854results about How to "Automate the process" patented technology

An interactive system conducts auctions over an open communications network. Remote bidder site(s) are interconnected with remote scum site(s). Data for desired merchandise to be acquired at an auction is entered and a bidding strategy is automatically generated at a remote bidder site. The generated bidding strategy is dien implemented at a remote seller site. Auction data relating to merchandise to be auctioned is entered and a selling strategy is generated on the basis of the auction data at the seller site. Thereafter, the generated selling strategy is implemented by interaction with bidding agent(s) at the seller site. During an auction at a seller site, the bidder and seller actions are controlled and synchronized.

An embodiment of the invention provides a method of upgrading a network function virtualization application as well as a method and a device for forwarding business. The method of upgrading the network function virtualization application comprises the following steps that a virtualized infrastructure manager VIM creates network resources according to an upgrading plan of an NFV (Network Function Virtualization) application; the VIM creates a virtual machine of a new edition of virtual network function VNF according to the upgrading plan; the VIM configures the virtual machine to a test network according to the network resources; the VIM carries out upgrading configuration on the virtual machine according to an upgrading configuration script, so that the new edition of VNF is obtained; and after an NFV orchestrator NFVO determines that the function test of the new edition of VNF at the test network is successful, an old edition of VNF is switched to the new edition of VNF. In the embodiment of the invention, through defining an automated process for upgrading the network function virtualization application and the upgrading steps, the automated process for upgrading the network function virtualization application can be implemented.

The present method and apparatus provides for automated testing of data integration and business intelligence projects using Extract, Load and Validate (ELV) architecture. The method and computer program product provides a testing framework that automates the querying, extraction and loading of test data into a test result database from plurality of data sources and application interfaces using source specific adaptors. The test data available for extraction using the adaptors include metadata such as the database query generated by the OLAP Tools that are critical to validate the changes in business intelligence systems. A validation module helps define validation rules for verifying the test data loaded into the test result database. The validation module further provides a framework for comparing the test data with previously archived test data as well as benchmark test data.

The invention discloses a process and a device for incinerating rotary kiln gas-controlled medical waste, relating to the environmental protection technical field. The process of the invention comprises the following steps of: collecting the whole packet of medical waste refuse bag and feeding into a feeding hopper, then feeding into a rotary kiln initial combustion chamber by a feeding mechanism which is closed by chain, and completing the processes of drying, pyrolyzing and air controlled anoxycausis of the medical waste. Waste gas generated by the rotary kiln initial combustion chamber enters to a secondary combustion chamber to undergo the process of air controlled oxygen-enriched complete combustion, wherein bottom ash with a little redial carbon is flamed at an inclined fire grate which is arranged in an ash well at the lower part of the secondary combustion chamber. The smoke gas at an outlet of the secondary combustion chamber is exhausted into the atmosphere by a draft fan through a chimney after surplus heat utilization of a surplus heat boiler, smoke gas sharp quenching of a quench tower, a dry-type deacidification and cloth-bag dust removal of a bag-type duster. Compared with the prior art, the process and the device for incinerating rotary kiln gas-controlled medical waste have the advantages of good operating economical efficiency, automatic safety continuous feeding, fluent slag tapping system and low index of pollution emission.

The invention discloses an intelligent tool management system based on the Internet of Things technology. The system comprises a plurality of intelligent tool cabinets and a backstage management system. Various electrical tools pasted with anti-metal RFID tags are placed in the storage cabinets. A UHF antenna RFID card reader is used for scanning the anti-metal RFID tags in the cabinets to judge which tools exist in the storage cabinets. The backstage management system is used for carrying out centralized management on electrical tool information and personnel information and judging the usage relationship between personnel and the tools by identifying and tracking the personnel information and the tool information so as to generate receiving and returning records automatically. According to the system, all the tools are uniformly pasted with the unique RFID tags so that the unique identity of each tool can be determined; when a user opens a cabinet door through a door controller, a backstage of the system identifies and records the user automatically, associates information of the user with the information of the tools taken out of or put into the cabinets and judges and records the type of the tools and the taken-out state or put-into state automatically, and automatic and real-time bonding between the user and the tools is achieved.

