143 results about "Process verification" patented technology

A networked-based system for providing online verification of users applying for third-party services available through the network is provided. The system employs a first server node connected to the network for offering application to third-party services through the network, a user node connected the network for accessing the first server node and applying for third-party services, a second server node connected to the network and accessible from the first server node, the second server node for processing verification requests communicated from the first server node, a third server node connected the network and accessible from the second server node, the third server node for navigating on the network by proxy according to navigation requests communicated from the second server node and a data repository accessible at least to the second server node for storing data about users being verified. A user operating the user node accesses the first server node and applies for a service or services offered through the first server node and submits data for verification, the first server node sending the data in the form of a verification request to the second server node, the second server node creating a navigation request containing a portion of the submitted data and sending the navigation request to third server, the third server performing the navigation according to the request and reporting navigation results back to the second server, the second server reporting the results back to the first server for verification purposes.

The invention provides a real-time video field fire smoke detection method based on a convolutional neural network. A smoke image data set is collected through an experimental simulation mode, and a training set, a test set and a verification set are created; the training set, the test set and the verification set are subjected to automatic annotation, and in combination of manual adjustment, thetraining set, the test set and the verification set with a real label are obtained respectively; the training set and the verification set with the real label are subjected to image rotation processing, color channel color addition and subtraction processing and scaling processing to obtain the processed training set and the processed verification set with the real label; the parameters of the convolutional neural network are initialized, and according to the training set with the real label after scaling processing, a well-built convolutional neural network model is trained; a to-be-detectedfield monitoring image is acquired in real time, and through the trained convolutional neural network model, a smoke target detection frame is predicted and optimized; and inter-frame confidence enhancement and relocation are carried out on the target detection result given by the trained convolutional neural network model.

We describe an RFID communications network comprising: a plurality of passive RFID tags; at least one RF power supply device; and at least one RFID reader; and wherein a said RFID tag is configured to use a first frequency to receive power for powering said tag from said RF power supply device and to use a second, different frequency to communicate with said RFID reader; and wherein said plurality of RFID tags are configured to use the same said first frequency to receive said power, and all use different second frequencies to communicate with said RFID reader. The tags may be used to generate probability data, the probability data for a said identified tag being dependent upon a probability of the tag belonging to a collection the contents of which are to be verified; contents of the collection may then be verified against a schedule using processed verification data.

The invention discloses a method for processing verification codes. The method comprises the steps that two sets of verification codes are generated randomly, one set of the verification codes are used as real verification codes, and the other set of the verification codes are used as disturbance verification codes; a verification code picture is generated, wherein the verification code picture comprises the real verification codes and the disturbance verification codes, and the background, expect the verification codes, in the verification code picture is a transparent background; a verification code background picture is acquired, the real verification codes and the verification code background picture are subjected to same hollow-out processing, the verification code picture is placed on the verification code background picture to be merged, and a merged picture is obtained, wherein the hollow-out position of the real verification codes and the hollow-out position of the verification code background picture coincide; the merged picture is displayed on a webpage background, and the webpage background and the real verification codes are the same in color; a moving instruction to the merged picture is monitored, and the merged picture is moved to a visible area according to the moving instruction. The method for processing the verification codes can improve the difficulty for a robot program to identify the verification codes, and the safety of the verification codes is improved.

A characterization array and method for determining threshold voltage variation rapidly provides accurate threshold voltage distribution values for process verification and improvement. The characterization array includes a circuit for imposing a fixed drain-source voltage and a constant channel current at individual devices within the array. A circuit for sensing the source voltage of the individual device is also included within the array. The statistical distribution of the threshold voltage is determined directly from the source voltage distribution by offsetting each source voltage by a value determined by completely characterizing one or more devices within the array. The resulting methodology avoids the necessity of otherwise characterizing each device within the array, thus reducing measurement time dramatically.

In a rule-based system for monitoring process adherence, first and second processing patterns are received and merged to provide a merged processing pattern. Each processing pattern, which may be expressed in a state graph representation, embodies at least a portion of a desired software code development process. Optionally, the merged processing pattern may be presented to a subject-matter expert to obtain feedback thereon. The merged processing pattern may then be converted into an executable process verification rule for use in monitoring process adherence. In an embodiment, development process event data is compared to the executable process verification rules. Violations of the rules result in the generation of failure indications that may be stored and subsequently reported as needed. In this manner, efficiency of automated process adherence monitoring systems may be improved when determining the level of compliance by developers with one or more software code development processes.

