37 results about "Numerical system" patented technology

An open numerical control system base on PC machine is provided, which relates to a numerical system base on Windows, and is used for solving the problems in the existing numerical system based on Windows, such as poor real-time performance and high development cost, as well as the problem in a numerical system based on WINCE of poor compatibility between hardware and software. A real-time scheduling module of the invention is used for establishing connections between PC machine and a hardware interface board and scheduling real-time tasks; a CNC module is used for establishing sharing memory area in the memory of PC machine and connecting with the real-time scheduling module, as well as realizing position controlling function through the real-time scheduling module schedules real-time tasks; a PLC module realizes a logical controlling function through the real-time scheduling module schedules real-time tasks; a man-machine interface module transfers input path procedure, set operation mode and data collocation of operating system to real-time task and displays execution result of real-time task to user; the real-time scheduling module, the CNC module and the PLC module are all embedded in the Windows operating system, the man-machine interface module is a universal Windows procedure.

The invention discloses a numerical control system long-distance direct numerical control (DNC) method based on a transmission control protocol (TCP) / internet protocol (IP) and a linux network program. The method includes the following steps: (1) starting a numerical system, creating a network thread, and binding a port and an IP; (2) monitoring all the time to know whether a client side is connected after the port and the IP are bound; (3) starting a timer and sending user-defined heartbeat packets to the numerical control system after the client side and the numerical control system are connected; and (4) a user listing network computer (NC) files, uploading NC programs, downloading the NC programs, deleting the NC programs, carrying out DNC transmission fabrication and stopping transmission fabrication on a user interface after the client side and the numerical system are connected. According to the method, the numerical system is used as a server, a user computer serving as the client side constructs a network environment with the TCP/IP as a bottom layer protocol and a twisted pair line as a communication medium, the TPC/IP is used as a communication protocol for sending information, data transmission rates and anti-interference capacity are improved, connection with an internet is convenient, and data sharing is achieved.

The invention discloses a computing formula for a numerical control gear sector gear slotting machine to process an eccentric gear sector of a rock arm shaft, and a method for processing the same. The computing formula comprises a computing formula of the hobbing radial radius rho of the eccentric gear sector of the rock arm shaft, a computing formula of the corresponding arc length of the revolution angle of the eccentric gear sector of the rock arm shaft and a computing formula for processing the contour curve of a reference circle of the eccentric gear sector of the rock arm shaft. The processing method comprises the following steps: 1) starting a program; 2) computing the initial position of the eccentric gear sector of the rock arm shaft; 3) starting auxiliary actions; 4) starting to cut the position; 5) inputting the cutting parameter into a numerical control register; 6) computing the displacement at three coordinate axes by a numerical control system; 7) cutting the contour line of the eccentric gear sector through the linkage of the three coordinate axes; 8) extending the Z axis to a retracting position; 9) extending the Y axis and the X axis to the retracting position; 10) stopping a cooling fluid and stopping a slotting cutter; and 11) ending the program. The computing formula and the method have the advantages that a parameterized programming can finish the computation and processing of the contour curve of the whole workpiece, and the parameter can be input into the numerical system in a short time to achieve the requirement of processing an eccentric distance gear sector.

The invention is characterized by that making numerical system undergo the process of function module division, maknig model creation based on model drive development method, separating function of module from its behavious, utilizing change of state graph of correspondent module to despatch the the condition of its function execution so as to implement reuse of module function; using port to make communication between modules, said port can utilize its contract abstract interface to make interaction with man-machine interface and bottom layer hardware equipment so as to make related hardware application program meet the interface function requirement provided by system, and in the model layer increasing/reducing or replacing correspondent module so as to implement change of system functino. Said invention also provides the application of said numerical control system.

The invention discloses a numerical control system with a remote monitoring function and a control method thereof. The system comprises a numerical control system body including a CNC (computer numerical control) kernel, and a remote monitor module connected with the CNC kernel, wherein the remote monitor module includes a communication module, as well as a decoding module and an encoding module respectively connected with the communication module. The method comprises: an industrial computer is started, and an external monitor instruction is transmitted to the numerical control system; the remote monitor module monitors an external request, decodes the external request and transmits the decoded external request to the CNC kernel; the CNC kernel executes corresponding commands after receiving the decoded instruction, and feeds back the information; and the remote monitor module monitors the feedback information of the CNC kernel, encodes the information, and transmits the encoded information to the industrial computer. The numerical control system can be communicated with the outside, and read/write various internal parameters of the numerical system in real time to achieve the remote monitoring of the numerical control machine tool, thereby improving the use safety and the efficiency of the numerical control machine tool.

