Abstract: Disclosed are a transfer apparatus and a battery swap station. The transfer apparatus is configured to transfer batteries, and includes a foundation, a drive mechanism and a lifting member. The foundation is provided with a first matching portion. The drive mechanism is disposed on the foundation. The lifting member is connected to the drive mechanism. The drive mechanism is configured to drive the lifting member to ascend and descend. The lifting member is provided with a second matching portion, the second matching portion and the first matching portion are disposed opposite each other in an ascending and descending direction of the lifting member, and the first matching portion and the second matching portion are configured to match together when the lifting member reaches a predetermined position to limit movement of the lifting member in a direction perpendicular to the ascending and descending direction.

Abstract: A method includes: adding a first conversion operator to the model, to convert data input into the first conversion operator into a general format, where the general format is a data format supported by all the plurality of calculation circuits; and modifying another operator that is in the model and that is after the first conversion operator, to cause formats of both input data and output data of the another operator to be the general format.

Abstract: A method includes: adding a first conversion operator to the model, to convert data input into the first conversion operator into a general format, where the general format is a data format supported by all the plurality of calculation circuits; and modifying another operator that is in the model and that is after the first conversion operator, to cause formats of both input data and output data of the another operator to be the general format.