112 results about "Number Type" patented technology

A license plate recognition system and method recognizes a license plate attached to a vehicle and bears a license plate number. The system includes a database module, a reducing module, an image capturing unit, a sorting unit, and a recognizing module. The database module stores license plate position sample type-related data and license plate number sample type-related data whose quantity is reducible by the reducing module. The image capturing unit captures license plate images at different imaging resolutions to generate license plate position image eigenvalue and license plate number image eigenvalue. The sorting unit computes the license plate position image eigenvalue to generate license plate position type-related data and computes the license plate number image eigenvalue to generate license plate number type-related data. The recognizing module compares the license plate number type-related data with the license plate number sample type-related data, thereby recognizing the license plate number.

The invention provides a method, server and mobile terminal for determining types of incoming call numbers. The method comprises the steps that the server determines a tag library used for indicating tags of the types of the incoming call numbers, wherein in the tag library, the number of the tags of the incoming call numbers during the time period with WIFI is larger than that of the tags of the incoming call numbers during the time period without the WIFI; the server sends the tag library to the mobile terminal so that the mobile terminal can judge the incoming call number type of an unfamiliar number according to the tag library after receiving an incoming call of the unfamiliar number. By means of the method, the server and the mobile terminal, the types of the incoming call numbers can be effectively identified during the time period without the WIFI.

The invention provides a clothes size recommendation method and system. The problem that sizes of clothes sellers are not unified or accurate, so that a user who buys clothes on line cannot select the proper size is solved. The height and the BMI body type of the user are considered comprehensively, the proper number type is determined first, the corresponding size is found, then the size is adjusted to fit the body type of the user, the adjusted size is recommended to the user, so that trouble of size selecting is avoided for the user, and particularly the trouble in the situation that the size of the selected clothes does not accord with the mainstream size standard is avoided. According to the method and system, only the height and the weight of the user are used, compared with a traditional method in which data such as the chest circumference, the waistline and the leg length are used, operation is simplified, complexity is lowered, the size is determined with the number type as the standard, the proper size can be accurately recommended, and the method and system are suitable for E-business sites where a larger number of sellers are located.

The invention relates to an ultrasonic beam forming method for improving frame frequency. The ultrasonic beam forming method comprises the steps that parameters and a transmitting-receiving focus modeare set of an ultrasonic sensor, Field II simulation is utilized to obtain results obtained by scanning opposite point targets and cyst images with different number of scan lines including 128, 64 and 32, and the result of each scan line and corresponding delay are respectively stored; three number types of stored scan line signals are processed by adopting multiplying delay superposition algorithm and corresponding multi-wire receiving respectively; envelope detection, logarithm compression and image display are conducted on data obtained after beam forming and multi-wire receiving processing; three storage results are processed by adopting a delay superposition algorithm, a minimum variance algorithm and corresponding multi-wire receiving and are respectively processed to obtain finaldisplay images. The images obtained by adopting the method has higher resolution ratio compared with the delay superposition algorithm and has lower operation complexity compared with the minimum variance algorithm.

The invention discloses a mobile phone number risk monitoring method comprising the steps of acquiring a number type marked on a mobile phone number, when an incoming call from the mobile phone numberis received; computing a risk degree score of the mobile phone number according to a preset risk degree weight and a preset computing mode; and comparing the risk degree score of the mobile phone number with a preset threshold to acquire a risk level of the mobile phone number. The invention also provides a mobile terminal and a computer readable storage medium. According to the mobile terminal,the mobile phone number risk monitoring method and the computer readable storage medium provided by the invention, whether the mobile phone number of the incoming call is a risk fraud number can be accurately judged.

The invention relates to a method for generating a performance test report, an electronic device and a readable storage medium. The method comprises the following steps of acquiring performance test result data of a preset performance test tool; analyzing various performance test indexes contained in the performance test result data, and converting the performance test result data of each performance test index into time series data of the time number type or the time point type according to a preset rule; and storing the converted time series data of the time number type or the time point type into a preset time series database to take out corresponding time series data from the preset time series database according to user-defined test indexes, and forming a performance test report. Allperformance test result data can be converted into the time series data to be stored in the time series database, the performance test result data can be stored in the time series database for a longtime and cannot be lost.