The invention discloses a foundation base model test device capable of bidirectional loading. A force-bearing framework is a rectangular steel frame, a model slot is of a rectangular steel structure, is provided with an upper opening and is formed by welding of a box template, the force-bearing framework is sleeved at the periphery of the model slot, a horizontal actuator counterforce column is vertically erected on the left end part of the model slot, the left end of the horizontal actuator is connected with the horizontal actuator counterforce column, the right end of the horizontal actuator is connected with the top of a pile, the upper end of a vertical actuator is connected with a cross beam at the upper part of the force-bearing framework, the lower end of the vertical actuator is connected with the top of the pile through a vertical dowel steel, a row of drain valves are arranged at the lower part of the left side wall of the model slot, an inlet valve is arranged at the lower part of the right side wall of the model slot, and a water supply pipe of the inlet valve is connected with a constant-pressure water tank. Monitoring is systematic and comprehensive, embedding of monitoring instruments is relatively easy, and automatic and real-time monitoring on multiple physical quantities can be realized. The foundation base model test device disclosed by the invention can be used in conducting model tests like slope foundation, composite foundation and pile foundation.

The invention relates to the technical field of dies and discloses the cutting and drawing process of a basin frame. The cutting and drawing process comprises the material cutting step and the material drawing step. The material drawing step is performed after the material cutting step. Automatic feeding is performed on materials through an automatic feeder before the material cutting step. The blowing step which comprises performing material blowing on the basin frame product after drawing forming is performed after the material drawing step. The machining of the cutting step, the drawing step and the blowing step is performed through the same die. A cutting mechanism, a drawing mechanism and a blowing mechanism are arranged in the die in turn. The cutting mechanism is used for cutting the materials, the drawing mechanism is used for performing the drawing forming on the cut materials, and the blowing mechanism is used for performing the material blowing on the basin frame product after the drawing forming. According to the cutting and drawing process of the basin frame, the cutting mechanism, the drawing mechanism and the blowing mechanism are arranged in the same die in turn for the cutting, drawing and blowing machining and accordingly the automatic process of the cutting, drawing and discharging is achieved, the production efficiency and the safety are improved, and the labor intensity of workers is reduced.

The invention relates to an air bridge and an automatic abutting method therefor. The air bridge comprises an airplane connector, a lifting mechanism, a travelling mechanism and an automatic abutting device. The automatic abutting device comprises an image data acquisition unit, a preprocessing unit, a database, a visual identification and positioning unit, a motion control unit and a bridge control system. When an airplane parks at a parking position and the air bridge automatically abuts at an initial position, the automatic abutting device is started; image data of a hatch door of the airplane, included in the image data acquisition unit, is preprocessed; an image meeting the features of the hatch door of the airplane is recognized from the processed image data; information about the position of the airplane connector relative to the hatch door is calculated; travel control information is generated according to the information about the relative position; the relative position information and the travel control information are encoded and transmitted to the bridge control system; finally, the received information is decoded, the travel control information is executed, and the air bridge is driven to move until automatically abutting to the hatch door.

An examining and approving management system for administrative information comprises an automatic number-sending subsystem, a document-handling management subsystem, a process management subsystem, a certificate printing subsystem, a short message management subsystem, an one-card service subsystem, a reply subsystem, an electronic archive integration subsystem and a voice center subsystem. The examining and approving management system for the administrative information achieves coordinated service from certificate application to certificate printing for an applicant, builds complete personal information system for the applicant through intelligent card technology, omits repeated recording of the personal information, achieves multi-channel distribution and processing of the information through a digital certificate, a wireless application protocol (wap) network and independent voice technology, and overcomes shortcomings of dispersed former examining and approving departments, long consumed time, undefined examining and approving responsibilities and irregular charge, and has remarkable effects.

The invention relates to a generation method for a semantic similarity matrix between field images taking semantic distance between medical field images as a research object, and discloses a medical image similarity matrix extraction modeling method based on a rough semantic probability model through multi-strategy matched similarity relational mapping. The medical field image semantic similarity matrix generation method disclosed by the invention mainly comprises four steps of: semantic annotation based on a Bayes probability model, image feature discretization, semantic feature reduction and field similarity model calculation based on a polymorphic theory. The medical field image semantic similarity matrix generation method can effectively increase combination accuracy of semantic information between the medical field images, improve quality of an integrated medical clinical diagnosis field knowledge base, and reduces calculation scale required for mining image semantic information in large scale.

