4results about How to "Use effectively" patented technology

This disclosure provides a parking lot management method, a storage medium, and a computer device. The parking lot management method includes determining whether the parking space in the parking lot is insufficient. Furthermore, the parking lot management method also includes at least one of the following: if it is determined that the parking space in the parking lot is insufficient, performing a process to urge at least one vehicle parked in the parking lot to leave; and if it is determined that the parking space in the parking lot is not insufficient and predetermined conditions are met, requesting energy management from at least one vehicle electrically connected to a power supply device.

The utility model relates to a reformer which is provided with a catalyst container which comprises an interval in which a catalyst layer is formed and is configured to generate reformed gas through a reforming reaction accompanying heat absorption when raw material gas flowing in from one end surface of the catalyst layer passes through the catalyst layer, the reformed gas flows out from the other end surface of the catalyst layer; a plurality of reformed gas tubes which penetrate the catalyst layer and through which the reformed gas flows; and a heating device for heating the reformed gas in a section between the flow of the reformed gas out of the catalyst layer and the flow of the reformed gas into the plurality of reformed gas tubes. As a result, in the reformer that uses the catalyst to promote an endothermic reaction, i.e., a reforming reaction from the raw material gas to the reformed gas, the energy consumption of the heating device provided in the reformer can be reduced.

According to the present invention, an electric motor is provided that can effectively utilize magnetic flux compared with the prior art. The electric motor includes: a cylindrical stator (10) having a stator core (11) having a plurality of radially extending pole teeth (13) in the circumferential direction and a stator coil (winding) 15 wound in a concentrated manner around the pole teeth (13); and a rotor (20) disposed inside the stator (10) and having a plurality of magnetic poles, wherein the angular amplitude (α) of each of the plurality of magnetic poles of the rotor (20) corresponds to the angular interval (β) of the pole teeth (13) in the stator (10).