is free from the influence of the motor parameter and the power supply spot voltage of driver voltage; a code is simple to realize, the parameters are convergent, and a self-adjustment result is good. The adjustment can be realized just by an external start signal, the current ring parameter adjustment can be automatically finished during each electrifying, and the requirement on the professional level of a user is greatly reduced.

The present invention is one kind of earthquake-proof brick with raised earthquake-proof effect and relaxed requirement on the technique of the building worker. The earthquake-proof brick possesses at least one corresponding notch-boss structure. When the bricks are laid, two adjacent bricks may be located easily and combined firmly by means of the corresponding notch-boss structure. The wall of the brick has strengthened earthquake-proof performance.

The invention discloses intelligent, full-automatic and digitized medical X-ray inspection equipment. The intelligent, full-automatic and digitized medical X-ray inspection equipment comprises a frame. One side of the frame is connected with a first movable arm. The other side of the frame is connected with a second movable arm. The second movable arm is connected with an X-ray emitting device. Apatient information collection system is arranged on a flat panel detector. The equipment can control KV value of X-ray exposure and ensure precise control of exposure dose so that more precise imagesare obtained for later-period diagnosis. By inputting inspection information and body data information on patients into a control system, the frame is controlled to automatically operate at the appointed inspection position. Without manual intervention, workload of doctors is reduced so that working efficiency is increased. By equipping a conventional X-ray system with more intelligent data information collection sensors, artificial intelligent technology is combined into the conventional digitalized X-ray system. The overall system does not need manual intervention. The requirement for professional standards of personnel is set lower. The intelligent, full-automatic and digitized medical X-ray inspection equipment is of great economic value and good for quick popularization.

The present invention discloses a receiving cavity for a lower limb prosthesis and a preparation method thereof. An outer surface of a flexible receiving cavity main body closely fits with an inner surface of a rigid receiving cavity skeleton, a lower part of the rigid receiving cavity skeleton is connected with a connecting device, the connecting device is connected with a prosthetic knee joint component through a threaded connection member, the rigid receiving cavity skeleton is provided with a material removing region and a material reinforcing region, shapes, positions and thickness of thematerial removing region and material reinforcing region are determined according to biomechanical interface analysis and structural topology optimization, the flexible receiving cavity main body isprovided with gradient-distributed porous filling regions, and shapes, positions, filling structures and gradient distribution of filling percentage of the filling regions are determined according tothe biomechanical interface analysis of multi-gait residual limbs. A personalization degree of the receiving cavity can be significantly improved and the receiving cavity improves comfort and functiontransfer performance of users during use.

The invention belongs to the related technical field of combustion optimization, and discloses a boiler combustion optimization method and system based on air/pulverized coal and CO on-line monitoring. The method comprises the steps of acquiring the primary air/pulverized coal concentration, the primary air flow velocity and the CO concentration at multiple measurement points in a hearth in real time; respectively acquiring the corresponding relationship between the CO concentration and the boiler operation comprehensive cost, the primary air/pulverized coal concentration, the flow velocity and the secondary air air door opening degree matrix under multiple working conditions; acquiring threshold ranges of the CO concentration, the primary air/pulverized coal concentration and the flow velocity under the various working conditions and the secondary air air door opening degree optimization interval by taking the optimal boiler operation comprehensive cost as a standard; and detecting the primary air/pulverized coal concentration, the primary air flow velocity and/or the secondary air air door opening degree matrix when the CO concentration or the primary air/pulverized coal concentration or the primary air flow velocity monitored in real time is not within the corresponding threshold range. According to the method and the system, accurate adjustment of the boiler combustion sideis realized by monitoring the CO concentration of the boiler side and jointly adjusting the parameters of primary air and secondary air.

The invention, which belongs to the technical field of textile machinery equipment, provides a textile slitting machine based on industrial camera positioning. The textile slitting machine comprises acoarse centering mechanism, a fine deviation correcting mechanism, a flattening mechanism, a re-correcting mechanism, a feeding mechanism, a detecting mechanism, a cutting mechanism and the like thatare arranged successively from front to back. The detecting mechanism includes a backlight emitter, an industrial camera and an industrial personal computer; the backlight emitter is arranged below apiece of cloth and is used for emitting a light source to the cloth; and the industrial camera captures an opening slit on the cloth and a surrounding environment pixel difference, and transmits thepixel difference information to the industrial personal computer for processing through wired communication. The cutting mechanism includes a cutter, a servo motor and a lifting cylinder; the servo motor controls the cutter to move left and right based on cooperation of a gear and a rack. Compared with the infrared radiation positioning, the industrial camera positioning enables the recognition rate and the detection precision to be improved; visual image information can be provided; and thus the worker can operate the machine easily.