The invention is applicable to the field of information processing and provides a method for processing verification codes of pages, a device and a terminal. The method comprises the following steps of: receiving verification code values input by users, and sending the verification code values to a server side; receiving values encrypted by the server side for the verification code values, and comparing the encrypted values and the verification code values prestored in cookie; and receiving a request of users with the same verification code comparison result for submitting form data. In the method, after being encrypted by the server side the verification codes generated by the pages are stored in the cookie of a client side, and when in checking, the verification code values input by the users and the verification code values in the cookie of the client side are compared, so that the processing pressure of the server side is reduced, and the efficiency for checking the verification codes is improved.

The invention relates to a substation electric operator safety management and control method, comprising the following steps: establishing electric operator safety information management; Establishingan intelligent access control system to check the real identity information of operators; Before the operator enters the work station or the work site, confirming the dress code of the operator; Confirming the position and work area information of the operator, and confirm the consistency of the human position and the human domain; Confirming the consistency of the person ticket, monitoring the operator in real time, detect the abnormal behavior of the operator significantly, obtain ingthe abnormal behavior key frame and save it, in addition, save the whole process verification record of theidentity and dress of the operator; Alarming and reminding the checked operator of abnormal information. The invention improves the safety management and control efficiency of the electric operator ofthe substation, promotes the standardization and standardization management of the operation safety risk, forms a safety risk pre-control mechanism, and ensures the safe operation of the substation.

The invention relates to a method for controlling the surface stress-strain field of a casing part based on a constant cutting force, and belongs to the technical field of aerospace numerical controlmachining. The control method includes the following steps: (1) importing a part model into a computer; (2) importing an original numerical control program into the computer; (3) importing machine tool information into the computer; (4) setting cutter parameters; (5) simulating a cutting force; (6) analyzing simulation data; (7) judging the stability of the cutting process; (8) judging whether thecutting process belongs to local run-out; (9) adjusting the original numerical control program: (10) interrupting the original numerical control program adaptively; (11) optimizing the cutting parameters of the numerical control program by segments; (12) outputting an optimal numerical control program; and (13) applying the optimal numerical control program for processing verification. The methodof the invention can be applied to the surface stress-strain field control of various integral casing parts, and has huge economic and social benefits.

The present application relates to the technical field of process optimization and is applied to the financial industry. A process verification method and apparatus, a computer device and a storage medium are provided. The method comprises: obtaining the first process node information in the process to be verified, A preset configuration file corresponding to the information of the first process node is searched, and node triggering verification is performed on the first process node according to the preset configuration file. When the node triggering verification is successful, the associateddata of the first process node is obtained and verified, and when the associated data meets the preset verification standard, the verification of the next process node is starte the traditional method of manually inputting the requirement information of the node to trigger the verification is avoided, The efficiency of node triggering verification is improved. By sequentially carrying out node triggering verification and associated data verification, the accuracy of verification is enhanced, the useless operation is avoided, the verification of the next process node is automatically started,the automatic verification of the whole process to be verified is realized, and the verification efficiency is improved.

A disclosed gaming machine provides methods and apparatus of verifying the authenticity of gaming software stored in and executed from RAM on the gaming machine. When presenting a game on the gaming machine, a master gaming controller may dynamically load gaming software applications into RAM and dynamically unload gaming software applications from RAM. The authenticity of the gaming software applications temporarily stored in RAM may be verified by using methods to compare it with certified gaming software stored on one or more local or remote file storage devices accessible to the master gaming controller on the gaming machine. The verification process may be used to satisfy gaming regulatory entities within various gaming jurisdictions that require certified gaming software to be operating on the gaming machine at all times as well as to prevent tampering with the gaming machine.

