63results about How to "Real-time verification" patented technology

The invention discloses a hidden project acceptance method based on a mixed reality technology. The method comprises the steps of S1, establishing a hidden project virtual model; S2, verifying comprehensive coordination of a design drawing through establishment of the virtual model; S3, adding BIM (Building Information Modeling) information into the hidden project virtual model; S4, constructing a hidden project on the site, and endowing a BIM model with a construction process document; S5, carrying out preliminary self-inspection on the quality of the constructed hidden project by use of the mixed reality technology; S6, comprehensively arranging and inputting the self-inspection information and an acceptance standard of the hidden project into the BIM model; and S7, determining the conformity between the constructed hidden project and the project information and the acceptance standard which are borne by the BIM model by use of the mixed reality technology. The hidden project acceptance method based on the mixed reality technology which is provided by the invention is reasonable in procedure and convenient to operate; and the mixed reality technology and the BIM technology are combined, the acceptance efficiency of the hidden project is improved, the comprehensive cost is reduced, and thus the method has broad market prospects and promotional values.

The invention discloses a building energy efficiency management system based on cloud computing and the big data technology. The system is characterized by comprising a distributed Cache server, wherein the distributed Cache server is connected with an input device, a display device, a uniform interface platform, a business analysis engine module, a data extraction engine module and a business service component module. According to the optimized technical scheme, the Object oriented software architecture is adopted in the distributed Cache server, and the system can be run on the distributed Cache server; only data are packaged in an Object, and the Object is run in a memory of an application server. By means of the system, integration of energy data of a plurality of buildings, storage and calculation of the massive energy data and online energy data mining can be achieved in a wide area network for users, problems existing in an energy consumption mode and structure can be found and solved, and therefore the energy consumption process and mode can be improved, adjusted and optimized specifically, the energy use efficiency can be improved, and the effects of energy saving and consumption reducing can be achieved.

The invention relates to a real-time video on-line auction platform, which is characterized by comprising a main server, a third party fund supervision platform, a trading platform sub system, a service expense sub system, a seller management platform, a buyer trading platform, an anti-counterfeiting verification platform, a video processing module and a high-fidelity camera group, wherein the high-fidelity camera group consists of a plurality of high-fidelity cameras; the plurality of high-fidelity cameras are arranged around an auction product, and can be used for shooting all appearance details of the auction product in real time; the high-fidelity camera group is connected with the video processing module; and the video processing module is synchronously connected with the seller management platform. The real-time video on-line auction platform has the advantages that through the real-time video information, a buyer can freely select the appearance details to be known in real time; the appearance of the auction product can be shown to the buyer in a live broadcasting way; any false information is effectively avoided; the buyer can see and know the real information of a commodity in real time; and the trading fairness is promoted.

The invention discloses a method and device for checking data in real time. The method comprises the steps of obtaining reference data from a reference database in real time, and obtaining check datafrom a check database in real time, wherein the reference data and the check data are generated by writing the same original data into the reference database and the check database, and the check datais used for checking the data quality of the reference data; and checking the check data and the reference data and obtaining a check result. Through application of the method, the real-time check can be carried out on the online generated reference data, error data in the database can be timely discovered, and an error is corrected timely, so the data check timeliness is ensured.

The embodiment of the invention provides a form managing method, device, medium and calculating equipment. The form managing method comprises the steps that all sub-assemblies need to be managed are obtained, wherein each sub-assembly comprises at least one sub-form in forms; data in the sub-forms included in all the sub-assemblies is collected; based on the collected data, management is conducted on the forms. According to the technical scheme, convenient and efficient management of the forms can be conducted, the problem that in relative technologies, achievement is complicated and later maintenance is inconvenient due to manual collection of all the data in the sub-forms is solved.

The invention provides a method and a device for reducing the time delay of temporary password transmission of an Internet of things terminal, and a server. The method comprises the following steps: receiving a request of a user to obtain a password through a client, wherein the password is at least one password in a password list, the password list comprises a plurality of random passwords corresponding to each time period respectively, and the time period refers to dividing a period of time into a plurality of time periods; Parsing the request to obtain a time of the request and a corresponding time period; Sending a password corresponding to the time period to the client according to the time period; obtaining the password input to unlock the connection; verifying whether the password input is the password in the corresponding time period, and if yes, unlocking it; otherwise, giving out a prompt for incorrect password entry. The invention distributes the password to the local storage in advance, so the user operation can realize the real-time password input and verification, and is not limited to the time delay brought by the network communication mode.

The invention discloses a cashing method, cashing system and transferring and depositing system of a check. The transferring and depositing system comprises the cashing system, a financial settlement system and a bank internal system, and the cashing system, the financial settlement system and the bank internal system are in communicating connection in sequence. The cashing system comprises a cashing terminal and a background server. The cashing method comprises the following steps that a check buying request is received, and a first two-dimension code is generated according to payment information and is printed on a specific area of the check; the check is filled in with collection information; when a check cashing request is received, the check is scanned to recognize the first two-dimension code and the collection information, and the first two-dimension code is decoded to obtain the payment information; a payment request is sent to the financial settlement system so that the debit business can be completed through the financial settlement system and a payment bank system and the credit business can be completed through a collection bank system. The links of cashing and the like are completed by recognizing information loaded in the first two-dimension code, real-time verification, real-time cashing and real-time accounting of the check are achieved, the limit of the opening hours of financing institutions is avoided, and the check business is carried out at any time and any where.

