초록 ▼

The present invention features a universal, low profile, expandable flow track system that can be drop-load mounted to almost any supporting frame or pallet rack. The flow track system of the invention features a flow track that mounts flush with its end supports, and is infinitely adjustable along

The present invention features a universal, low profile, expandable flow track system that can be drop-load mounted to almost any supporting frame or pallet rack. The flow track system of the invention features a flow track that mounts flush with its end supports, and is infinitely adjustable along both the horizontal axis and depth axis of the storage frame. The flow track is quickly assembled to, adjusted upon, and removed from, the storage frame.

대표청구항 ▼

The present invention features a universal, low profile, expandable flow track system that can be drop-load mounted to almost any supporting frame or pallet rack. The flow track system of the invention features a flow track that mounts flush with its end supports, and is infinitely adjustable along

The present invention features a universal, low profile, expandable flow track system that can be drop-load mounted to almost any supporting frame or pallet rack. The flow track system of the invention features a flow track that mounts flush with its end supports, and is infinitely adjustable along both the horizontal axis and depth axis of the storage frame. The flow track is quickly assembled to, adjusted upon, and removed from, the storage frame. ock header information by collecting first data in units of a plurality of blocks, the first data being provided in a predetermined position in the data reconstructed by the block data linking means; and supermacro-block constructing means for constructing the supermacro-block based on the macro-block header information constructed by the macro-block header constructing means, by collecting second data, which is the data in each of the blocks other than the first data, and part of the macro-block header information. 4. A device for reproducing multimedia information which is recorded in the form of an optically readable code pattern according to claim 3, wherein the metro-block header information has at least one of an error correction check digit and an error detection check digit attached thereto; and the third hierarchical processing means further includes at least one of error correction decoding means for performing error correction decoding of the macro-block header and error detection decoding means for detecting an error in the macro-block header before or after being subjected to the error correction decoding performed by the error correction decoding means. 5. A device for reproducing multimedia information which is recorded in the form of an optically readable code pattern according to claim 3, wherein the third processing information is included in the macro-block header information which constitutes the supermacro-block.6. An information recording medium for recording multimedia information in the form of an optically readable code pattern: a sheet-form medium; and an optically readable code pattern corresponding to multimedia information containing at least one of audio information, video information and digital code data recorded on the sheet-form medium; wherein the code pattern contains processing information necessary for editing data according to a restoring processing procedure of optically reading the code pattern and restoring the multimedia information, and the restoring processing procedure includes: a first hierarchical processing step of optically reading the code pattern, converting the read out code pattern into code data as an image, and outputting the code data to which information related to an operation of reading the code pattern is added as first processing information; a second hierarchical processing step of recognizing the first processing information which is output in the first hierarchical processing means to process the code data output in the first hierarchical processing step, creating blocks by collecting the code data in units of a predetermined amount, and outputting the blocks; a third hierarchical processing step of: extracting second processing information from data in the blocks; recognizing the second processing information, the second processing information being necessary to collect the blocks which are output in the second hierarchical processing step and create supermacro-blocks larger than the blocks in data amount; creating the supermacro-blocks based on the second processing information; extracting from the supermacro-blocks third processing information necessary to perform a process of coping with errors; recognizing the third processing information; performing the process of coping with the errors of the supermacro-blocks based on the third processing information; and creating and outputting at least one subset element; a fourth hierarchical processing step of: extracting fourth processing information from said at least one subset element output from the third hierarchical step, the fourth processing information being necessary to create, from said at least one subset element, at least one subset which includes data of a predetermined unit enabling restoration of the multimedia information; and creating and outputting said at least one subset based on the fourth processing information; and an outputting step of outputting the subset which is output from the fourth hierarchical processing step, as restored multimedia information. 7. An information recording medium for recording multimedia information in the form of an optically readable code pattern according to claim 6, the restoring processing procedure further includes a fifth hierarchical processing step of extracting, from the subset output in the fourth hierarchical processing step, file management information necessary to create a file which contains the multimedia information; and managing or creating the file based on the file managing information.8. An information recording medium for recording multimedia information in the form of an optically readable code pattern according to claim 6, wherein the third hierarchical processing step includes: a block data linking sub-step of reconstructing the data in the blocks based on the second processing information; a macro-block header constructing sub-step of constructing the macro-block header information by collecting first data in units of a plurality of blocks, the first data being provided in a predetermined position in the data reconstructed in the block data linking sub-step; and a supermacro-block constructing sub-step of constructing the supermacro-block, based on the macro-block header information constructed in the macro-block header constructing sub-step, by collecting second data, which is the data in each of the blocks other than the first data, and part of the macro-block header information. 9. An information recording medium for recording multimedia information in the form of an optically readable code pattern according to claim 8, wherein the macro-block header information has at least one of an error correction check digit and an error detection check digit attached thereto; and the third hierarchical processing step further includes at least one of an error correction decoding sub-step of performing an error correction decoding of the macro-block header and an error detection decoding sub-step of detecting an error in the macro-block header before or after being subjected to error correction decoding performed in the error correction sub-step. 10. An information recording medium for recording multimedia information in the form of an optically readable code pattern according to claim 8, wherein the third processing information is included in the macro-block header information which constitutes the supermacro-block. 11. A device for reproducing information, comprising: first processing means for optically reading a code pattern from an information recording medium including a portion in which multimedia information containing at least one of audio information, video information and digital code data is recorded in the form of an optically readable code pattern, and for converting the read out code pattern into image data and then outputting the image data; second processing means for reproducing and outputting first given unit data from the image data output from the first processing means; third processing means for extracting second processing information, which is necessary to collect the first given unit data output from the second processing means and produce second given unit data, from the first given unit data, and for producing the second given unit data based on the second processing information, and performing an error control processing of the second given unit data based on the second processing information; fourth processing means for producing at least one subset which is a recognizable unit as the multimedia information, from the second given unit data subjected to the error control processing of the third processing means; and outputting means for outputting the at least one subset produced by the fourth processing means, as the multimedia information. 12. A device for reproducing information according toclaim 11, wherein: the first processing means includes means for adding first processing informat