The invention provides a charging control method, a device and a system for a charging pile, which relate to the technical field of charging piles. The method comprises steps: the use state of a charging pile in a target charging station is acquired; based on the use state, a reservation request is sent to a charging management platform, wherein the reservation request represents the target charging pile in the target charging station is requested to be reserved; and pushing information sent by the charging management platform based on the reservation request is acquired to prompt a first user to decide whether to advance to the target charging station for charging according to the pushing information, when the first user advances to the target charging pile for charging, an intelligent ground lock of the target charging pile is unlocked through the charging management platform and thus, charging operation is executed. Thus, the technical problems of large manpower investment and low coverage when the existing way is used to solve the problem of the occupancy of parking space resources in charging facilities can be alleviated.

An embodiment of the invention discloses a method for switching disaster recovery, wherein the method comprises the following procedures: monitoring whether a first network element has a failure, generating a switching instruction which is used for switching the service of the first network element to a backup network element corresponding with the first network element when the failure of the first network element is confirmed; and confirming an instruction receiving object corresponding with the switching instruction according to the corresponding relationship between the pre-collocated instruction and the instruction receiving object, and transmitting the switching instruction to the instruction receiving object for executing. The embodiment of the invention also discloses a disaster recovery switching system and device. The timeliness and accuracy in the disaster recovery process can be effectively increased according to the invention.

The invention discloses an electronic conference plate system based on a ZigBee wireless technology network, which consists of an identity recognizer, a control server, a wireless positioning data transmission host and an electronic conference plate. The identity recognizer comprises a control chip, a periphery circuit, a recognition sensor, an electronic screen, a wireless data transmission module and the like; the electronic conference plate comprises a control chip, a periphery circuit, a front screen, a back screen, a wireless data transmission extension and the like. A participant is recognized by the identity recognizer at the entrance through an RFID (Radio Frequency Identification Device) card that worn by the participant, and the electronic screen displays the seat and prompts the participant to find the seat; meanwhile, the information is transmitted to the electronic conference plate of the corresponding seat in a wireless manner, and the name is displayed on the electronic conference plate. The invention has the advantages of automatically recognizing the identity of the participant, realizing automatic registration sign-in and wireless management, ensuring good anti-counterfeiting function, saving a great deal of labor and resources, and the like; moreover, the invention achieves real informatization and intellectualization of conference management and is widely applied to various conference rooms and large and medium-sized conferences of various levels and classes.

The invention relates to an automatic laminating machine comprising a frame, an X shaft moving mechanism, a Y shaft moving mechanism, a Z shaft moving mechanism, a work bench, a picking and compressing mechanism, an image system, and a controlling system. The X shaft moving mechanism and the Y shaft moving mechanism are arranged on the frame. The work bench used for bearing accessories and a product requiring lamination is arranged on the X shaft moving mechanism, and can move along the X shaft under the driving of the X shaft moving mechanism. The Z shaft moving mechanism is arranged on the Y shaft moving mechanism, and can move along the Y shaft under the driving of the Y shaft moving mechanism. The picking and compressing mechanism is arranged on the Z shaft moving mechanism, and can move along a direction perpendicular to the X shaft and the Y shaft under the driving of the Z shaft moving mechanism, such that the picking and compressing mechanism can move toward or depart form the work bench. The image system is arranged on the Z shaft moving mechanism. The image system is used for acquiring related information of the accessories and the product requiring lamination, and for feeding the information back to the controlling system. With the information, the controlling system transmits corresponding execution signals.

An image obtaining method is applied to an electronic device which is provided with an image collecting unit. The image obtaining method comprises obtaining a first image which is corresponding to a first image collecting area in a first angle direction through the image collecting unit; detecting whether a first command is obtained or not and enabling the first command to be used for representing that the image collecting unit needs to collect a second image which is corresponding to a second image collecting area in a second angle direction; controlling the current direction of the image collecting unit to be the second angle direction based on the first command when the first command is detected to be obtained and obtaining the second image due to collecting through the image collecting unit; processing the first image and the second image and obtaining a third image.

