7results about How to "Solve paralysis" patented technology

The utility model relates to the technical field of inner swing door drive structure, and concretely is a kind of double inner swing door double-motor drive structure of passenger car, including door frame and two groups of motor drive structure, and the inner swing door installed in the door frame door hole, two groups of motor drive structure are set in the main shaft top of inner swing door, the outer periphery of motor drive structure is covered with protective box, two groups of motor drive structure all include the motor with brake of output shaft, and the drive self-lubricating mechanism for gear lubrication, the driving shaft bottom of motor is equipped with driving gear, the outer periphery of the main shaft top of inner swing door is equipped with driven gear by key pin, driven gear is engaged with driving gear, the drive self-lubricating mechanism is located above driven gear, and the main shaft top is connected with support flange.

The invention provides a double-link heterogeneous communication method and a distributed battery management system, and the system comprises a plurality of battery management chips, and each battery management chip is connected with a single cell in a one-to-one correspondence manner; the control module comprises a main control unit and a standby control unit; and a battery pack power bus; the battery management chip comprises a battery cell data sampling module, a data processing module, a first communication module, a communication link monitoring module and a clock synchronization module. The system architecture adopted by the invention can effectively solve the problem of system paralysis caused by a single-point fault of a traditional single-controller architecture, and meets the requirement of higher vehicle-mounted safety level.

This invention provides a dual-link heterogeneous communication method and a distributed battery management system. The system includes: multiple battery management chips, each connected to a single battery cell; a control module, including a main control unit and a backup control unit; and a battery pack power bus. Each battery management chip includes: a cell data sampling module, a data processing module, a first communication module, a communication link monitoring module, and a clock synchronization module. The system architecture adopted in this invention effectively solves the system paralysis problem caused by single-point failure in traditional single-controller architectures, meeting higher safety requirements for automotive applications.

The invention belongs to the field of oil exploitation, and discloses a polymer drag reducer premixer, which comprises a premixer main body and a self-adjusting assembly, the premixer main body comprises a liquid inlet cavity, a powder inlet cavity and a mixing cavity, the liquid inlet cavity and the powder inlet cavity are both communicated with the mixing cavity, the liquid inlet cavity and the powder inlet cavity are both arranged at the upper end of the premixer main body, and the self-adjusting assembly is arranged at the lower end of the premixer main body. The liquid inlet cavity is annularly arranged on the outer wall of the powder inlet cavity, the mixing cavity is arranged at the bottoms of the powder inlet cavity and the liquid inlet cavity, the self-adjusting assembly comprises a liquid stopping component and a powder stopping component, the liquid stopping component and the powder stopping component rotate in a meshed mode, the liquid stopping component is arranged in the liquid inlet cavity, and the powder stopping component is arranged in the powder inlet cavity. The self-adjusting assembly comprises a liquid stopping component and a powder stopping component, the functions of pre-wetting and conveying powder through water flow are reserved, and meanwhile the problem that a powder conveying system breaks down due to the fact that fluid flows upwards due to unsmooth accidental conveying is effectively solved.

The utility model belongs to the field of printing machines, and particularly relates to an automatic offset printing UV ink feeding system which comprises a feeding box, an ink box is arranged in the feeding box, a mounting plate is fixedly connected to one side of the top end of the feeding box, a pull rod is arranged in the mounting plate, the top end of the pull rod is fixedly connected with a first abutting block, and the top end of the first abutting block is fixedly connected with a second abutting block. One end of the first abutting block is fixedly connected with a second spring. Through the structural design of the connecting assembly, the function of quickly replacing the ink pump is achieved, and the problems that in the prior art, an oil well pump in an inking system cannot be replaced or detached in a long-time working state, so that the working efficiency of the inking system is reduced or paralyzed, and the ink pump cannot be replaced or detached are solved. The problems that in the prior art, when an oil well pump is installed, a large amount of time needs to be consumed by workers, multiple workers are needed for assisting in installation, and installation can not be achieved by one person are solved, and the adaptability of the oil well pump in the prior art during installation is improved.

The application discloses a mesh wireless network device conflict detection processing method and system for an intelligent driving test scene. Before entering the test, active detection is performed on devices in an active state in the mesh wireless network, a mapping relationship between device IP and MAC is constructed, device conflicts of repeated IP, unregistered MAC or out-of-bound network segments are identified, a first detection result is obtained; during the test, address resolution protocol ARP packets in the mesh wireless network are passively monitored, device conflicts occurring during the test are detected, a second detection result is obtained; a multi-dimensional conflict feature vector is constructed based on the first detection result and / or the second detection result, a conflict level is determined by using a conflict determination model based on a gradient boosting decision tree GBDT, and a conflict risk classification result is output; and control instructions bound with the test process are executed according to the conflict risk classification result. The application completely solves the problem of network paralysis caused by unapproved new device access.

The invention provides a letter sorting machine control system based on EtherCAT double-link redundancy. The letter sorting machine control system comprises a main controller, a redundancy switching unit, a distributed slave station and branch control module, a belt transmission module and a grid display module. The main controller adopts multi-core CPU function isolation, binds different tasks to corresponding cores and allocates execution cycles; the redundancy switching unit constructs a double-link annular redundancy network, automatic switching is achieved when links are abnormal, and communication stability is guaranteed; the distributed slave stations are provided with terminal modules according to needs, are integrated in slave station boxes and are flexibly connected to execution components of all functional areas. And the lattice display module adopts a group leader-group member structure, so that the load of a main network is reduced. The system sets priorities for EtherCAT network groups based on signal real-time performance, realizes IO signal rapid response, and supports flexible expansion of slave station boxes. The reliability, the real-time performance and the expansibility of letter sorting control are improved, the method is suitable for a high-speed sorting scene, and the efficient operation requirement of the postal logistics industry is met.