32results about How to "Extensibility" patented technology

The invention relates to the technical field of articles for daily use, in particular to a multifunctional intelligent insole and a gait similarity detection method. The multifunctional intelligent insole is convenient to use, light, convenient to carry, flexible to use and multifunctional, and has a series of functions of weighing, step counting, distance measuring, calorie consumption measuring, lostness prevention, warning while people fall off and wireless data transmission. According to the method, step postures and coordination of a detected object are judged mainly by analyzing triaxial accelerated speed, triaxial angular speed and pressure information of three positions of feet when the detected object moves, accordingly incorrect or abnormal gaits can be effectively found and corrected, and the insole has important application value for dancing lovers, babies learning to walk and patients walking for rehabilitation. Meanwhile, the gait detection method can be matched with an intelligent system for use, and test results can be presented to users visually through an intelligent terminal device.

An asynchronous communication system and method are configured for secured communication between a sender and a recipient without a need for pre-arrangement of shared static encryption key secrets. In one embodiment a system receives an initiation request for authentication from a sender seeking to transmit a message. The system generates an asymmetric key set, which includes a private key and a public key associated with a key reference. The system stores the private key with the key reference and transmits the public key to the sender. The sender uses the public key to encrypt the message to be sent to the recipient. The system will then receive a request for the private key from a recipient of the encrypted message. The system will authenticate the recipient identity. Once authenticated, the system transmits the private key to the recipient, which uses the private key to decrypt the encrypted message.

The present invention relates generally to a software architecture for simulation of physical entities. The invention provides an object-oriented container based framework architecture for simulator software implementations, methods, and objects in a time domain on a distributed computer network. The invention further provides an interface system and a plug-in definition which allows compartmentalization of participants in the container and easy extensibility of the system.

A computer system includes a first storage control module and at least one server module. The first storage control module includes plural storage processors. Each server module includes a server processor and a server I/F connected to the server processor and at least two of the plurality of storage processors. The sever I/F of an issuance server which is any one of the at least one server module specifies the storage processor by referring to sorting information in which identification information of the issuance server of an I/O request issued by the server processor of the issuance server, identification information of a destination storage area of the I/O request, and identification information of the storage processor in charge of the destination storage area are correlated with each other, and sends a command based on the I/O request to the specified storage processor.

The present invention relates to the computer field, and provides a method for dynamically configuring plug-in startup. By deserializing the configuration file, an entity object is generated, and then the application program startup function is realized by using the application program information stored in the object. This method is adopted Dynamically configure the plug-ins of the financial book, and provide parameters to start the plug-in or application, which is very applicable and scalable, so that users can start or configure any custom plug-ins and any known third-party plug-ins on the financial book platform.

The invention discloses an intelligent central control cloud platform for a digital exhibition hall. The intelligent central control cloud platform comprises a cloud platform, a mobile control terminal, a plurality of equipment centralized acquisition modules and a video acquisition terminal, Wherein the mobile control terminal is respectively connected with the cloud platform and the plurality ofequipment centralized acquisition modules, the video acquisition terminal is connected with the cloud platform, and the cloud platform comprises an equipment management module, a scene resource management module, a resource library, a scene configuration management module, a platform management module, a cloud server and a marketing management module; Wherein the cloud server is respectively connected with the equipment management module, the marketing management module and the resource library, and the scene resource management module is connected with the resource library through the sceneconfiguration management module. According to the cloud central control management system for the exhibition hall, diversification and local intelligentization of the exhibition hall can be achieved to meet requirements of different clients, optimal scene equipment is configured for different scene contents, configuration contents with the optimal effect are provided for the exhibition hall, and intelligentization, stability and flexibility of exhibition hall management are improved.

