60results about How to "Eliminate blindness" patented technology

The invention provides a parking space reservation management system of an intelligent parking lot. The system comprises a server, a client, a public wireless communication module, a GSM short message module, a parking space communication control module which is arranged in each parking space and an active RFID card which is arranged on each registered client vehicle and is one-to-one bound with a client GSM number. The parking space communication control module reads the information of the active RFID card and carries out information exchange with the public wireless communication module through a ZigBee network. The server carries out information exchange with the public wireless communication module through a public communication network and carries out information exchange with a client through the GSM short message module. According to the invention, detailed parking space information can be offered for the registered client and a parking space reservation function is realized; the blindness of parking of the registered client is completely eliminated; the client can successfully find a parking space; going out and parking of the client are convenient; and the system has strong anti-interference capacity, and is especially suitable for parking lots of a supermarket, an airport, a hospital and other public places.

A phased array antenna includes a substrate and an array of antenna unit cells formed on the substrate. Each antenna unit cell comprises first and second sets of coupled dipole antenna elements that are orthogonal to each other and provide dual polarization. A member is positioned at each antenna unit cell between each of the dipole antenna elements in each polarization to eliminate scan blindness without reducing broadside (non-scanned) array gain.

The invention discloses a rolling bearing health condition evaluation method based on CFOA-MKHSVM, belongs to the technical field of bearing fault evaluation and aims at evaluating rolling bearing performance degradation degree more effectively. The method includes: extracting time domain and frequency domain statistical features of bearing vibration signals and wavelet-packet-based time frequency features; aiming at the problems of nonuniform state data distribution and data heterogeneity of a rolling bearing, adopting a hyper sphere support vector machine for recognition and performing multinuclear convex combination and optimization; in order to eliminate blindness of artificial selection of multiple parameters of a classifier and proneness to selecting into a local optimum problem, combining a fruit fly algorithm with a chaos theory to optimize the multiple parameters; building a chaos optimization fruit fly algorithm-multi-core hyper sphere support vector machine CFOA-MKHSVM model, and putting forward a normalized difference coefficient evaluation index. Experiments for comparing the normalized difference coefficient evaluation index with an SVDD algorithm evaluation index verify effectiveness of the normalized difference coefficient evaluation index, and quantitative evaluation of rolling bearing health state is realized.

The invention discloses a video service quality-based hybrid selective repeat method, which mainly solves the problems of reduced data transmission quantity, large transmission delay and poor video information continuity caused by unnecessary cost in the prior art. The method is implemented by the following steps of: first, calculating a video subjective quality objectified value by utilizing a video subjective quality objectifying model, and calculating a data transmission redundancy range which cannot cause network congestion by using a network broadband which feeds back from a receiving end to a transmitting end; then, according to the data transmission redundancy range, allocating proportions to forward error correction redundancy and selective repeat redundancy to optimize the video subjective quality objectified value; and finally, selecting a code pattern for coding according to the forward error correction redundancy, and determining the number of packets needing to be repeated according to the selective repeat redundancy. In the method, forward error correction control and selective repeat error control are taken into consideration at the same time, so that the time cost and the network cost are reduced; therefore, the method can be used in a video transmission system.

The invention relates to a system and method for testing defects of a network protocol, and a network protocol system is expressed in a graph and form mode through improving the traditional Petri network protocol model. According to the network protocol standard described by a text format, the improved protocol model is applied to modeling a network protocol system to be tested; and then, syntactic analysis is carried out on the external interface and internal core of the network protocol, and possible defects of the network protocol to be tested are listed; a regular expression syntax is utilized to construct a test case template containing defects obtained in the syntactic analysis stage, and the test system automatically and randomly generates a corresponding test data file based on the regular expression rule, namely the defect test case; and finally, the system sends and injects the test case comprising syntactic defects to the protocol system according to the protocol rule to be tested, then waits for the response of the protocol system and returns the response to a test initiation platform, and the defect test system generates a final test report according to the total defect test process.