The invention relates to an intelligent flower watering dolly which comprises a spray-head switch, a spray head, a trough, an electronic water pump, a front wheel and a rear wheel; the intelligent flower watering dolly further includes a microcomputer control system which comprises a host machine part and a dolly part, wherein the host machine part includes a soil moisture detecting module, a liquid crystal display (LCD) module and a voice broadcast module; the dolly part comprises a singlechip control system module, a motor driving module, a hunting module, an obstacle avoidance module, a wireless transmission module, a signal receiving module, an electronic water pump control module and a water level monitoring and alarming module; and the signals of the host machine part and the dolly part are transmitted by the wireless communication transmission module. The intelligent flower watering dolly has the advantages that the flower watering dolly is applicable to watering potted flowerswith different sizes and various plants in families, offices, communities and other public places; the operation is simple, and the use is convenient; simultaneously, the flower watering dolly has stable performance and is durable, thus really meeting the requirements of personality, automation and intellectualization for modern high quality life.

The invention relates to an automatic simple cascading camera chain monitoring method and system. The system is formed by serially connecting a plurality of measuring units, wherein each measuring unit consists of a camera and a cooperation mark which is fixedly connected with the camera. A measuring unit is arranged at each position to be measured in the region along the line, each settlement to-be-measured point is connected with a plurality of settlement known control points, the camera is required to simultaneously photograph two cooperation marks on the left side or the right side in the measuring process, and the settling volume of each mark and pitch angle of each camera can be directly calculated by virtue of the fixed connection constraint of the camera and the mark in each measuring unit and the geometric constraint relation of each homonymous mark imaging of adjacent cameras. According to the method, one camera only needs to be fixedly connected with single mark point and the relation between the camera and the mark point does not need to be calibrated, thereby avoiding the complicated operation for precisely determining the relative relation among multiple cameras and between the cameras and the fixedly connected multiple control points. The method can be used for automatically monitoring the settlement of roadbeds, bridges and the like and has important theoretical research significance and wide application prospect.

The invention provides an error compensation method for rotary shafts of a double-rotary-table five-shaft linkage machine tool. The error compensation method comprises the following steps that the tool length and the current coordinate system are set; a measurement center base at the workbench end is installed, and an installation error is measured and calculated; a rotary shaft error model containing an installation error and machine tool assembly relation is established; 12 error values generated when the two rotary shafts rotate are calculated through the error model; compensation and decoupling of the errors of the rotary shafts and the linear shafts, and an error compensation value is corrected; and a numerical-control code is corrected according to the error compensation value, so that error compensation of the rotary shafts of the double-rotary-table five-shaft linkage machine tool is achieved. The error compensation method is high in universality, the precision of the error model is improved, and automatic and effect error detection of the five-shaft machine tool is achieved.

The invention relates to a method and apparatus for automated data acquisition and three-dimensional modeling based on a rotary table. The method that is used for three-dimensional modeling of an object placed on a rotary table by using a camera array comprises: initial projection matrixes of all cameras in the camera array relative to the rotation center of the rotary table are obtained; the rotary table is controlled to rotate around the rotation center at a plurality of angles and rotation projection matrixes of all cameras and a rotation shooting picture of the object are obtained at each rotation angle; according to the rotation projection matrixes and the rotation shooting pictures, three-dimensional modeling is carried out by using an SIFT feature to obtain a three-dimensional model of the object. With the precise rotation angle information of the rotary table, the image texture requirement is reduced; instability caused by image-feature-based estimation of internal and external parameters of the camera during the traditional image-based three-dimensional modeling process can be eliminated; and the real scale can be extracted and automatic and accurate three-dimensional reconstruction of objects can be realized. The method and apparatus has characteristics of fast speed, high pertinence, low cost, and small splicing accumulation error.