The invention provides an aircraft pneumatic riveting process verification device and method and relates to the field of industrial assembly manufacture. The device comprises a base, a front bracket, an intermediate bracket, a rear bracket, a riveting gun feed driving mechanism, a riveting gun clamping device, a position adjusting device, a sensor system, a jacking block, a riveting plate, a rivet, and a data processing system, achieves deviation simulation of a riveting process, riveting force data acquisition and processing, and verification of riveting deviation simulation accuracy. The invention provides a process apparatus used in pneumatic riveting process simulation. The process apparatus can realize the clamping and loosening of a simulation board by adjusting screw bolts, acquires a riveting signal in real time by a sensor, transmits a data file to a host computer for result analysis and evaluation, displays riveting process parameters under different displacement deviations and angular deviations of the riveting force and the rivet axis on a display platform, extracts the key indexes and deviations range of riveting, and can be applied to the on-line monitoring of the aircraft riveting quality.

The invention discloses an in-service intelligent electric energy meter batch fault early warning method and system. The method comprises the steps of 1, dividing all in-service intelligent electric energy meters into running batches according to batch dividing rules in batches; 2, processing verification inspection data and running data of the intelligent electric energy meters; 3, calculating the historical fault rate and the on-site inspection failure rate according to a statistical period, taking the historical fault rate and the on-site inspection failure rate as batch fault early warningresearch and judgment trigger conditions, if a set threshold is reached or exceeded, entering the step 4, and if the set threshold is not reached, returning to the step 2; 4, outputting a batch faultjudgment result; 5, judging whether the running batches meet a batch fault judgment condition or not, if yes, entering the step 6, and if not, returning to the step 2; and 6, generating an intelligent electric energy meter running batch fault disposal scheme. The method has the advantages that the workload of verification personnel is reduced; the resource waste is avoided, and the investment isreduced; and on the premise that the metering accuracy and reliability of the intelligent electric energy meters are ensured, the resources are ensured to be saved and efficiently utilized.

In a rule-based system for monitoring process adherence, first and second processing patterns are received and merged to provide a merged processing pattern. Each processing pattern, which may be expressed in a state graph representation, embodies at least a portion of a desired software code development process. Optionally, the merged processing pattern may be presented to a subject-matter expert to obtain feedback thereon. The merged processing pattern may then be converted into an executable process verification rule for use in monitoring process adherence. In an embodiment, development process event data is compared to the executable process verification rules. Violations of the rules result in the generation of failure indications that may be stored and subsequently reported as needed. In this manner, efficiency of automated process adherence monitoring systems may be improved when determining the level of compliance by developers with one or more software code development processes.

The present invention discloses a general system and a method for double controlling the flow rate and the duration in AAA service conversations. The system of the present invention comprises an access service subsystem, a Radius service subsystem and a conversation service system, wherein, the Radius service subsystem is responsible for processing verification and accounting requests of users, distributing the surplus flow rate to the access service subsystem, and distributing the surplus duration to the conversation service subsystem; the access service subsystem is responsible for monitoring the surplus flow rate of online users, sending fee counting stopping messages to the Radius service subsystem when the surplus flow rate of the users is used up, and disconnecting the user connection when the condition for canceling the user connection is provided; the conversation service subsystem is responsible for monitoring the surplus duration of the online users, and notifying the Radius service subsystem when the duration of the user is used up. The conversation server can be an independent conversation server or be placed in the Radius service process.

The invention provides a big data processing method and system based on an edge cloud architecture, a medium and a device. The method comprises the following steps: receiving big data sent by a data collector; dividing the big data into N parts of sub-data, respectively inserting corresponding verification data into the N parts of sub-data, and respectively sending the N parts of sub-data to N edge cloud servers; receiving N parts of processing data respectively processed by the N edge cloud servers; verifying the credibility of the processed verification data in each piece of processing data;and marking the edge cloud server corresponding to the incredible processed verification data as incredible, and sending the sub-data, into which the verification data is inserted, corresponding to the incredible edge cloud server to the edge cloud server which is not marked as incredible for reprocessing. The big data processing method, system, medium and device based on the edge cloud architecture are used for improving the security and reliability of big data processing.

