Abstract: A data programming method for a data programming device having a non-volatile memory and a volatile memory, the method comprising determining whether data exceeds one page; if the data does not exceed one page and is insufficient for one page, storing the data into the volatile memory; determining whether next data is to be programmed into the same page as the data stored in the volatile memory; if the next data is to be programmed into the same page as the data stored in the volatile memory, programming the data and the next data into the non-volatile memory.

Abstract: A golf putting training aid includes a base frame having a sidewall, a collimator plate defining a collimator face, a positioning mechanism for holding the collimator plate and moving it in a parallel manner toward or away from the sidewall and locking the collimator plate in the desired position, a ball-hole table having a tabletop, a sliding groove extending around the tabletop and ball holes located on the tabletop in communication with the sliding groove, a ball lane covering the bottom panel of the base frame and the tabletop, and a track connected between the sliding groove and the end plate of the base frame.

Abstract: A golf training system includes a wedge training aid adapted to help the user control the hitting range of each wedge accurately so that the user can drive the ball to the green easily for putting into the hole when playing a golf game at a golf course. The golf training system further includes a putting green training aid, a mat arranged between the wedge training aid and the putting green training aid, a ball collector arranged at the rear side of the wedge training aid, a track connected between the putting green training aid and the ball collector, and a guard net mounted at the putting green training aid. Thus, each ball been hit onto the putting green training aid or intercepted by the guard net can be collected by the ball collector for a next hitting practice.

Abstract: A golf training system includes a wedge training aid adapted to help the user control the hitting range of each wedge accurately so that the user can drive the ball to the green easily for putting into the hole when playing a golf game at a golf course. The golf training system further includes a putting green training aid, a mat arranged between the wedge training aid and the putting green training aid, a ball collector arranged at the rear side of the wedge training aid, a track connected between the putting green training aid and the ball collector, and a guard net mounted at the putting green training aid. Thus, each ball been hit onto the putting green training aid or intercepted by the guard net can be collected by the ball collector for a next hitting practice.

Abstract: A data programming method for a data programming device having a non-volatile memory and a volatile memory, the method comprising determining whether data exceeds one page; if the data does not exceed one page and is insufficient for one page, storing the data into the volatile memory; determining whether next data is to be programmed into the same page as the data stored in the volatile memory; if the next data is to be programmed into the same page as the data stored in the volatile memory, programming the data and the next data into the non-volatile memory.

Abstract: A data programming device is provided and comprises a non-volatile memory, a volatile memory, and a memory control unit. The non-volatile memory is arranged for programming data. The volatile memory is arranged for temporarily storing data. The memory control unit is arranged for receiving data and determining whether the data is programmed into the non-volatile memory or stored into the volatile memory. If the data exceeds one page, the memory control unit programs a first portion of the data into the non-volatile memory and stores a second portion of the data, which is insufficient for one page, into the volatile memory.

Abstract: A data programming device is provided and comprises a non-volatile memory, a volatile memory, and a memory control unit. The non-volatile memory is arranged for programming data. The volatile memory is arranged for temporarily storing data. The memory control unit is arranged for receiving data and determining whether the data is programmed into the non-volatile memory or stored into the volatile memory. If the data exceeds one page, the memory control unit programs a first portion of the data into the non-volatile memory and stores a second portion of the data, which is insufficient for one page, into the volatile memory.