34results about How to "Customizable" patented technology

A process for making coating compositions with adjustable properties by blending two or more coating compositions of distinctly different attributes to achieve custom properties. The coating compositions formed herein are particularly useful in automotive refinish applications where customized properties are desired depending on the needs of the job.

The invention relates to a distributed event injection device based on a combined test set for a computer fault-tolerant system. The invention includes a controller, a combined test set generation module, an event injection module and a state analysis module. In the event injection technology, the present invention fully considers the distributed design structure commonly used in today's computer systems, fully considers the problem that different target units are suitable for injecting different types of faults and different levels of load, and introduces a distributed event injection method based on combined test sets , to achieve more flexible and efficient event injection. Therefore, the present invention has the advantages of wide application range, less resource consumption, flexible event injection mode, strong pertinence, and customizability. It can be widely used in distributed fault-tolerant systems, especially in availability evaluation of dedicated fault-tolerant systems.

The present invention is applicable to the technical field of IOS operating system, and provides a method and device for creating a window title bar. The method includes: adding a custom view to the top-level view of the form; using the custom view as a window The body title bar covers the form title area. The invention can simultaneously satisfy the customization of the form title bar under the MAC and the display of the form title in the Dock and Exposé.

This application discloses a security baseline system and a method for implementing security checks, including a vulnerability information acquisition unit actively acquiring vulnerability information; a linkage processing unit determining the target device according to the obtained vulnerability information, and generating check information; the security check is the unit according to the generated Check information to perform a security check on the target device. This application actively acquires newly discovered vulnerability information through active means, adapts to the network with rich changes in the Internet field, and thus achieves real-time response to newly discovered vulnerabilities. Furthermore, this application establishes a user security baseline library according to user customization requests, allowing users to call their own customized security rules to perform security checks on the system, thereby meeting the customizable requirements of security checks.

The invention discloses universal 3D printing nano electrode slurry. The universal 3D printing nano electrode slurry is prepared from the following components: a nano electrode active material, a conductive agent, a binding agent and a dispersant, wherein the weight ratio of the nano electrode active material to the conductive agent to the binding agent is (5 to 7) to (2 to 4) to 1; the ratio of the volume of the dispersant to the total weight of the nano electrode active material, the conductive agent and the binding agent is (2 to 5 mL) to 1 g. The invention further provides a preparation method of the universal 3D printing nano electrode slurry. The universal 3D printing nano electrode slurry disclosed by the invention has the beneficial effects that the rheological property and the material dispersity of the 3D printing nano electrode slurry are improved.

This application discloses a function aggregation self-organization system of the intelligent Internet of Things, wherein the terminal determination module is used to determine the Internet of Things terminal associated with the task according to the current task to be executed, and the sub-network self-organization module is used to determine the determined The Internet of Things terminal self-organizes on the network architecture to obtain one or more sub-networks of the Internet of Things. The process creation and resource allocation module is used to establish processes for the sub-networks according to the corresponding functional tasks of the sub-networks, and allocate corresponding computing resources for the processes. The sub-networks are managed and stored separately, and the resource recycling module is used to end the process of the corresponding sub-network and release the computing resources of the corresponding sub-network when the functional tasks are completed. The system makes the network structure of the Internet of Things service generalized, with diversified functions and customizability, improves the timeliness of response to key data, and enhances the adaptability to actual needs and actual scenarios.

A three-dimensional pressure sensor based on a 3D printing template method and its preparation method. The pressure sensor includes a flexible truss with a customizable shape. The truss is templated by a prototype made of a soluble photosensitive resin photocured additive to obtain a graphene / copper composite with a hollow structure. Struts; two pairs of flexible substrates / multilayer triboelectric composite materials are symmetrically arranged on the outer surface of the composite strut with a small area, and the sensing signals of the two pairs of orthogonal directions are independent of each other, and are used to output the magnitude of the pressure components in the X and Y directions; the area The larger outer surface is a composite piezoresistive structure A, which senses signals in a piezoresistive manner and is used to monitor the Z-direction pressure signal that the structure can change with shape; the preparation method of anisotropic pressure sensor based on the 3D printing template method is used to prepare The above-mentioned pressure sensor; the sensor provided by the present invention has a simple manufacturing process, can be freely customized and quickly manufactured, has low cost, high efficiency, and sensitive work, and can realize the sensing and identification of three-dimensional pressure signals on the basis of wrapping perception.