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An apparatus for attachment to the bucket of a front end loader, skip loader or any other power-operated bucket. The apparatus comprises a plurality of teeth supported in a frame that attaches to the bucket of a front end loader. The apparatus may be used to sort unwanted material, e.g., small and l

An apparatus for attachment to the bucket of a front end loader, skip loader or any other power-operated bucket. The apparatus comprises a plurality of teeth supported in a frame that attaches to the bucket of a front end loader. The apparatus may be used to sort unwanted material, e.g., small and large pieces of wood, rocks and waste products such as manure, from dirt and then to transfer the unwanted material into the bucket of the loader.

대표청구항 ▼

An apparatus for attachment to the bucket of a front end loader, skip loader or any other power-operated bucket. The apparatus comprises a plurality of teeth supported in a frame that attaches to the bucket of a front end loader. The apparatus may be used to sort unwanted material, e.g., small and l

An apparatus for attachment to the bucket of a front end loader, skip loader or any other power-operated bucket. The apparatus comprises a plurality of teeth supported in a frame that attaches to the bucket of a front end loader. The apparatus may be used to sort unwanted material, e.g., small and large pieces of wood, rocks and waste products such as manure, from dirt and then to transfer the unwanted material into the bucket of the loader. ne instruction. 14. A method according to claim 1, wherein the fix-up location is an offset into a structure, and the patch modifies the offset. 15. The method according to claim 1, wherein said modifying the specified operation code comprises overwriting the fix-up location with a fix-up code from a dynamic link library patch. 16. The method according to claim 1, wherein said modifying the specified operation code comprises using a dynamic linking facility of an operating system to patch instruction sequences devoid of using any of an offset and a link to an address routine. 17. The method of claim 1, wherein said modifying the specified operation code comprises exporting an absolute value from a dynamic link library; and patching, using the absolute value, instruction sequences in said memory. 18. The method of claim 17, wherein said patching comprises loading an 8-bit data into said memory, wherein said data comprises an instruction. 19. An operating system for resolving a program code module into a computer platform, said operating system comprising: means for loading a first module into memory, said first module defining a fix-up location within the first module for specified operation code, and said first module identifying a second module; means for locating said second module, said second module comprising a patch for the specified operation code; and means for loading the patch of the second module at the fix-up location of the first module, thereby modifying the specified operation code with the patch. 20. The operating system according to claim 19, wherein each fix-up location comprises a plurality of same or different operation codes and respectively relates to a plurality of same or different patches, and wherein a relationship between each specified operation code and each patch is defined in a header. 21. The operating system according to claim 19 wherein said means for loading the patch of the second module comprises means for overwriting the fix-up location with a fix-up code from a dynamic link library patch. 22. The operating system according to claim 19, wherein said means for loading the patch of the second module comprises means for using a dynamic linking facility of an operating system to patch instruction sequences without using offsets or linking to address routines. 23. The operating system according to claim 19, wherein said means for loading the patch of the second module comprises means for exporting an absolute value from a dynamic link library; and means for patching, using the absolute value, instruction sequences in said memory. 24. A program module for loading into a computer platform, said program module comprising: a first module; and a fix-up location within the first module for a specified operation code, said first module identifying a second module, said second module comprising a patch for the specified operation code, wherein the patch of the second module is loadable at the fix-up location of the first module, thereby modifying the specified operation code with the patch. 25. The program module of claim 24, wherein each fix-up location comprises a plurality of same or different operation codes and respectively relates to a plurality of same or different patches, and wherein a relationship between each specified operation co