The invention provides a metrological verification method and system and a server. The metrological verification method comprises the steps of detecting whether a verification task request signal exists or not, obtaining a standard device of a verified device and configuration information of the verified device if the verification task request signal exists and judging whether automatic verification is needed to be performed or not according to the configuration information, and starting the standard device and the verified device to execute a verification process, obtain a verification result and process verification result data if the automatic verification is determined. By means of the metrological verification method and system and the server, automatic verification of multiple verified devices can be configured according to different demands, automation degree is high, and reliability is high.

The invention relates to a testing block for a magnetic particle inspection depth testing and a testing method thereof. One surface of the testing block is used as an inspecting surface for the magnetic particle inspection depth testing. A strip-shaped groove body for simulating the buried defects of the welding is formed under the inspecting surface. The inspecting surface is obliquely arranged relative to the strip-shaped groove body. One side of the inspecting surface is connected with the top edge of one end of the strip-shaped groove body. An angle alpha is formed between the inspecting surface and the strip-shaped groove body. The alpha is 1.5 to 5 degrees. According to the testing block, the depth between the strip-shaped groove body and the inspecting surface is continuously changed, so that the buried defects which continuously changes in depth can be simulated. In the magnetic particle inspection depth testing, the magnetic particle inspection depth can be calculated by measuring the track display length generated by the strip-shaped groove body. Therefore, the testing block can be used for a magnetic particle inspection lifting force testing, the equipment selection andthe process parameter selection of a magnetic particle inspection, the process verification of a magnetic particle supplementation inspection of TOFD surface dead zones and the like.

A characterization array circuit provides accurate threshold voltage distribution values for process verification and improvement. The characterization array includes a circuit for imposing a fixed drain-source voltage and a constant channel current at individual devices within the array. A circuit for sensing the source voltage of the individual device is also included within the array. The statistical distribution of the threshold voltage is determined directly from the source voltage distribution by offsetting each source voltage by a value determined by completely characterizing one or more devices within the array. The resulting methodology avoids the necessity of otherwise characterizing each device within the array, thus reducing measurement time dramatically.

The invention discloses a visual injection molding production process verification method. The method comprises the following steps of S1) collecting a product batch, an injection molding machine state, plastic characteristics and mold characteristic data; S2) setting injection molding process parameters and corresponding production thresholds; S3) monitoring a current process curve in real time in an injection molding process, comparing and verifying the current process curve with a standard process curve in an early mold testing stage, and if the current process curve does not accord with the standard process curve, determining that a product is a defective product; and S4) continuously verifying an appearance size parameter of the product passing process curve verification, and if an appearance size meets a requirement, determining that the product is a good product. The process curve formed in the production process can be monitored and controlled, consistency of injection moldingproducts is improved by controlling process parameters, abnormity of the whole batch is avoided, and meanwhile, good products and defective products are completely separated, and production cost of anenterprise is reduced.

The invention relates to a method and device for processing verification code short-message expiration. The method comprises the following steps: receiving a first short message; detecting whether the first short message contains a verification code or not; and if so, obtaining a sending number of the first short message, detecting whether a second short message containing the verification code corresponding to the sending number exists or not, and if so, displaying the first short message and the second short message in a distinguishing manner. According to the invention, received verification code short messages and verification code short messages stored on a mobile terminal are displayed in a distinguishing manner, so that users can intuitively distinguish effective short messages from expired short messages; and thus, the users can directly know the validity of the verification code short messages.

The invention relates to a method, a device and computer equipment for processing verification diagrams, and a storage medium. The method includes acquiring the dynamic verification diagrams; determining first regions and second regions of the dynamic verification diagrams; acquiring deviation angle range of the second regions relative to default locations; selecting deviation angles from the deviation angle ranges; utilizing the selected deviation angles as to-be-turned angles of pointers so as to carry out verification. The first regions comprise the pointers which can be turned to the second regions from the default locations. The method, the device, the computer equipment and the storage medium have the advantage that the verification diagrams at the to-be-turned angles can be automatically identified by the aid of the method.

The invention provides a method and a device for processing a verification code. The method comprises the following steps: receiving a verification request; acquiring a telephone number corresponding to a user; answering the verification request to generate a verification code; receiving calling which is carried out by a user with the telephone number; and playing the verification code in the ring-back tone of the calling. The embodiment of the invention provides a safe, simple and convenient verification code processing mode, and the user experience is improved.