The present invention discloses a method for determining the number type of an incoming call and a terminal. The method includes the following steps that: first mark information corresponding to a currently marked unknown incoming call is obtained, wherein the first mark information contains the number of the unknown incoming call and a preset type corresponding to the number of the unknown incoming call; and the first mark information and a terminal identifier are sent to a server, so that the server determines the mark type of the number of the unknown incoming call in the first mark information according to the first mark information and the terminal identifier. With the method provided by the embodiments of the present invention adopted, the accuracy of being marked of the type of the number of the unknown incoming call can be improved.

The invention relates to an application switching method and device, and belongs to the technical field of terminals. The method comprises the steps of: recognizing an incoming call number that initiates an incoming call, and obtaining a number type of the incoming call number; in a call process, determining a current application to be switched according to the number type; displaying application switching prompt information on a display interface, wherein the application switching prompt information is used for prompting a user whether to switch to the application; and when detecting a switching confirm operation, displaying a main page of the application on the display interface. After the incoming call is received and the number type of the incoming call number is recognized, the terminal can determine the current application to be switched according to the number type automatically, and prompt the user based on a determined result; and after that, if the terminal detects the switching confirm operation of the user, the main page of the application can be displayed on the display interface automatically, so that automatic switching of the application can be realized, and the user does not need to manually execute a series of operations, such as application searching and application opening, therefore, the application switching method provided by the invention saves both time and effort and is better in effect.

The invention relates to a device (10) and an associated method for identifying an object (20) having an article as a function of a detected barcode information of a barcode (30), the object (20) being labeling with the same. A plurality of article numbers are thereby stored in a memory (60) associated with a plurality of articles and a plurality of different article number types. The detected barcode information, according to the invention, is compared to the article numbers stored in the memory (60) as a function of a prescribed sequence of article number types. In case of a match of the detected barcode information to one of the stored article numbers, the object (20) is identified as the article associated with said article number.

The invention relates to a method for implementing an encoding mechanism based on a time stamp rule. The method overcomes the defects of low efficiency, long consumption time, easiness in error occurrence, and the like of the traditional encoding mechanism. The method comprises the following steps of storing various types of form prefixes, lengths of date and time, and length of self-adding sequence into a MySQL form, automatically searching for the database form when a new form is added, inquiring the record with a maximum inquiry sequence number in a descending way, judging if the total number of records is null, and using the judgment as the basis for determining if the newly added form is the first record of the type; automatically obtaining the current date of the system, searching for the prefix form to obtain the code prefix, converting the self-adding sequence into the calculable number type, adding 1 by self, and combining into the code of the new form. The method has the advantages that a user specializes in the actual service logics of the form, and the encoding trouble is avoided.

The invention provides an identification method and system for a pseudo source garbage multimedia message. The identification method includes the steps that a multimedia message center starts user position information inquiry to a calling inquiry interface machine when receiving a multimedia message request submitted by a user; the calling inquiry interface machine inquires the actual position of the user from an HLR; the calling inquiry interface machine determines that the multimedia message is a pseudo source garbage multimedia message when the user actual position fed back by the HLR is not consistent with the user position reported by the user and received by the multimedia message center. Compared with the prior art, the identification method and system can identify and judge the garbage multimedia message with a pseudo user number type through small technical modification of the multimedia message center, do not affect the normal multimedia message process in the identification process, resolve the problem that an original garbage multimedia message identification method can not detect the novel garbage multimedia message, namely the pseudo source garbage multimedia message, realize the function of authenticating the calling number in real time, complete the function of intercepting the garbage multimedia message, and improve the satisfaction degree of the user.

The invention provides a sensor original data privacy protection method supporting sensor network data aggregation. The method comprises the following working states: initialization before deployment, initialization after deployment, a stage of data report by taking a node as a non-cluster head node for data report, a stage of data report by taking a node as a cluster head node for aggregating data in a cluster, a stage of data report by updating a random number type by each node; a stage of updating storage information when a new node is added into the cluster, and a stage of updating the storage information when a node is quitted from the cluster.