这是ANY类型的结构，我也正在学，最近做了一台设备，程序是老外给的模板，他的数据转换和处理全是这种结构编的，程序读起来太费劲了，跟帖学习中！

//Generate Pointer to Drive Outputs
OPN #iDriveIntfcDB
L DBNO
T #tDriveIntfcDBNum
LAR1 P##tOutputsPointer

L B#16#10 // 10 hex = S7 Data Type
T LB [AR1,P#0.0] // Transfer to Source pointer byte 0

L B#16#2 // 2 hex = byte data type
T LB [AR1,P#1.0] // Transfer to Source pointer byte 1

L 24 // How many bytes to move
T LW [AR1,P#2.0] // Transfer to Source pointer bytes 2-3

L #tDriveIntfcDBNum // Load DB Number
T LW [AR1,P#4.0] // Transfer to Source pointer bytes 4-5

L 172 // Load start address of data
SLD 3 // Shift data in AR1 3 bits to the left
T LD [AR1,P#6.0] // Trasfer to Source Pointer bytes 6-9

L B#16#84 // 84 hex = DB memory area
T LB [AR1,P#6.0] // Transfer to Source pointer byte 6

//Transfer Outputs From Drive Interface DB To Local Copy
CALL SFC 20
SRCBLK :=#tOutputsPointer
RET_VAL:=#tRet
DSTBLK :=#tDriveIntfc.Output


//Generate Pointer to Drive Inputs In Drive Interface DB
LAR1 P##tInputsPointer

L B#16#10 // 10 hex = S7 Data Type
T LB [AR1,P#0.0] // Transfer to Source pointer byte 0

L B#16#2 // 2 hex = byte data type
T LB [AR1,P#1.0] // Transfer to Source pointer byte 1

L 14 // How many bytes to move
T LW [AR1,P#2.0] // Transfer to Source pointer bytes 2-3

L #tDriveIntfcDBNum // Load DB Number
T LW [AR1,P#4.0] // Transfer to Source pointer bytes 4-5

L 212 // Load start address of data
SLD 3 // Shift data in AR1 3 bits to the left
T LD [AR1,P#6.0] // Trasfer to Source Pointer bytes 6-9

L B#16#84 // 84 hex = DB memory area
T LB [AR1,P#6.0] // Transfer to Source pointer byte 6

//Transfer StaMDB Data to Local UDT Structure
CALL SFC 20
SRCBLK :=#tInputsPointer
RET_VAL:=#tRet
DSTBLK :=#tDriveIntfc.Inputs