Smarte Carte, Inc.

Smart Carte, Inc.

Keith Louis Amdahl

Dan L Otterson

Christopher J Rogney

Verne L Severson

Mark G Bussey

Matthew Charles Burk

Fred C Zimmerman

Kong Meng Vang

A locker rental system includes electronic lockers centrally managed by a locker manager. The locker manager is in communication with a separate external system, which handles admissions and sales for a venue. Users are provided with a unique external identification (ID) code for purposes such as admission to the venue. Determinative sequences of the external ID codes are provided to the locker manager as validation codes. When the external ID code is scanned, the locker manager validates the external ID code using the validation codes. A valid external ID code may be used to rent and access lockers in the locker system. In some implementations, locker rights may be sold through the external system and details of the transaction provided to the locker manager. If the external ID code is valid, the locker manager generates a rental plan.

Electronic locker right acquisition via an external system

Locker rental system using external codes

A locker system includes one or more banks of electronic lockers. Each locker has a door lock that releasably retains the door in the closed position. The locker system also includes at least one barcode scanner selectively unlocks the door of at least one of the lockers. A locker manager is coupled to each of the electronic lockers via an electronic network. The locker manager stores a list of unique barcodes that are each associated with a locker rental plan including at least one locker account. Each locker account includes an activation indication, a use indication, a locker type indication, and a duration. The unique barcodes are printed or otherwise included on wristbands, which may be scanned at the barcode scanner to gain access to one or more of the lockers.

Locker system using barcoded wristbands

System for dispensing wristbands with unique indicia

A cart having a frame for conveying cargo. The cart includes at least one brake assembly mounted within the frame of the cart. The brake assembly is configured to provide braking by engaging and disengaging a rear wheel axle. The cart further includes a control mechanism configured to selectively engage and disengage the brake assembly by rotation of a cart handle. In addition, the cart includes a brake release device configured to disengage the brake assembly when carts are nested.

Brake assembly and control mechanism for a cart, and method

Child stroller

A cart management apparatus for retaining and vending carts such as luggage carts, shopping carts, and strollers, includes a retaining rail for receiving cart keys disposed on the carts, a rotatable paddlewheel including a plurality of paddles, at least one of which projects into the retaining rail to provide an obstruction therein, an electromagnetic brake coupled to the paddlewheel to selectively inhibit rotation of the paddlewheel and restrict removal of cart keys from the rail, and a one-way clutch, also coupled to the paddlewheel to allow free rotation of the paddlewheel in a return direction to allow cart keys to be inserted into the retaining rail when carts are returned to the apparatus. The preferred apparatus may be used with existing carts which are retrofit with cart keys that are suitable for being retained within the rail. Furthermore, a plurality of electronic sensors are utilized to detect the removal and return of carts to the apparatus and thereby prevent theft of rewards dispensed by the system. In particular, one such sensor utilizes a transmitter and a receiver which are coupled to a transmitter and receiver of a cart key located in close proximity thereto to determine whether a valid cart key is being detected by the sensor, as well as the unique identity of that cart key, so that the apparatus may maintain a queue of the carts retained therein. A control unit in the preferred apparatus utilizes a non-volatile audit memory mounted in the apparatus for storing system parameters such as statistical and configuration information, whereby if the control unit is replaced the system parameters may be restored to the new control unit.

Cart management system

A cart management apparatus for retaining and vending carts such as luggage carts, shopping carts, and strollers, includes a retaining rail for receiving cart keys disposed on the carts, a rotatable paddlewheel including a plurality of paddles, at least one of which projects into the retaining rail to provide an obstruction therein, an electromagnetic brake coupled to the paddlewheel to selectively inhibit rotation of the paddlewheel and restrict removal of cart keys from the rail, and a one-way clutch, also coupled to the paddlewheel to allow free rotation of the paddlewheel in a return direction to allow cart keys to be inserted into the retaining rail when carts are returned to the apparatus. The preferred apparatus may be used with existing carts which are retrofit with cart keys that are suitable for being retained within the rail. Furthermore, a plurality of electronic sensors are utilized to detect the removal and return of carts to the apparatus and thereby prevent theft of rewards dispensed by the system. In particular, one such sensor utilizes a transmitter and a receiver which are coupled to a transmitter and receiver of a cart key located in close proximity thereto to determine whether a valid cart key is being detected by the sensor, as well as the unique identity of that cart key, so that the apparatus may maintain a queue of the carts retained therein.

A cart management apparatus and method for retaining and vending carts such as luggage carts, shopping carts, and strollers, includes a retaining device for selective retaining at least one of the carts; a cart identification sensor for uniquely identifying carts retained by the retaining device; a control device for controlling the vending and returning of carts, wherein the control device maintains a queue of carts identified by a cart identification sensor and retained by the retaining device; a reward device for dispensing a reward when a cart is returned to the retaining device; and a counter for counting a number of times that an identification of the cart is missed from the queue of carts so as to prevent the reward device from dispensing a reward when the number of times exceeds a predetermined value of the counter.

Cart management system and method

A cart management apparatus for retaining and vending carts such as luggage carts, shopping carts, and strollers, includes a retaining rail for receiving cart keys disposed on the carts, a rotatable paddlewheel including a plurality of paddles, at least one of which projects into the retaining rail to provide an obstruction therein, an electromagnetic brake coupled to the paddlewheel to selectively inhibit rotation of the paddlewheel and restrict removal of cart keys from the rail, and a one-way clutch, also coupled to the paddlewheel to allow free rotation of the paddlewheel in a return direction to allow cart keys to be inserted into the retaining rail when carts are returned to the apparatus. The preferred apparatus may be used with existing carts which are retrofit with cart keys that are suitable for being retained within the rail. Furthermore, a plurality of electronic sensors are utilized to detect the removal and return of carts to the apparatus and thereby prevent theft of rewards dispensed by the system. In particular, one such sensor utilizes a transmitter and a receiver which are coupled to a transmitter and receiver of a cart key located in close proximity thereto to determine whether a valid cart key is being detected by the sensor.

Growing community of inventors

Minneapolis, MN, United States of America

Keith Louis Amdahl