3results about How to "Prevent bad situations" patented technology

The utility model discloses a rotor winding machine in the technical field of rotor processing, which aims at solving the problem of complicated manual coating of rotor colloid and the problem of being not conducive to guaranteeing the uniformity of colloid in the prior art. It comprises a workbench, a bottom die, a first driving device for driving the bottom die to rotate, a top die assembly, a threading mechanism and a sol mechanism are rotatably arranged on the workbench, the bottom die is used for fixing the bottom of the rotor, the top die assembly comprises a first lifting mechanism and an abutting assembly, the abutting assembly can abut and contact the top of the rotor, the threading mechanism and the sol mechanism are fixedly arranged oppositely and are both fixedly arranged on the output end of a second lifting mechanism, the sol mechanism has a hollow tube structure and the inside of the hollow tube structure is filled with a gelatinous substance, and the threading mechanism is used for threading the glass fiber through the hollow tube structure of the sol mechanism. The utility model is used for automatically adhering resin material on the surface of the rotor in the rotor winding work, and manual coating is not needed, which is more conducive to guaranteeing the quality of the rotor.

A battery pack and a vehicle lower structure provided with the same are provided. The battery pack (20) is provided with a battery (21), a case (22) that houses the battery (21), and a plurality of connectors (24, 25, 26, 27). When a specific direction in a direction perpendicular to a vehicle up-down direction is set as a first direction, the plurality of connectors (24, 25, 26, 27) respectively protrude from the case (22) to the first direction side.

This invention provides an information processing apparatus, an information processing method, and a computer program capable of suppressing adverse situations caused by adding new in-vehicle communication devices to a vehicle's network. The information processing apparatus of this embodiment includes: an acquisition unit that acquires information related to an in-vehicle communication device detected as connected to a network within the vehicle; a generation unit that, based on the acquired information, generates a route mapping for an in-vehicle relay device mounted in the vehicle to determine the relay destination of data transmitted and received in the network; a verification unit that verifies communication in the network based on the generated route mapping through simulation; and a transmission unit that, upon obtaining a positive verification result, transmits the route mapping to the in-vehicle relay device.