The invention relates to a control method applied to a threshing and redrying production line, providing a predictive PI controller based on a model. The control method is composed of a PI control item and a predictive control item. Based on a flue-curing barn temperature object, four flue-curing barn temperature controllers are designed by an advanced predictive PI control algorithm, thus avoiding the problems of low regulation speed and big fluctuation of the traditional PID control algorithm; based on a cooling room generalized moisture object and an outlet generalized moisture object, thecooling room moisture control scheme and the outlet moisture control scheme are respectively designed by adopting self-adaption anti-interference pseudo prediction PI control algorithm, thereby greatly improving control precision and enterprise economic benefit. The invention has the advantages that the control method is a control algorithm based on the model, and the PI control item can improve controller robustness; the predictive control item can predict future control function according to the control function in a certain past period, eliminating control blindness, and ensuring that the production is totally in autocontrol in the closed loop mode.

The invention mainly relates to the technical field of quick satellite earth observation, in particular to a method for realizing hybrid and active scheduling on quick satellites. The method comprises the following steps: S1, generating an initial flexible scheduling plan: alternately performing heuristic search and constraint propagation until processing on all tasks is completed, wherein the resource allocation problem is solved by the heuristic search, and the activity start time range is reduced by the constraint propagation; S2, performing hybrid and active adjustment on the scheduling plan: performing scheduler underlayer processing by utilizing the minimum disturbance updating method of the constraint propagation when the task observation start time, the activity duration and the activity observation posture are adjusted; performing adjustment on a task observation time window and insertion of tasks, which are not arranged, by utilizing the heuristic search method for inserted tasks. The method for realizing the hybrid and active scheduling on the quick satellites, disclosed by the invention, is simple in operation, high in flexibility and easy to realize, and can be applied under the complicated background that the multiple quick satellites are scheduled.

The invention discloses an improved fuzzy Petri field fault diagnosis method for electric power communication, which comprises the following steps: an improved dynamic fuzzy petri net algorithm is defined; based on the algorithm, a dynamic fuzzy petri net model for fault diagnosis in electric power communication field is constructed; and the constructed dynamic fuzzy petri net model is applied tothe fault diagnosis of electric power communication field. Based on the fuzzy Petri net theory, the present invention proposes a dynamic electric power communication network field fault diagnosis method, effectively avoids the error caused by artificial subjective factors in the fault diagnosis process of the fuzzy Petri net, and improves the accuracy of the reasoning process.

The invention discloses an explosive welding method for bimetal composite boards with special quality requirements. The explosive welding method includes preprocessing blanks; charging powder; and performing explosive welding. In a powder charging procedure, 'basin'-shaped powder charge bodies are arranged on shroud plates and extension plates, upper and lower surfaces of the powder charge bodies are parallel to the shroud plates and the extension plates, and powder charging quantities are acquired by computing according to a formula. The welded rate of the composite boards welded by the explosive welding method reaches 100%, the bonding strength of welded surfaces of the bimetal composite boards meet a bimetal solid-phase metallurgical bonding strength law, bonding interfaces of the bimetal composite boards are finely wavy and are excellent in quality, and accordingly the quality requirements of critical equipment of thermonuclear fusion power generation test reactors on the composite boards are met.

The invention provides a data migration method, a data migration system and a data migration device at the host machine end. The data migration method comprises the steps of ascertaining the source address of a target data object and ascertaining the migration strategy of the target data object, wherein the source logical hard disc which the target data object belongs to comprises a plurality of data objects; and sending object migration information to a storage system, wherein the object migration information comprises the source address of the target data object and the migration strategy of the target data object, so that the storage system can obtain the target data object according to the source address of the target data object and migrates the target data object according to the migration strategy of the target data object conveniently. According to the data migration method, the data migration system and the data migration device at the host machine end, data migration granularity can be reduced and refined performance adjustment can be achieved.

