33results about How to "Extensibility" patented technology

Methods and apparatuses that enroll a wireless device into an enterprise service with a management server addressed in a management profile are described. The enrollment may grant a control of configurations of the wireless device to the management server via the management profile. In response to receiving a notification from the management server, a trust of the notification may be verified against the management profile. If the trust is verified, a network session may be established with the management server. The network session may be secured via a certificate in the management profile. Management operations may be performed for management commands received over the secure network session to manage the configurations transparently to a user of the wireless device according to the control.

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.

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 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.

A chlorophyll fluorescence measuring system having at least one spectrometer coupled to a data logger. The data logger provides direct control of the spectrometer and includes on-board memory for storage of target and reference spectrum data obtained by the spectrometer. The data logger may be coupled to an external computer that receives and analyzes target and reference spectrum data to determine SIF using a spectral fitting algorithm. The system may include a spectrometer aiming system coupled to and controlled by the data logger. The system may also include one or more environmental sensors configured to measure environment variables. The environmental sensors may be coupled to the data logger for control and data storage. The environmental data may be communicated to the external computer for use in the spectral fitting algorithm. The data logger may be connected to a network for remote monitoring and control.

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 is applicable to the field of computer technology, and provides a tire theoretical model parameter determination method, device, equipment and storage medium. The method includes: obtaining the half-length of the tire's contact footprint, the first characteristic parameter and the second characteristic parameter; based on Solve the first tire theoretical model parameter model, determine the first tire theoretical model parameters according to the half-length of the contact patch and the first characteristic parameters; solve the model based on the second tire theoretical model parameters, and determine the first tire theoretical model parameters according to the half-length of the contact patch, bristle stiffness and second characteristic parameters Determine the model parameters with the second tire theory. The method provided by the embodiment of the present invention establishes a solution model for each model parameter to be identified, and solves each model parameter step by step. Compared with the overall identification of the prior art, the step-by-step independent solution reduces the randomness of the result. That is to say, the accuracy of the model parameters is improved, and the extension ability and prediction ability of the tire theoretical model are effectively improved.

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 warp-knitted imitation single-face woolen fabric and a preparation method thereof, belonging to the textile field. In the present invention, on the tricot machine, the first bar is worn through two kinds of polyester semi-velvet dyed yarns through the forged weave or the warp flat weave, the forged weave forms a herringbone effect on the front of the process, and the warp flat weave forms on the front of the process Sesame dot effect, using two different color yarns on the first bar to form a corresponding pattern effect; using the warp flat weave of three stitches and two stitches of polyester low elastic yarn on the last two bars, respectively, so that The cloth surface has good dimensional stability and extensibility both vertically and horizontally, and the appearance effect of the imitated single-face wool is similar to that of the commercially available single-face wool.