41results about How to "Short update cycle" patented technology

The invention provides an asset data processing method and device based on a derivation chain. The method comprises the following steps of constructing a unique main chain and at least one transaction derivation chain for a block chain asset management system; respectively carrying out block chain verification on the main chain and the transaction derivation chain; respectively updating respective verification pools of the main chain and the transaction derivation chain; and carrying out asset data processing between the main chain and each transaction derivation chain and between the transaction derivation chains through gateway transfer. According to the scheme provided by the invention, the independent and isolated main chain and transaction deviation chains are arranged, so that the crucial function updating can be carried out on the derivation chain with lower impact firstly, and thus the updating speed can be promoted and the destroy risk of the main chain can be avoided, and furthermore, the expandability is remarkably improved and the updating period is short to be convenient to adapt to new demands and adopt an innovative technology.

The invention discloses a highway toll data-based energy consumption emission total checking system and method, relates to a highway toll data-based energy consumption emission checking analysis system, and in particular to a system and method for checking energy consumption emission loads in road segments and time periods in a highway path table by utilizing basic data such as highway toll data,a highway road network path table, transportation energy consumption investigation data, an operation vehicle information library and IPCC discharge factor data. According to the method, the basic data is organically associated, a position, in each time period, of each vehicle and an energy consumption emission load, in each road segment, of each vehicle are respectively determined, and finally the positions and the energy consumption emission loads are gathered to obtain an energy consumption emission load of each road segment in each time period in a highway road network.

The invention provides a method and a device for identifying offline merchants. In one embodiment, a transaction platform may collect transaction data for a plurality of transactions of a merchant andperform feature extraction based on the transaction data to obtain a first transaction feature, where the first transaction feature may include a transaction location generated from a positioning service. Transaction clusters falling within a predetermined geographic range may then be determined from the transaction locations. If the transaction cluster includes more than a predetermined number of transactions, it may be determined that the merchant is an offline merchant and the transaction cluster may represent an offline transaction point of the merchant.

The invention provides a community-based related post recommendation system and method, in order to solve the technical problem that a community-based search engine is insufficient in pertinence on related post recommendation in a traditional method. The post recommendation system comprises a user access layer, an online retrieval layer and an offline data processing layer. The user access layer sends a retrieval request to an http (hyper text transport protocol) interface service module, and the online retrieval layer accesses to the offline data processing layer through a retrieval module. By the method and system, effectiveness and accuracy of data are guaranteed through the offline data processing layer to allow the online retrieval layer to download, the retrieval module of the online retrieval layer is high in timeliness, fast in update frequency and short in updating cycle, and a retrieval strategy service module can generate appropriate retrieval strategies according to characteristics of applied communities thereof, so that related posts high in relevancy to a current post are recommended to users.

The invention discloses a method for determining an authoritative website and a device thereof. The method comprises: a plurality of key words in the same filed are obtained; corresponding clicked web pages of the key words are obtained; local information of the clicked web pages in websites is respectively counted; and the authoritative website corresponding to the field is determined according to the local information. The authoritative websites of all fields can be provided for a user automatically by using the invention.

The invention discloses an intellectual property management and operation system. The intellectual property management and operation system comprises an intellectual property data unit, an intellectual property right application submission unit, an intellectual property management unit and an intellectual property operation unit; the intellectual property data unit is directly from the official websites of relevant departments, the data of the intellectual property data unit are accurate and comprehensive, and the update period of the data is short; the intellectual property right applicationsubmission unit includes a form review module which can ensure the standardization and correctness of application documents; a fee online payment module can realize the payment of relevant fees through online banking, WeChat payment, Alipay and other means; and the intellectual property operation unit can draw user portraits according to the network behaviors of users and push intellectual property information valuable to the users to the users. With the system adopted, the full-life cycle online management of intellectual property can be realized; the management costs of the users are reduced; and intellectual property management and application work can be more scientific, systematic and comprehensive.

The invention provides a power grid harmonics online monitoring circuit based on a virtual instrument. The monitoring circuit is characterized in comprising a signal conditioning part, a data acquisition card and a computer containing a virtual instrument. The working method comprises the steps: (1) signal conditioning stage; (2) data acquisition stage; (3) data analyzing stage; and (4) results displaying stage. The monitoring circuit has the advantage of automatically completing the acquisition of the detected current signal and performing real-time data processing and parameter calculation; the whole testing process can be controlled by the computer, so the testing function of each item to be tested can be changed only by changing the program of the computer and the revision cycle of a testing circuit is shortened; data is acquired rapidly so as to ensure the sampling simultaneity of the tested data; the testing precision is high and the repeatability is good, so that large amount of time and human labor can be saved, the testing efficiency is greatly improved, and the reliability is high; and the user can change or expand the functions of the circuit according to the requirements and the monitoring circuit has stronger and more reliable functions compared with the same type of products.