The invention discloses a low-illumination-level forest fire image segmentation method which comprises the steps of (1) introducing a low-illumination-level forest fire image collected by a camera into an image processor, (2) adopting an improved histogram equalization algorithm to carry out image enhancement processing on the low-illumination-level forest fire image, (3) carrying out median filtering processing on the image by using a median filtering method, (4) obtaining a flame binary image based on YCbCr color space segmentation, (5) obtaining a flame binary image based on regional growthsegmentation algorithm, and (6) allowing the image processor to carry out XOR operations on the flame binary image based on the YCbCr color space segmentation and the flame binary image based on theregional growth segmentation algorithm, and obtaining a final low-illumination-level forest fire segmentation image. The method has the advantages of simple steps, convenient implementation, high accuracy of flame segmentation, high efficiency, a good segmentation effect, strong anti-interference performance, strong practicability and a good use effect and is convenient for popularization and use.

The invention relates to a rolling bearing performance degradation evaluation method based on an HWPSO-SVDD model, and the method comprises the following steps: S1, obtaining a feature index of a normal rolling bearing vibration signal, obtaining a fusion feature index through a PCA algorithm, and building a training sample; S2, optimizing a penalty parameter C and a nuclear parameter delta of theSVDD model by utilizing an HWPSO optimization algorithm; S3, constructing an HWPSO-SVDD model by using the penalty parameter C and the kernel parameter delta obtained by optimization; S4, inputting the training sample into an HWPSO-SVDD model for model training to obtain a trained performance degradation evaluation model; S5, acquiring a fusion characteristic index of the vibration signal of therolling bearing to be tested, and calculating to obtain a performance degradation index Vc value of the rolling bearing to be tested by using the trained performance degradation evaluation model; andS6, setting a self-adaptive alarm threshold, and when the Vc value exceeds the self-adaptive alarm threshold, carrying out early warning on the early degradation state of the bearing, so that the method has the advantages of improving prediction accuracy and robustness and the like.

The invention discloses a flow chart-based method for automatically detecting logic loopholes of electronic commerce websites. The method comprises the following steps: collecting the traces of a user using an electronic commerce website through an agency and structuring the traces into a flow chart; expanding the existing flow chart, seeking the undiscovered electronic commerce flows and integrating the undiscovered electronic commerce flows into the existing flow chart; and analyzing the expanded flow chart, recognizing the functions, embodied in the flow chart, of the electronic commerce website, carrying out logic loophole detection on the electronic commerce website by using a generated test example so as to generate a test result, calculating the similarity between the a page returned by the test and a page returned by the input flow chart, and comparing the similarity with a threshold to determine whether corresponding loopholes exist or not. According to the flow chart-based method for automatically detecting logic loopholes of electronic commerce websites, the problems that the traditional alogical loophole detection tools are low in crawler crawling efficiency and the operation of covering all the test parameters requires plenty of time are solved, so that the method is more suitable for the comprehensive detection of the logic loopholes of the electronic commerce websites.

The invention discloses a fuzzy Petri network-based system reliability analysis and fault diagnosis method which comprises the following steps: (1) analyzing system faults, determining an inference rule of a fuzzy Petri network according to a relation between every two system faults, and building a fuzzy Petri network-based fault diagnosis model; (2) counting the occurrence probability of a bottom event, and setting a system fault level; (3) setting an initial credibility value, a transition rule confidence coefficient, a transition threshold value and an initial marking matrix according to a fault event; (4) determining a key fault to be prevented according to an MYCIN credibility matrix reasoning method; (5) building an initial place set, a target place set and reachability sets of the place sets, reversely inquiring a path, which causes the fault, according to an occurred fault defect, and determining an initial place according to a rule that the credibility is the highest, judging whether the event is activated according to the set threshold value, and determining the credibility of the activated event. The fuzzy Petri network-based system reliability analysis and fault diagnosis method has fuzzy reasoning capacity and graphic description capacity and has the characteristic of accurately expressing fault information.