The invention relates to an automatic hydraulic lock block which comprises a lock block body, a piston rod, a disk spring, a seal ring, a press cover, a fixed screw, an oil joint, a puller block, a guide rail and the like. Hydraulic oil enters the lock block body from pipe joints on both sides of the lock block and then enters an oil cavity formed from the lock block body, the piston rod and the seal ring through an oil passage in the lock block body through electrical control, the piston rod is driven to move by means of oil pressure, the movement of the piston rod enables the disk spring to be compressed to drive the puller block to move, and thus, the purpose of loosing the guide rail by the lock block is realized. During shutdown power-off, because the hydraulic system stops supplying oil, the pressure of the oil cavity formed from the lock block body, the piston rod and the seal ring is reduced, the disk spring supports against the piston rod tightly due to the action of spring force, the piston rod drives the puller block to move, and thus, the purpose of locking the guide rail is realized.

The invention opens a identification method of human motion data based on integrated hidden Markov model learning method. This method extracts two-dimensional geometric features for capturing data from human motion, and then effectively reducts the dimensionality of movement features data by the introduction of dimension reduction methods of non-linear flow pattern learning, and finally learns the movement of sports database by adoption of Hidden Markov integrated learning based on self-adaptive advance algorithm for achieving fast retrieval of conventional movement. Two-dimensional geometric features extracted by the method well expresses the essential attribute of movement, dimensionality reduction methods of the expansion of nonlinear manifold will successfully map features of high-dimensional movement to low-dimensional space that can reflect the inherent links between data, thus greatly eliminates data redundancy. While this invention can study through drop dimensional data used by methods of integrated Hidden Markov Model learning, makes movement automatically identificate and classificate on the basis of high-precision.

The invention discloses a flying saucer type photovoltaic cell panel cleaner and a cleaning method thereof, which belong to the field of remotely controlled flying cleaning. The flying saucer type photovoltaic cell panel cleaner comprises a cleaning system, a power system, a control system, a flying system, a communication system and a remote control system; the flying system, the cleaning system, the power system, the control system and the communication system compose a control and actuation mechanism, i.e. a cleaner host, the remote control system composes a remote control mechanism alone, signals are transmitted and received between the remote control system and the cleaner host through wireless communication modules in signal transceiver ports, the remote control system is utilized to set a route and transmit control signals, and the cleaner flies to a target cleaning position (i.e. a photovoltaic cell module to be cleaned) to perform corresponding action to fulfill a sweeping, sucking or wiping process. The flying saucer type photovoltaic cell panel cleaner has a simple structure, is convenient to maintain, is low in cost, and can conveniently clean solar photovoltaic cell panels placed at high positions.

The invention provides a method and device for controlling black tea moderate fermentation based on the visible spectrum technology. Due to the fact that the black tea fermentation color is related to the instant tea quality, a target color and a threshold value of a fermentation object are set through a computer, a reflection spectrum in a visible spectrum region of the fermentation object in the fermentation process is measured through optical fibers and a spectrograph in real time, and a chromatic value of the fermentation object and chromatic aberration between the fermentation object and target chromaticity are calculated by the computer through the reflection spectrum of the fermentation object; when the chromatic aberration is smaller than the set threshold value, fermentation of the fermentation object is stopped, and therefore accurate control over black tea moderate fermentation is achieved. The method and device can be applied to black tea produced through fermentation with green tea serving as a raw material, so that the purposes that the quality of the black tea is standardized and stabilized and the quality is high are achieved.

The invention discloses a continuous integration and continuous delivery method based on a container scheme. The continuous integration and continuous delivery method comprises the following steps: manufacturing a mirror image template required by application containerization; creating a continuous integration task by using an automatic integration tool, wherein the continuous integration task comprises code compiling, packaging and testing and mirror image construction through a mirror image template; creating a continuously deployed task by using an automated integration tool, wherein the automatic test task is used for testing the function and service test of the new environment after successful deployment; formulating the workflow through the defined tasks, and completing the definition of development, testing, deployment and release processes adapting to the development mode of the user.