The invention discloses a table display processing method and device. The method comprises the obtaining step, the search step, the cycle step, the preservation step and the display step; in the obtaining step, a keyword input by a user is obtained; in the search step, one or more associated data tables corresponding to a data table containing the keyword are found in at least one data table according to a pre-configured association relationship, and corresponding data is read in the one or more associated data tables; in the cycle step, the corresponding data serves as the keyword for repeating the search step; in the preservation step, search results are preserved in the search step and the cycle step or after the search step and the cycle step; in the display step, the search results are displayed in a graphic mode. The table display processing method and device solve the technical problems that in the prior art, a generated game numerical value system is low in efficiency, and display of the search results is not visual.

The embodiment of the invention discloses a vehicle fault code displaying method. The method comprises the steps of acquiring a vehicle fault code; judging whether the acquired fault code exists in a first fault code library, and displaying the fault code and the fault information corresponding to the fault code if yes, wherein the numerical system of fault codes in the first fault code library is consistent with the numerical system of the acquired fault code, and the fault codes and fault information in the first fault code library are mapped in the programming language. Correspondingly, the embodiment of the invention discloses a vehicle fault code displaying device. According to the vehicle fault code displaying method and device, the purposes of improving vehicle fault handling efficiency and reducing potential safety hazards are realized.

The invention relates to a numerical control horizontal machine tool which is horizontally arranged. A base is provided with a machine tool body. One side of the machine tool body is provided with a headstock. A numerical system controls the work of a servo system which is provided with a high-speed drilling head. A spinner needle roll is positioned between a driving spindle and a tailstock. The driving spindle is provided with a numerical control dividing head for continuous division and random position locking. The great speed ratio 1:90 of the numerical control dividing head steplessly decelerates the driving spindle. As the great speed ratio 1:90 of the numerical control dividing head is used for steplessly decelerating the driving spindle, the numerical control horizontal machine tool realizes the continuous division and the random position locking, solves the key technical problem that reliable braking and positioning cannot be realized due to large and long processed workpieces and great moment of inertia, improves the workpiece division accuracy, reduces the power of a main motor and realizes low power consumption. The machine tool can meet the requirement on maximum processing diameter of 600 mm and maximum processing length of 2000 mm, and the mechanical structure of a main transmission system of the numerical control machine tool is simplified.

Current study of the genomes of species is conducted by examining the nucleotides as represented by the first letter of the name that has by convention been arbitrarily given to the nitrogenous base that comprises each of the four different nucleotides that comprise deoxyribonucleic acids. Representing the four nucleotides that comprise DNA by a specific number, rather than a letter, facilitates study of a numerical system and command instructions embedded in a sequence of DNA. Studying genomes by converting the nucleotides to a numerical system assists in the identification of certain genes that cannot be discovered by conventional means. The method presented consists of describing a DNA sequence by representing each cytosine with the number zero, representing each thymine with the number one, representing each adenine with the number two and each guanine with the number three.

The invention discloses a dynamic correction method and system for a game. The dynamic correction method for the game comprises the implementation steps that according to a system design of the game,basic data is configured, data couplers are arranged, correctors conduct data adjustment for the dependency couplers, dynamic correctors which mainly depend on an economic model and a mathematical model are arranged, and real user expectations and deviations are established to achieve dynamic balance; user data is collected during a game test, and the system dynamically generates self-adaptive parameters based on game data. The dynamic correction method and system for the game have the advantages that planned data is only basic data or is called reference data, and the dynamic correction system carries out correction based on the reference data; a numerical system has polymorphism, and the dynamic correction system dynamically adjusts the data according to the level of a player to reach the expectations of the player for the game; the numerical system has fault tolerance, for a data system design failure of a single module, the dynamic correction system can carry out correction according to threshold values, and therefore the avalanche effect is mitigated.

Current study of the genomes of species is conducted by examining the nucleotides as represented by the first letter of the name that has by convention been arbitrarily given to the nitrogenous base that comprises each of the four different nucleotides that comprise deoxyribonucleic acids. Representing the four nucleotides that comprise DNA by a specific number, rather than a letter, facilitates study of a numerical system and command instructions embedded in a sequence of DNA. Studying genomes by converting the nucleotides to a numerical system assists in the identification of certain genes that cannot be discovered by conventional means. The method presented consists of describing a DNA sequence by representing each adenine with the number one, representing each guanine with the number two, representing each cytosine with the number three and each thymine with the number four.

The invention discloses a product authentication method and system, a readable storage medium and electronic equipment, and belongs to the field of data processing, and the method comprises the steps:building a quality influence factor database in advance, storing a factor set having an influence on the quality of a product for each type of product according to the classification of the product,and storing the weight of each quality influence factor; in the authentication process, enabling a user to select a to-be-authenticated product from a system and inputting a comment numerical value ofeach quality influence factor in the bottommost level corresponding to the to-be-authenticated product; and enabling the system to automatically calculate an evaluation result of the to-be-authenticated product according to the comment numerical value of each quality influence factor in the bottommost level and the weight of each quality influence factor. The automatic calculation is performed bythe system, so that the product authentication efficiency is improved, and the evaluation result is more objective.