The invention belongs to the technical field of guide of parking lots and discloses a distributed intelligent guiding system and method for a parking lot. The distributed intelligent guiding system for the parking lot comprises a video monitoring module, an information collecting module, a parking space monitoring module, a central control module, an anti-blocking module, a path guide module, an early warning module, a parking charging module, a data protection module and a display module. The distributed intelligent guiding system and method for a parking lot in the invention can dynamicallymonitor the parking space and prevent the problem of battling for a parking space from occurring; the parking fee of an unlicensed vehicle generated in the parking lot is accurately worked out throughthe parking charging module; the problem that a sentry box terminal cannot normally complete the operations such as entrance and charging which affect the normal operation of the parking lot is solved through the data protection module when the parking lot has problems such as computer breakdown, abnormal power failure, database file damage and the like, thereby greatly reducing the loss of the parking lot caused by failures.

The invention relates to a package generation method and system of a C2B2C mode. The method comprises the steps that 1) a background module receives a request for establishing a package by oneself from a subscriber, and sends the request to a package combination module, and the package combination module displays all pre-stored basic function information for package establishment; 2) the package combination module receives a selection instruction from the subscriber, and according to the selection instruction, the package combination module combines the basic function information selected by the subscriber to generate the self-established package; 3) a pricing module calculates the self-established package in a combined manner to obtain a price of the package, and the self-established package and the package price are previewed in a combined manner; 4) whether a confirmation instruction is received from the subscriber is determined, if yes, a step 5) is turned to, and otherwise, the step 2) is turned to; and 5) a package issuing module generates a new package according to the self-established package and the package price, and stores and issues the new package. According to the invention, the subscriber can participate in package establishment, the initiative of the subscriber is improved, and the satisfaction degree of the subscriber is improved.

The invention discloses a blasting construction method adopting an equal-distance fan-shaped hole distributing method for a tunnel slotting and enlarging area. The blasting construction method is characterized in that a graphing method is adopted for performing equal-distance hole distributing for face holes, hole toes and the like, so that a joint of extending lines of blast holes with fan-shapeddistributed holes is taken as a precise reference point for drilling. Mapping results are utilized for perpendicularly drawing out a perpendicular line on a profile surface at the position of the joint, a sampling rod or an existing anchor rod is fixedly arranged on the perpendicular line; a hanging nylon rope is taken as a drilling and sampling line, and fan-shaped sampling is adopted on the horizontal plane, so that hole-bottom resisting lines between cutting holes and enlarging holes are uniformly distributed at equal distance according to fan-shaped characteristics; and each row of blastholes has evidence in drilling direction, angle, depth and position, and the theoretical method and practice can verify and inspect with each other. The construction method can eliminate an uneven hole distributing phenomenon of three-dimensional blind-region holes in bottoms of the blast holes between an inclined-hole wedge-shaped slotting area and the enlarging area, so that explosive energy distribution in the inclined-hole wedge-shaped slotting area and the enlarging area is uniform and reasonable, and therefore, combined effects of holes is further strengthened.

The invention discloses an explosive welding method of a metal clad plate of a super-thick shroud plate. The explosive welding method comprises the following steps of 1) pretreating substrate and shroud plate blanks; 2) arranging an extension plate at the periphery of the shroud plate; 3) arranging a substrate and the shroud plate; 4) laying main charge and auxiliary charge; 5) producing and arranging a priming device; 6) carrying out explosive welding. According to the explosive welding method, the welded rate of the clad plate welded through the process reaches 100%, the bonding strength of a welding surface conforms to a strength rule of duplex metal solid phase metallurgical bonding, a bonding interface of the welding surface is in a shape like a micro-wave with excellent quality, the impurity content of the interface is not higher than the corresponding impurity content of raw materials, and the welding quality requirements on the clad plate are completely met.

A multifunctional electromagnetic structure is presently disclosed. Said structure is a true electromagnetic bandgap (“EBG”) material, with both surface and leaky waves suppressed from the whole structure along all lateral directions. It is also an antenna element, configured to radiate to the broadside direction. The structure has two metallization layers of concentric rings between a square-shaped radiating top metal layer and a bottom ground plane. The lower concentric ring is connected to the ground plane through a plurality of vias, while the patch of the top metal layer is fed with a probe. The EBG unit cells may be used as antenna elements in a phased array environment, where they eliminate scan blindness from the array structure along all scan directions.

