6results about How to "Quick customization" patented technology

The utility model relates to an electromagnetic retarding dual-motor second-gear power uninterrupted driving integrated system, which comprises a first motor, a first input shaft, a first constant mesh gear set, a first intermediate shaft and a first gear shifting set which are connected in sequence, the first normally engaged gear set is connected with the first gear shifting set through the first intermediate shaft. The second motor, the second input shaft, the second constant mesh gear set, the second intermediate shaft and the second gear shifting set are connected in sequence, the second motor is connected with the second constant mesh gear set through the second input shaft, and the second constant mesh gear set is connected with the second gear shifting set through the second intermediate shaft at the same time; an output gear and an output shaft are further included, the first gear shifting set and the second gear shifting set are both meshed with the output gear, and the output gear is connected to the output shaft in a sleeving mode and drives the output shaft to rotate. A plurality of gears connected with the first motor and the second motor respectively form two symmetrical modules, so that the maintenance is more convenient.

The invention discloses a low-code component template implementation method, relates to the technical field of low-code component templates, and aims to solve the technical problems of poor component reusability and high technical threshold caused by scene abstraction and deficiency of a current low-code platform. S200, abstracting and constructing a layout template; s300, abstracting and constructing a page template; s400, abstract modeling of a component template scene is carried out; and S500, page production is carried out. Components are summarized into three core scenes including lists, forms and details, a three-level asset library of a layout template, a page template and a component template is combined with a template matching decision function, accurate retrieval, reuse and precipitation of the template are achieved, repeated development is greatly reduced, meanwhile, a front-end interaction logic function is preset, and the template matching decision function is optimized. Core processes such as data refreshing, real-time verification and state retention are covered, developers do not need to manually write interaction codes, the development period is shortened, and the technical threshold is reduced.

An integrated system for uninterrupted power delivery via an electromagnetically controlled dual-motor three-speed drive includes a first motor, a first planetary gear set, and a first shift group connected in sequence, as well as a second motor, a second planetary gear set, and a second shift group connected in sequence. It also includes an output shaft, with both the first and second shift groups connected to the output shaft to output power. The first motor is connected to the first planetary gear set via a first input shaft, the first planetary gear set is connected to the first shift group via a first intermediate shaft, and the first shift group is connected to the output shaft via a driven gear set. The second motor is connected to the second planetary gear set via a second input shaft, the second planetary gear set is connected to the second shift group via a second intermediate shaft, and the second shift group is also connected to the output shaft via a driven gear set. This invention, through the ingenious combination of planetary gear sets and parallel shafts, achieves a minimization of size while maintaining powerful functionality, providing greater spatial freedom for vehicle design.

This invention provides a fully digital wireless time and frequency synchronization system and method, applicable to the fields of positioning, navigation, and timing technology. The system includes: a signal transceiver module for bidirectional time transmission with a master node via a wireless channel and recording transmission and reception timestamps; a time measurement module for calculating time and frequency deviations based on the timestamps and generating a digital frequency control word; a microelectromechanical system (MEMS) oscillator module for receiving the frequency control word via a digital interface and adjusting the output frequency in real time; and a synchronizer module for generating a second pulse signal based on the adjusted frequency. The adjusted frequency is fed back to the signal transceiver module as a local clock driver, forming a closed-loop frequency control. This invention deeply integrates high-precision time measurement with a MEMS resonator, achieving fully digital closed-loop control. While maintaining advantages such as small size, low power consumption, and vibration resistance, it significantly improves the transient response speed and long-term stability of frequency synchronization and supports rapid customization of special frequency points.

The utility model discloses a rubber flange bushing press -fitting device, including upper pressure head module and with the lower support module of upper pressure head module cooperation setting, upper pressure head module includes upper pressure plate, one side of upper pressure plate is provided with first limit structure, pressure head subassembly and guide column structure, pressure head subassembly is the multiple pressure head of high -low staggered arrangement, including setting one reference pressure head and multiple elastic pressure head, the lower support module includes the support seat of lower mounting plate installation, the support seat is connected with pressure head subassembly and is pressed to connect rubber flange bushing, the outer circumferential side of support seat is provided with guide bush structure, and the guide bush structure is connected with guide column structure, one side of support seat is provided with the second limit structure of first limit structure abuts, the elastic pressure head with the upper pressure plate interval is provided with the adjusting structure of setting, and the height of the rubber flange bushing of adjusting different positions is pressed -fitted simultaneously. A multi -station press -fitting line is integrated into a tool; effectively reduce the investment, improve the efficiency.

The invention discloses a multi-chip platform adaptive intelligent remote controller firmware customization system and method, and the system comprises a universal firmware library management module which is used for storing universal application firmware generated by compiling different chip platforms in advance; the configuration data generation module is used for responding to a function definition instruction of a user and serializing a function requirement of a target remote controller into an independent binary configuration data packet; the Flash partition planning module is used for defining a logic address layout of a nonvolatile memory of the target chip platform; the firmware synthesis engine is used for performing address mapping and data splicing on general application firmware and the binary configuration data packet according to the logic address layout defined by the Flash partition planning module to generate target firmware which can be directly burnt; according to the invention, through a core architecture of an upper computer visual configuration system, a multi-chip platform general main program library, Flash partition planning and a configuration bin and application bin merging mechanism, rapid customization and burning of the multifunctional intelligent remote controller are realized.