Storage system with adjacent bins controlled by a microprocessor device

Claim 2

A stowing system comprising: a plurality of adjacent lockers to which are associated locks, respectively, each locker is closed by a door with the door of a free locker not locked by the corresponding lock and manually openable by a user; a microprocessor device connected through the agency of an input/output interface device to locks of said doors to operate the locks to lock or unlock the doors of lockers, to signal lights associated with each of said lockers, respectively, said signal lights indicating a free or occupied state of the lockers, and to a coin-operated device, wherein the microprocessor device is further connected to a display device initially indicating to a user two available operations a deposit or a withdrawal of an object to or from a locker; a key-board assembly having keys enabling the user to select one of the two assemblies operations contemplated and when a deposit operation is called for after successively having lodged one object into a selected free locker indicated by the signal light associated thereto, having shut the door thereof, having inserted the required sum into the coin-operated device and having transmitted to the microprocessor device information identifying the selected free locker through keys of the key-board assembly, enabling a composition of a personal secret code transmitted to the microprocessor device which operates the locking of the lock of the door of the selected locker; and a memory, associated with the microprocessor, storing the composed personal secret code for the whole period of occupation of the selected locker, as well as the information identifying the selected free locker.

Claim 3

A system according to claim 1, wherein in the operation of withdrawal of the object from the occupied locker, the key-board assembly further enabling the user to compose the user's personal secret code, said microprocessor device comparing said entered code with the code stored within the memory of the microprocessor device, and after having verified the coincidence between both codes, said microprocessor device operates the unlocking of the lock of the door of the occupied locker.

Claim 4

A system according to claim 1, further comprising an opto-electronic sensor associated with a lock of a door of a locker and indicating to said microprocessor device whether or not the lock is properly locked.

Claim 5

A system according to claim 1, wherein said key-board assembly is an alphanumeric key-board and wherein said microprocessor device designates the contents of one of the digits of the personal secret code, said one of the digits identifying the chosen free locker.

Claim 6

A system according to claim 1, wherein said key-board assembly also enables composition of special secret codes for servicing the system, the special secret codes being transmitted to the microprocessor device which permits carrying out one of the following functions: the opening of at least one locker door, the withdrawal of a cash-box with the indication of the display device of the amount of coins contained therein or the opening of a technical module in which is located the microprocessor device.

Claim 7

A system according to claim 5, wherein said microprocessor device is adapted to enable changing at least one of the special secret codes by means of said key-board assembly.

Claim 8

A stowing system comprising: a plurality of adjacent lockers to which are associated locks, respectively, each locker is closed by a door with the door of a free locker not locked by corresponding lock and manually openable by a user; a microprocessor device connected, through the agency of an input/output interface device to locks of the doors, to operate the locks to lock or unlock the doors of the lockers, to signal lights associated with each of said lockers respectively, said signal lights indicating a free or occupied state of the lockers, and to a coin-operated device, wherein the microprocessor device is connected to a display device initially indicating to a user two available operations, a deposit or a withdrawal of an object to or from a locker; and a keyboard assembly having keys enabling the user to select one of the two available operations contemplated and when a deposit operation is called for after successively having lodges one object into a selected free locker indicated by the signal light associated thereto, having shut the door thereof, having inserted the required sum into the coin-operated device and having transmitted to the microprocessor device information identifying the selected free locker keys of the keyboard assembly, enabling a composition of a personal secret code fixed by the user and transmitted to the microprocessor device which operates the locking of the lock of the door of the selected locker; and a memory, associated with the microprocessor, storing the composed personal secret code for the whole period of occupation of the selected locker, as well as the information identifying the selected free locker, wherein during the operation of withdrawal of the object from the occupied locker, the key-board assembly further enabling the user to enter the user's composed personal secret code, said microprocessor device comparing said entered code with the code stored within the memory of the microprocessor device, and after having verified the coincidence between both codes, said microprocessor device unlocks the lock of the door of the occupied locker.

Claim 9

A stowing system comprising: a plurality of adjacent lockers to which are associated locks, respectively, each locker is closed by a door with the door of a free locker not locked by corresponding lock and manually openable by a user; a microprocessor device connected, through the agency of an input/output interface device to locks of the doors, to operate the locks to lock or unlock the doors of the lockers, to signal lights associated with each of said lockers respectively, said signal lights indicating a free or occupied state of the lockers, and to a coin-operated device, wherein the microprocessor device is connected to a display device initially indicating to a user two available operations, a deposit or a withdrawal of an object to or from a locker; and a keyboard assembly having keys enabling the user to select one of the two available operations contemplated and when a deposit operation is called for after successively having lodges one object into a selected free locker indicated by the signal light associated thereto, having shut the door thereof, having inserted the required sum into the coin-operated device and having transmitted to the microprocessor device information identifying the selected free locker keys of the keyboard assembly, enabling a composition of a personal secret code fixed by the user and transmitted to the microprocessor device which operates the locking of the lock of the door of the selected locker; and a memory, associated with the microprocessor, storing the composed personal secret code for the whole period of occupation of the selected locker, as well as the information identifying the selected free locker, wherein during the operation of withdrawal of the object from the occupied locker, the key-board assembly further enabling the user to enter the user's composed personal secret code, said microprocessor device comparing said entered code with the code stored within the memory of the microprocessor device, and after having verified the coincidence between both codes, said microprocessor device unlocks the lock of the door of the occupied locker.