The invention provides a method and a system for automatic recommendation of an optimal wind power generation set and belongs to the technical field of design of a wind power plant. The method comprises the steps of an original data obtaining step: obtaining the original wind measuring data of a region where the wind power plant is positioned; an analysis step: analyzing the obtained original wind measuring data; a wind energy frequency distribution computing step: computing the wind energy frequency distribution of the region where the wind power plant is positioned, wherein the wind energy frequency distribution represents the percentage of wind energy of different wind speeds in a certain time period accounting for the wind energy sum in the certain time period; a generating capacity computing step: computing the theoretical generating capacity of each wind power generation set according to the power curve of each wind power generation set and the wind energy frequency distribution; an optimal set selecting step: selecting the wind power generation set with the highest theoretical generating capacity as the optimal wind power generations set. The method and system solve the technical problem of blindness of selection of the wind power generation set in the prior art, so the accuracy of model selection of the wind power generation set is improved.

The present invention relates to a skin beauty healthcare method based on mEPHX gene polymorphism, comprising the steps of: (1) detecting the gene locus related to skin beauty healthcare for gene polymorphism; (2) deciding the skin feather, according to the detection result; and (3) choosing a beauty healthcare scheme in accordance with the skin feather. By polymorphism detection for related gene, the method is capable of finding skin feather from gene level, predicting the easy-to-show problems, and finding out the interior reasons of the skin problems, so that optimum skin care products and scheme are pointed chosen, the blindness in skin beauty healthcare is eliminated and the beauty healthcare effect is greatly improved.

The skin beautifying health care method based on gene polymorphism includes the following steps: 1. performing gene polymorphism detection on the gene site related to skin beautifying health care; 2. judging the features of the skin based on the detection result; and 3. selecting skin beautifying health care scheme corresponding to the features. The said method can select optimal skin care product and optimal skin beautifying health care scheme to reach greatly raised skin beautifying health care effect.

The invention belongs to the field of mine physical detection, and concretely relates to a physical simulation experiment method for detecting a position of a water accumulated goaf in excavation. Themethod includes the following steps: making experimental models of similar materials for roadway excavation; making transient electromagnetic transmitting and receiving coils; collecting the coils towires, placing the coils into the model A, connecting a transient instrument, injecting water into the trapezoidal goaf through a pre-embedded plastic pipe, and immediately turning on the transient instrument after filling up the water to start collecting data; placing the coils into the model B, model C and model D, injecting water, and turning on the transient instrument to collect data; performing statistics and analysis on detection imaging results of the four models, comparing measurement results with model actual data, and determining detection precision and correction coefficients. Thephysical simulation experiment method of the invention laboratories the detection of the position of the water accumulated goaf in a roadway excavation process, can conveniently correct and optimizelayout plans under different relative positions of the water accumulated goaf and heading faces, and effectively improve the scientificity of the detection of the position of the water accumulated goaf in the excavation.

The invention relates to an intelligent throat protecting health-care instrument which is technically characterized in that a massaging belt, an intelligent control box, a connecting lead wire and a power supply wire of the connecting lead wire are included, an intelligent control circuit is arranged in the intelligent control box, and the intelligent control circuit is connected with the massaging belt and an external power supply, the massaging belt comprises double-layer neck belts and a traditional Chinese medicine permeation bag, the traditional Chinese medicine permeation bag is arranged in the middle and are in abutting connection with the double-layer neck belts on the two sides, vibration motors, heating elements and temperature sensors are arranged in the double-layer neck belts, the surplus gaps in the double-layer neck belts are filled with medical sponges, the intelligent control box is provided with an LED displaying screen, operation keys and a microphone, and the intelligent control circuit comprises a microprocessor module, a power supply module, a signal collecting processing module and a motor driving module. The intelligent throat protecting health-care instrument is reasonable in design, information collecting can be carried out on a patient, a personalized therapeutic schedule can be worked out according to the information, the pertinence of throat protecting treating is greatly improved, and treating effect is improved.