The invention discloses an internet user behavior-based patent operation system and method. The patent operation system includes a user data unit, a patent data unit, a user portrait unit and a patentinformation push unit; the user portrait unit establishes a user need model by using user attribute data and user behavior data in the user data unit, obtains the needs of users through analysis andfeeds back the needs of the users to the patent information push unit; and the patent information push unit push related patent information in the patent data unit which are matched with the needs ofthe users to the personal accounts of the users according to the analysis result of the user portrait unit. On the basis of internet big data technologies, the attribute data and network behavior dataof the users are analyzed in an in-depth manner, the real needs of the users are mined, patent information is pushed effectively in a targeted manner, and patent operation can be more efficient and accurate.

The invention relates to an update method and system for a smart agricultural machinery system based on an Internet of Things. The method comprises the steps that S01, a smart terminal of smart agricultural machinery sends a collection data package to an upper computer once at an interval of 5-30 minutes in an electrified state, and the upper computer replies a collection data response package after receiving the collection data package; S02, when a version is updated, the upper computer sends a version update request package periodically and continuously, wherein the version update request package comprises a version number, a version size and version preset start time; S03, the version number is determined; S04, a size of a subpackage is determined; S05, version update subpackages are sent; S06, a time interval is detected, and the package sending strategy of the upper computer is adjusted; and S08, circulation is carried out repeatedly until the subpackages are downloaded completely.

The invention discloses a processing method for automatically labeling, training and predicting mass data. The processing method comprises the steps of 1 collecting data; 2 training a model; 3 updating a prediction model; and 4 iteratively updating. By continuously repeating the method provided by the invention for machine learning, the cost of manually labeling data can be reduced, and the accuracy of data recognition is improved. According to the method provided by the invention, manual labeling and model training collection are alternately increased; the workload is reduced; the model updating period is short; consumed time is short; and the effect taking speed is high.

The invention discloses an electroplating line carrying feeding and discharging system, which comprises an electroplating feeding line, an electroplating discharging line, a feeding robot, a control cabinet, a material frame storage frame and a discharging robot. The feeding end of the electroplating feeding line and the discharging end of the electroplating discharging line are close to each other; the feeding robot is located on the position close to the feeding end of the electroplating feeding line, and the discharging robot is located on the position close to the discharging end of the electroplating discharging line; the material frame storage frame is located between the feeding robot and the discharging robot; the feeding end of the electroplating feeding line and the material frame storage frame are located within the working range of the feeding robot, and the discharging end of the electroplating discharging line and the material frame storage frame are located within the working range of the discharging robot; material frame clamps are arranged on the feeding robot and/or the discharging robot; and transfer material trucks are parked within the working ranges of the feeding robot and/or the discharging robot. The electroplating line carrying feeding and discharging system has the characteristics of high automation degree, short product updating cycle, stable production quality, improvement of the working environment of workers and the like.

The embodiment of the invention discloses a telephone number identification method, a security server and a terminal. The method comprises steps: the geographical position of the terminal is acquired; a telephone number matched with the geographical position and the identity information thereof are searched in a telephone number database, wherein the identity information is used for indicating the type of the telephone number; and the searched telephone number and the identity information thereof are sent to the terminal to enable the terminal to output the identity information corresponding to the telephone number when the telephone number is dialed. By adopting the embodiment of the invention, the telephone number identification accuracy can be improved.

The invention discloses an embedded underwater remote camera system based on Debian. The system comprises a system core control circuit, a high-definition camera, an Ethernet circuit, a communication circuit and a fill-in light module. The system core control circuit is electrically connected with the high-definition camera, the Ethernet circuit, the communication circuit and the fill-in light module. The core control circuit is used for controlling the whole work of the system. The high-definition camera is used for underwater shooting to capture an image. The Ethernet circuit is used for image transmission. The communication circuit is used for transmitting a control signal. The fill-in light module is used for providing an underwater shooting condition. The system core control circuit is provided with Debian in a transplantation manner. Debian is provided with gPhoto2 used for controlling the work of the camera in a transplantation manner. According to the invention, the pixel of a shot photograph is up to 18 million; and through a fill-in light circuit, the high-definition camera system can adapt to a dark underwater condition, and photographs of a high definition requirement are acquired.