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A carton with an improved dispenser at one of the carton which preserves the integrity of the carton when the carton is opened by permitting a bottom end flap attached to the bottom panel to remain in place and also a portion of each side end flap that is adjacent to the bottom end flap. This dispen

A carton with an improved dispenser at one of the carton which preserves the integrity of the carton when the carton is opened by permitting a bottom end flap attached to the bottom panel to remain in place and also a portion of each side end flap that is adjacent to the bottom end flap. This dispenser may also provide a safety net for the first container that is automatically dispensed when the carton is opened.

대표청구항 ▼

A carton with an improved dispenser at one of the carton which preserves the integrity of the carton when the carton is opened by permitting a bottom end flap attached to the bottom panel to remain in place and also a portion of each side end flap that is adjacent to the bottom end flap. This dispen

A carton with an improved dispenser at one of the carton which preserves the integrity of the carton when the carton is opened by permitting a bottom end flap attached to the bottom panel to remain in place and also a portion of each side end flap that is adjacent to the bottom end flap. This dispenser may also provide a safety net for the first container that is automatically dispensed when the carton is opened. e optical disk; generating a wobble signal, which has amplitude changing with the wobble pattern, from the electric signal; and determining subdivided information, which has been allocated to each of the unit sections included in the block, in accordance with the wobble signal and determining the address information based on the subdivided information. 11. An apparatus for reading subdivided information from the optical disk as recited in claim 1, the apparatus comprising: an optical head, which irradiates the optical disk with light and generates an electric signal responsive to part of the light that been reflected from the optical disk; read signal processing means for generating a wobble signal, which has amplitude changing with the wobble pattern, from the electric signal; and subdivided information detecting means for determining the subdivided information in accordance with the wobble signal. 12. A method for reading subdivided information from the optical disk as recited in claim 1, the method comprising the steps of: irradiating the optical disk with light and generating an electric signal responsive to part of the light that been reflected from the optical disk; generating a wobble signal, which has amplitude changing with the wobble pattern, from the electric signal; and determining the subdivided information in accordance with the wobble signal. NT]US-5761191, 19980600, VanDervort et al., 370/232; US-5764626, 19980600, VanDervort, 370/232; US-6163529, 20001200, Nagel et al., 370/244; US-6198726, 20010300, Hayami et al., 370/236.2 arrangement in which said semiconductor laser and said light-receiving element for signal reproduction being incorporated in a common package and shielding device, disposed inside said package of said light source unit, for preventing the light emitted from said semiconductor laser from being incident upon said light-receiving element for signal reproduction. n the disk. 14. A disk according to claim 10, wherein a plurality of segments of turns constituting a ring incorporating a segment of turn in which a block with a specified address is located each contain the said address with which is associated an information item for controlling a disk reading head. 15. A disk according to claim 14, wherein a positioning information item associated with an address of a specified block and contained in a segment of track represents a number of tracks separating the segment of track from the segment of track in which the specified block is localized. 16. A disk according to claim 15, wherein the positioning information item is a track jump information item for instructing a disk reading head to move. 17. A disk according to claim 10, wherein said one or more secondary tracks are each shorter than the main track. 18. A disk according to claim 10, wherein said one or more secondary tracks have each a length less than one adjacent revolution of the spiral of the main track. 19. A process for reading a disk for optically recording information, the disk comprising a main continuous recording track recorded in a general manner in a form of a spiral comprising a plurality of segments of substantially concentric turns, said information being distributed into blocks identified by respective addresses, in which said disk further comprises at least one secondary track, inserted between successive turns of said main track, in parallel with said main track and also supporting blocks, and wherein the addresses of the blocks are not arranged sequentially on a single track, said process comprising the step of searching for an address n existing both on the secondary track and on the main track by effecting a first search by moving a reading head from a center of the disk towards a periphery and a second search by moving the reading head from the periphery towards the center of the disk. 20. A reading process according to claim 19, further comprising the steps of: searching for an address (n-i) situated on a turn of the main track situated between the address n and the center of the disk, and searching for the address n; and searching for an address (n+i) situated on a turn of the main track situated between the address n and the periphery of the disk, and searching for the address n. 21. A process for reading a disk for optically recording information, the disk comprising a main continuous recording track recorded in a general manner in a form of a spiral comprising a plurality of segments of substantially concentric turns, said information being distributed into blocks identified by respective addresses, in which said disk further comprises at least one secondary track, inserted between successive turns of said main track, in parallel with said main track and also supporting blocks, and wherein the addresses of the blocks are not arranged sequentially on a single track, said process comprising the steps of performing several reads on data situated at addresses n located on the secondary track and on the main track and storing the data read until the reading of different data is detected. 22. A process for reading a disk for optically recording information, the disk comprising a main continuous recording track recorded in a general manner in a form of a spiral comprising a plurality of segments of substantially concentric turns, said information being distributed into blocks identified by respective addresses, in which said disk further comprises at least one secondary track, inserted between successive turns of said main track, parallel with said main track and also supporting blocks, and wherein the addresses of the blocks are not arranged sequentially on a single track, said at least one track being linked to the main track by a Y-shaped switchpoint, said process comprising the steps of causing the reading head to track in such a way as to favor an orientation towards one branch of the switchpoint,