The invention provides a method for preparing chebulagic acid by using an ethanol warm dipping method. The method comprises the following steps: (1) carrying out warm dipping extraction on FRUCTUS PHYLLANTHI medicinal material with a particle size of 5-20 meshes at 40-60 DEG C by using 50-80% ethanol as a solvent to obtain an extracting solution, concentrating the extracting solution, then addingwater for dispersion, and performing solid-liquid separation, centrifugation or filtration to obtain a supernate; and (2) adsorbing the liquid separated in the step (1) with macroporous adsorption resin HPD-400 at an adsorption flow rate of 0.5-2 mL / min, conducting eluting with water at an elution flow rate of 0.2-3 mL / min, and drying the eluant under reduced pressure. The method is simple and convenient, the content and the transfer rate are relatively high, and an amplification process verification result also shows that the established preparation process is stable and feasible and is suitable for industrial production requirements.

The invention provides a generation device and a method of verification specification of a verification target program. The device generates the verification specification to verify the verification target program comprising function which operates one or more targets. The device comprises: a first input unit used for inputting a first specification describing a first finite state machine which defines transformation caused by occurring the event among a plurality of states; a second input unit used for inputting a second specification which describes correspondence for a first target type between the function operating the target provided with the first target type and the event in the first finite state machine; and a verification specification generation unit used for generating the verification specification which processes verification for the verification target program via synthesizing the first and the second specification, wherein, the verification specification describes a second finite state machine and the second finite state machine defines the transformation caused by transferring the function operating for the target provided with the first target type among the states of the target provided with the first target type.

The invention discloses a low power consumption weak signal amplification shaping circuit, which relates to the technology of integrated circuits and comprises a reference source circuit, an amplification circuit and a Schmitt trigger shaping circuit, wherein the amplification circuit consists of an opa (optoelectronic pulse amplifier), two capacitors and two PMOS (positive channel metal oxide semiconductor) tubes, the Schmitt trigger shaping circuit consists of three PMOS tubes, three NMOS (N-Metal-Oxide-Semiconductor) tubes, an inverter INV and an SR (Synchronous Reset) trigger, and the reference source circuit consists of two PMOS tubes, two NMOS tubes and three resistors. In the invention, a flip threshold controllable mixed mode Schmitt trigger is adopted, and three equally-spaced negative temperature coefficient reference voltage offset pre-amplification circuits and Schmitt triggers are used so as to ensure the circuit of higher precision under any PVT (process verification test) conditions. The circuit disclosed by the invention has lower power consumption, and simultaneously has higher PVT change resisting capacity.

The invention relates to a production process verification method of a low-temperature steel flange. The method comprises the procedures of material preparation, billet heating, forging, heat treatment, machining and quality detection. The forging procedure comprises the following two parts: (1) upsetting and punching, and (2) forging forming. Upsetting means that forging is carried out in the axial direction of the workpiece, the length of the workpiece is reduced, and the cross section area of the workpiece is increased. Punching means that a through hole or a blind hole is punched in the workpiece through a punch. The forging forming process comprises the following steps: (1) billet heating; (2) fast forging and first fire forging; (3) heating of an intermediate billet; (4) fast forgingand intermediate fire forging; (5) heating of the intermediate billet; (6) fast forging and final fire forging; (7) fast forging billet heating; and (8) forging of a radial forging machine. By optimizing the forming process of the forging process of the low-temperature steel flange, the quality of a low-temperature steel flange casting is improved, the quality of the forged piece is detected, thequality of the forged piece is guaranteed, and therefore the effectiveness and practicability of process forming parameters of the forged piece are verified, and the quality requirement for the low-temperature large flange forged piece is met.

The invention provides a transformer winding wave process verification method based on a self-excited oscillation wave. Through using an oscillation circuit formed by a transformer leakage reactance or excitation impedance and a stray capacitor among a capacitor sleeve, winding ground and winding turns, a direct current voltage is connected to and applied to the neutral point of a transformer starwinding, and then the neutral point is rapidly grounded so as to acquire a self-excited oscillation waveform. Through comparing the actual self-excited oscillation waveform of a transformer with a transformer winding wave model, the accuracy of the transformer winding wave model can be accurately determined.