The invention discloses a real and effective method for inputting transaction data of a block chain without arbitration. The method comprises the following steps: S1: a resource user A requests a resource R from a resource provider B; S2: B generates a unique identification TID (Transaction ID) of the current transaction with the addresses of A and B, the current timestamp ts, and a random salt, and sends the TID to ATID=H (addrA, addrB, ts, salt); S3: B divides the resource R into several parts R= [R1, R2,..., RN]; S4: B provides the resource RX to A, and request commitment PX from A: A acknowledges receipt and will pay for it; S5: after A receives PX, verify PX content, signs Px with A private key to obtain PX', and sends PX 'to BPX' = Sign (PX, KeyA); S6: B receives the signed commitment PX 'of A, then continues to send the next resource RX+1 (skip to step 4), otherwise proceeds to the next step. The invention solves the problems that the data obtained from the off-chain data usingthe prophecy machine is not completely trusted, needs arbitration, the timeliness is delayed, and the cost is high.

The invention relates to a myocardium ablation device capable of ablating cardiac muscle tissue point by point. The myocardium ablation device comprises a sleeve, an inner core, a fornices and a negative pressure suction pipeline. A first hollow pipeline is formed inside the sleeve, and the negative pressure suction pipeline is embedded on the side wall of the sleeve; the far side of the inner core is provided with the tip, and a liquid injection interface is arranged on the near side; the inner core is provided with a body, the body is provided with a second hollow pipeline, the body is configured to move inside the first hollow pipeline, and the second hollow pipeline is communicated with the liquid injection interface; one or more negative pressure suction cups are arranged on the innerside wall of the fornices, and the interior of the side wall is provided with a third hollow pipeline, and the third hollow pipeline is communicated with the negative pressure suction pipeline at thenear end of the fornices; the near side of the negative pressure suction pipeline is provided with a negative pressure interface for being connected with a vacuum generation device. The myocardium ablation device can be used for mapping cardiacelectrical activity.

The invention relates to a video online auction platform, which is characterized by comprising a main server, a third party fund supervision platform, a trading platform sub system, a service expense sub system, a seller management platform, a buyer trading platform, an anti-counterfeiting verification platform and a video recording module, wherein the video recording module makes a recording rule; a seller records a video according to the recording rule; the video is issued through the seller management platform; the buyer trading platform is provided with a video playing module; and the video playing module is used for playing the video recorded according to the recording rule. The video online auction platform has the beneficial effects that through the real-time video information, an auction product can be completely shown to the buyer through a network; sufficient commodity information is provided for the buyer; and the trading dealing is promoted.

The invention discloses an intelligent floating-structure mooring and broken cable experiment simulation system. The intelligent floating-structure mooring and broken cable experiment simulation system comprises an experiment module, an intelligent broken cable device, a mooring cable and an intelligent control and monitoring system, wherein the intelligent broken cable device is fixedly arrangedat a position of a cable guide hole of the experiment model, one end of the mooring cable is fixedly arranged at the bottom of a pool, the other end of the mooring cable is connected to the intelligent broken cable device, the mooring cable is connected to the position of the cable guide hole of the experiment model by the intelligent broken cable device, the mooring cable and the experiment modelcan be disconnected by the intelligent broken cable device, the intelligent broken cable device is controlled to achieve broken cable control of the mooring cable by the intelligent control and monitoring system, and dynamic response monitoring of the experiment model and instantaneous tension monitoring of the mooring cable are achieved. Broken cable control of a floating mooring structure is simulated under an experiment condition, the instantaneous dynamic response of a floating body and the dynamic characteristic of the mooring cable can be accurately simulated when the mooring cable is broken, and the problem of broken cable instantaneous control and monitoring under the experiment condition is solved.

The invention discloses a steel structure gravity center detection and correction method and system, and the method comprises the steps: obtaining the installation information of a steel structure, including steel structure frame information, steel structure connection information, and steel structure accessory installation information; according to the steel structure frame information and/or the steel structure connection information and/or the steel structure additional part installation information, identifying key nodes influencing the gravity center of the steel structure and key connection parts influencing the gravity center of the steel structure, and calculating the position influence value of each node and the installation influence value of each part; according to the position influence value of the current to-be-installed component and/or the installation influence value of the to-be-installed component, judging whether the current to-be-installed component influences the gravity center of the steel structure or not; and correcting the gravity center according to the influence of the current to-be-mounted component on the gravity center of the steel structure. According to the invention, the problem of how to detect and correct the influence of each component on the overall gravity center in the steel structure connection process is solved.