The invention belongs to the related technical field of seismic oscillation detection, and discloses a multi-point seismic oscillation synthesis method, which comprises the following steps: S1, acquiring a power spectral density function at a bedrock; S2, simplifying a soil layer on the bed rock into a homogeneous soil layer which is horizontally layered to acquire a transfer function from a bed rock to the homogeneous soil layer; S3, according to the power density function of the bedrock and the transfer function of the homogeneous soil layer, obtaining transfer functions of the homogeneous soil layer from each point of the bedrock in the X, Y and Z directions, and further obtaining a self-power spectral density function and a cross-power spectral density function of the homogeneous soillayer; and S4, synthesizing the seismic oscillation acceleration of the homogeneous soil layer according to the self-power spectral density function and the cross-power spectral density function of the homogeneous soil layer. The invention further provides a multi-point seismic oscillation synthesis system. By means of the method and system, accurate representation of seismic oscillation can be achieved, meanwhile, the requirement of the system for the professional level of a user is low, and research and design efficiency is effectively improved.

The invention provides a power consumption test device and method used for an intelligent terminal. The device comprises a program control power supply, an equipment plate and a control terminal. Theprogram control power supply is used for providing a first preset power supply. The equipment plate comprises a first port and a second port. The equipment plate is connected with the program controlpower supply through the first joint so as to receive the first preset power supply provided by the program control power supply. The equipment plate is also connected with an external port of the intelligent terminal through the second port. The equipment plate controls a cell of the intelligent terminal to stop providing power to a cell power supply end of the intelligent terminal through the second port during a power consumption test and providing the first preset power supply to the cell power supply end of the intelligent terminal through the second port. The control terminal is connected with the equipment plate. The control terminal is used for controlling the equipment plate to carry out power consumption test, acquiring power consumption data of the program control power supply and carrying out the power consumption test on the intelligent terminal according to the power consumption data of the program control power supply. Thus, the power consumption test of the whole machine with the cell can be achieved and the automation degree is high.

The invention relates to a whole-body two-sided flame separating type heating rotary kiln and a method for producing direct reduction iron co-production carbon base fertilizer. According to the invention, a rotary kiln cylinder is composed of two cylinders namely an outer cylinder and an inner cylinder; an in-depth reduction chamber is formed between the outer cylinder and the inner cylinder and is divided into 6 to 12 in-depth reduction chambers by support partition boards; each separated in-depth reduction chamber is filled with equivalent reduced material, the filling rate is increased by 6 to 12 times, and the productivity of direct reduction iron of the rotary kiln is also increased by 6 to 12 times, so that the production capacity of the kiln is greatly improved, the kiln size is relatively reduced, and the investment on the kiln is also greatly reduced relatively. Except carbon, biomass materials including straws and the like can be used as a reduction agent, so that pollution to the environment caused by combustion of the biomass materials is avoided, waste materials are recycled, high-concentration coal gas and by-products of co-production biochar base fertilizer are recycled, energy conservation, emission reduction and carbon drop are realized, and NOx is not generated.

The embodiment of the invention provides an active power prediction method and device for a power transmission and transformation device based on an SVM algorithm. The method comprises the steps that a first eigenvector is acquired, wherein elements in the first eigenvector comprises a first preset number of first historical active power data which are data which meet a preset condition in historical active power data corresponding to a target power transmission and transformation device; and the first eigenvector is input to a pre-built target support vector machine SVM model to acquire the active power prediction value of the target power transmission and transformation device at the next time, wherein a preset time interval is between the next time and a first target time, and the first target time is the time closest to the current time in times corresponding to the first preset number of first historical active power data. According to the embodiment of the invention, the active power of the power transmission and transformation device is predicted, and the prediction cost is reduced.

The present invention discloses a business realization method and a system thereof. The business realization method comprises the following steps: generating a business flow tree by a service development module according to configuration data which are input by a business developer; receiving network signaling of a business user by a background service module, matching a corresponding business flow tree according to the network signaling, and realizing the business function according to the business flow tree. Through the technical solution of the invention, the business realization method settles a problem of incapability of flexibly and quickly developing a new business by an operator in a prior business realization mode.