The invention discloses a method for accurately measuring the cable winding and unwinding length and a synchronous controller. Setting of external following speed is acquired by the controller in real time, automatic logic control, manual logic control and the like of a system are achieved according to a control button and a selective switch, and information of winding and unwinding speed, control states and the like is displayed on a display unit; a winding radius signal formed by a cable is acquired in real time through a designed winding radius measurement device; pre-designed counting teeth of a winding reel and a proximity switch form a winding turn number signal; the two signals form corresponding digital quantity signals through an embedded controller, and cable winding speed is calculated on the basis of the cosine law of a triangle and additional operation; the calculated cable winding speed and the external set following speed are subjected to PID operation, then, the controller controls the output of a driver through the digital quantity signals and an analog quantity signal interface, the driver controls the running speed of a motor, and the motor drags the cable winding reel to achieve consistency between the winding speed and the external given speed.

The invention relates to the technical field of robot autonomous grabbing, and particularly discloses a method and device for detecting the grabbing position of a robot target object, computing equipment and a computer storage medium, and the method comprises the steps: collecting a target RGB image and a target Depth image of a target object at different visual angles; Inputting each target RGB image into a target object segmentation network for calculation to obtain an RGB pixel region of a target object in the target RGB image and a Depth pixel region of the target object in the target Depth image; Inputting the RGB pixel area of the target object into the optimal grabbing position generation network to obtain an optimal grabbing position for grabbing the target object; Inputting the Depth pixel area of the target object and the optimal grabbing position into a grabbing position quality evaluation network, and calculating the score of the optimal grabbing position; And selecting theoptimal grabbing position corresponding to the highest score as a global optimal grabbing position of the robot. Therefore, the robot can automatically grab the target object at the optimal grabbingposition by utilizing the scheme of the invention.

Provided are: a silicon block grinding / polishing device comprising a grinding function capable of grinding a square column-shaped silicon block within tolerance ranges of +-0.5 mm for the cross-section dimensions thereof and +-0.1 DEG for the perpendicular angles thereof, said block having been formed by cutting a silicon ingot using a wire saw, and comprising a polishing function capable of removing micro cracks in the surface layer of the cut silicon block (W); and a processing method therefor. The device comprises: a holding means (1) that holds the silicon block (W); a measuring means (2) that measures the cross-section dimensions of the silicon block (W); a grinding means (3) that grinds the planar sections (F) and the angular sections (C) of the silicon block (W); a polishing means (4) that polishes the planar sections (F) and the angular sections (C) of the silicon block (W) which has completed grinding and removes micro cracks; a transfer means (5) that transfers the holding means (1) holding the silicon block (W), between the measuring means (2), the grinding means (3), and the polishing means (4); and a control means (6) that operates each of the means.

The invention belongs to the technical field of electrical power systems and automation thereof, and provides a method for calculating interactive-influenced electricity transmission limit with multiple sections and a stable transmission level. The invention can be applied to the safe and stable off-line analysis calculation, real-time early warning and on-line auxiliary decision making of the electrical power systems. The method comprises the following steps of: firstly, determining electricity transmission section collection to be inspected; secondly, appointing one anticipated fault scene for each electricity transmission section; thirdly, taking one tidal current of the ground state of the electrical power system; fourthly, carrying out time domain simulation on each anticipated fault scene according to the tidal current of the ground state, the model and the parameters of the electrical power system, and calculating a system stability margin led by each section by adopting EEAC (Extended Equal Area Criterion) based on the simulation track; fifthly, stopping the calculation if the stable transmission level achieves the ultimate set value of the number of the transmission sections; and sixthly, perturbing the power of the section gradually in the mode of adjusting the running mode of the system to form a new tidal current of the electrical power system, and forming the perturbation matrix of the power of the section.

The invention provides a retinal fundus image segmentation method and device, which can realize automatic, efficient and accurate segmentation of retinal fundus image blood vessels and optic disks under the condition of only a small number of labeled samples. The method comprises the steps of acquiring a training set image and a corresponding annotation image, wherein the image is a retinal fundusimage; carrying out consistent random cutting and blocking on the obtained training set image and the corresponding annotation image; constructing a U-shaped full convolutional neural network; inputting the randomly clipped and blocked training set images and the corresponding annotation images into a constructed U-shaped full convolutional neural network, and training the U-shaped full convolutional neural network; and segmenting the retinal fundus image by using the trained U-shaped full convolutional neural network. The invention relates to the field of artificial intelligence and diabeticretina diagnosis.