The invention discloses a tunnel mine drawing groove area equidistant sectoral hole arrangement blast construction method. The method comprises the steps of 1, designing a drawing, wherein blast holes are reasonably arranged according to the tunnel lithology grade and the tunnel blast design requirement, and an equidistant sectoral hole arrangement method is utilized to conduct CAD software drawing; 2, erecting an instrument and conducting surveying and lofting, wherein the drawing in the first step is utilized, a vertical line is made in the profile plane of the joint of the blast holes, a lofting rod or a ready-made anchor rod is arranged and fixed on the vertical line, and a nylon rope is hung and serves as a drill lofting line; 3, conducting drilling, wherein the drawing in the first step is utilized, and a drill reference point construction method is adopted to conduct construction; 4, conducting charge blast, wherein powder charging, blocking, blast network connection, alerting and blast initiating are conducted according to the designed detailed requirement for segmentation of the powder charge volume of each blast hole, and the powder charging structure. The tunnel mine drawing groove area equidistant sectoral hole arrangement blast construction method is easy to learn and operate, and hole arrangement and lofting on a palm mine drawing groove area are precisely conducted.

The invention provides a numerical control equipment fault diagnosis method based on a fuzzy Petri net. From a basic principle of a network theory, a characteristic of a diagnosis problem is combined,numerical control machine tool fault diagnosis is taken as an example, and a Petri net model in the field of fault diagnosis is studied. At the same time, the characteristic that the fuzzy Petri netcan be layered is used, relatively complex faults are subdivided step by layer so as to narrow a diagnosis scope, and efficiency and practicability of fault diagnosis of a numerical control equipmentdiagnosis object are finally improved.

The invention belongs to the quantum secret communication technical field and provides a method for testing key devices in a quantum key distribution system. The method comprises the following steps of step 1, determining the key devices in the quantum key distribution system which needs to be tested and key test parameters of every key device; step 2, selecting main change parameters of the key test parameters and enabling other parameters to serve as from change parameters; step 3, setting a value of every main change parameter through a man-machine control interface and testing the from change parameters; step 4, writing test data into a database; step 5, performing analysis on the test data in the database and display an analysis result; step 6, judging the analysis result and returning to the step 3 to continue to test if necessary; step 7, performing statistical analysis on the test data in the database and obtaining a test conclusion. According to the method for testing the key devices in the quantum key distribution system, the key test parameters are controlled based on the result of the analysis on the test data and accordingly the blindness in a test is eliminated to a certain extent, the test efficiency is improved, and the test cost is reduced.

The present invention relates to a skin beauty healthcare method based on mEPHX gene polymorphism, comprising the steps of: (1) detecting the gene locus related to skin beauty healthcare for gene polymorphism; (2) deciding the skin feather, according to the detection result; and (3) choosing a beauty healthcare scheme in accordance with the skin feather. The gene locus related to skin beauty healthcare is a -1238T-A / 2557C-G / Y113H / H139R locus of the mEPHX gene, if the detection result is homozygous positive or heterozygous positive, judge the possibility and tendency of EPHX activity decrease of the skin, and predict the easy-to-show problems of pathological aging, acne and poor detoxifying function. The invention is capable of finding skin feather from gene level and finding out the interior reasons of the skin problems, so that the blindness in skin beauty healthcare is eliminated and the beauty healthcare effect is greatly improved.

The invention relates to a skin beauty and health care method based on TNF-alpha genetic polymorphism, comprising the following steps of: (1) implementing the genetic polymorphism detection to gene sites related to skin beauty and health care; (2) judging the skin characteristics according to test results of genetic polymorphism; and (3) selecting a beauty and health care scheme according with the skin characteristics, the gene sites related to the skin beauty and health care are sites of -308G-A / -850C-T / L29S / R32W of a TNF-alpha gene, and when the test results show homozygous masculine or heterozygous masculine, the skin can be judged to have the possibility and tendency of immunity reduction and problems of pathological aging, poor blood circulation and poor reparative regeneration easily. The method can find the characteristics of skin on the gene level and internal causes of skin problems, thereby eliminating the blindness in skin beauty and health care and greatly improving the effects of beauty and health care.