The invention provides a program monitoring method and device. The method comprises the following steps of compiling a to-be-monitored program and a monitoring program into class files; by the loadingcharacteristic of a loader, delegating a first type of files and a second type of files to a same top layer for loading; by recompilation, injecting codes of the second type of files into the first type of files; then, obtaining system performance data of a running program corresponding to the first type of files in a loading manner. Without transforming a system is not transformed, an additionalmonitoring assembly is not required to be added. Perception-free, efficient and accurate performance monitoring is achieved, and the performance problem is automatically predicted and analyzed. Intrusion and influence on the system are smaller when efficient performance testing is conducted, the performance index condition of the system and the finer-grained method execution and memory allocationcondition are obtained under the condition that source codes are not modified, and code analysis and data mining can be conducted on obtained data.

The invention provides a method for determining a focal plane of an OPC (Optical Proximity Correction) model. The method comprises the following steps: selecting a plurality of types of images to be detected; aiming at each type of image to be detected, measuring image key size values under a plurality of threshold values, and carrying out curve fitting to obtain a linear relation of the image key size values and the threshold values; calculating a model threshold value for establishing model data by using the linear relation according to a size after exposure used for establishing a model; slicing a wafer at a measuring position, and measuring the light resistance thickness of each image; aiming at each type of image to be detected, multiplying the obtained light resistance thickness by the model threshold value to obtain a distance from a light resistor imaging position to the bottom of a light resistor; and calculating an average value of the distances from the light resistor imaging position to the bottom of the light resistor, calculated by the plurality of types of images to be detected, so as to obtain an actual focal plane position; and calculating a theoretical focal plane position by using the calculated actual focal plane position.

The invention provides a radio signal repeater monitoring system, which comprises a radio signal repeater monitoring device and a monitoring center. The radio signal repeater monitoring device is positioned on a monitored radio signal repeater and used for receiving an operating instruction from the monitoring center, detecting the related information of the monitored radio signal repeater according to the operating instruction and transmitting the detected information to the monitoring center. The monitoring center comprises a client, a WEB server, an application server and a mobile communication server, wherein the WEB server and the application server provide intra-network accessing and WEB accessing over the radio signal repeater monitoring device for the client respectively; and the mobile communication server is used for providing information transmission between each of the WEB server and the application server and the radio signal repeater monitoring device. The radio signal repeater monitoring system provided by the invention can detect and set the related information of the monitored radio signal repeater in real time by utilizing the radio signal repeater monitoring device without manual tour inspection, is low in cost and time consumption and can timely and accurately acquire the information.

The invention provides an industrial configuration software secondary development method. The industrial configuration software is programmed through adopting a Microsoft foundation class (MFC) language. The method comprises the steps of calling a user control dynamic library to load a Csharp editor for the industrial configuration software, wherein the user control dynamic library is programmed by adopting a C++/CLR (common language runtime) language; intercepting the user operation received by the industrial configuration software, and transmitting the user operation to the Csharp editor through the user control dynamic library; adopting a Csharp language to program secondary development codes in the Csharp editor; compiling the secondary development codes and generating a corresponding dynamic library file; and calling a .Net operation library for the industrial configuration software so as to execute the dynamic library file. The expandability of the industrial configuration software is improved through utilizing the method.

The invention discloses a system and method for aircraft digital battlefield confrontation. The method comprises that control information is collected, initial control is carried out, and a data excitation manner and an excitation strategy are selected; battlefield script data is obtained; tactical execution data is generated and corrected according to battlefield situation data; and initialized battlefield environment data is generated, and the battlefield situation is updated to generate real-time battlefield situation data. The system comprises a top control mold, a battlefield scrip inputmodule, a first-party program control module, a second party program control module and a digital battlefield platform module. According to the system and method, the automatic and intelligent degreeis high, efficacy evaluation and analysis are accurate, the instantaneity is high, system configuration is highly flexible, expansion and extension can be made according to the practical battlefield situation, aircraft courses and confrontation capability can be planned accurately, and high-accuracy confrontation simulation can be realized among aircrafts.

An electronic resource tracking and storage computer system communicates with computing systems operated by different participants. Computing systems store copies of a blockchain and have associated computing devices with sensors. A programmed rule set includes conditions to be met when cooperating to complete, in connection with a resource tracked via the blockchain, a modeled process including modeled tasks. A transceiver receives, from the computing devices, signed electronic data messages including identifiers and values from their respective sensors. Blockchain transactions including identifiers and value(s) in the respective messages are generated. Generated blockchain transactions are published for inclusion in blockchain's copies. Value(s) in the respective electronic data messages are validated against the set of programmed rules. Based on the validations' results, events are emitted to an event bus monitored by a management system. These events selectively trigger the management system to automatically implement modeled tasks in dependence on the validations' results.

The invention discloses a treatment method of machine washable down. The treatment method comprises three steps, firstly, down is subjected to surface treatment with a pretreatment solution containingan aluminum zirconate coupling agent to improve the dispersity of down fiber and extend the reaction interface of protein fiber, a foundation is laid for a following crosslinking grafting reaction, glutaraldehyde is taken as bridging in the crosslinking modification treatment, graphene oxide is oxidized and grafted to the down fiber, the comprehensive performance of the down is effectively improved, then, reinforcing treatment is performed through an aftertreatment solution, the down fiber with good dispersity, low probability of agglomeration, good toughness and excellent ductility is obtained, and the phenomena of hardening, breakage and the like of a conventional down product in the machine washing process can be effectively relieved. Compared with the prior art, the production processis simple, the use convenience of the down product is improved, and the market value is huge.

The intelligent medicine box comprises a box body, an induction display module, a communication module and a power module are installed in the box body, the communication module is connected with an online query module, the online query module is connected with a data analysis and mining module, and the data analysis and mining module is connected with a directional pushing module. The directional pushing module is connected with a data storage module, the data storage module is connected with a data acquisition module, the data acquisition module is connected with a data reading module, the data reading module is connected with a medication monitoring module, and the online query module comprises an online doctor and a medication consultation unit. The system is easy and convenient to operate, remote monitoring can be achieved through a mobile phone, a medicine scientific management system and an end-to-end BLE technology platform are combined, the personal medicine management system which is safe and effective and has creativity and expansibility is built, data of personal medicine taking habits are accurately collected, and analysis of the personal and medical systems is facilitated.

The invention relates to a workload combination unified deployment method and system based on a multi-container cluster, and the method comprises the following steps: 1, generating a to-be-filled workload configuration file according to the related information of a micro-service in an external user application after responding to the external user application; 2, according to batch information in an external user application, filling the batch information into a workload configuration file for combination; 3, according to batch customization attributes in the batch information, covering information in the corresponding workload configuration file, and obtaining a complete workload configuration file; 4, according to the associated container cluster information in the batch information and the configuration information of each container cluster, generating a real cluster API access interface configuration for each work load configuration file and sending the real cluster API access interface configuration to the corresponding cluster for unified deployment. Meanwhile, the invention provides a system corresponding to the method, and compared with the prior art, the invention has the advantages of being suitable for multi-place deployment and the like.

The invention relates to an elastic composite fabric which comprises five layers including a first layer made of polybenzimidazole fibers, a second layer made of asbestos fibers and animal fibers, a third layer made of a dispersing agent, a fourth layer made of a thermoplastic elastomer, and a fifth layer made of polylactic acid fibers from top to bottom; the first layer accounts for 20-30% of an elastic composite fabric main body in weight; the second layer accounts for 15-20% of the elastic composite fabric main body in weight; the third layer accounts for 18-20% of the elastic composite fabric main body in weight; the fourth layer accounts for 20-15% of the elastic composite fabric main body in weight; the fifth layer accounts for 27-15% of the elastic composite fabric main body in weight. The elastic composite fabric provided by the invention has the characteristics of easiness for cleaning, ductility, high comfort and high solidness.

The invention relates to an abstract access platform implementation method and device for enterprise internal public services. According to the method, on the basis of ensuring the consistency of an access mode and security, a Shamir key segmentation algorithm is adopted to reinforce the security of a platform, and meanwhile, a layer of facade operation module for simplifying administrator operation and a service system access process is encapsulated on a basic service. Compared with the prior art, the abstract access platform implementation method and device have the advantages of high safety, good expansibility, good universality and the like.