Abstract: According to a first aspect of the invention, there is provided a system for collection of products, the system comprising: at least one carrier (8) for carrying products (40); a collection point (14), at which collection point a user (10) of the system can remove products from the carrier; and a transporter arrangement (16, 20) for transporting the carrier to the collection point; wherein the system is arranged to physically inhibit (42) removal of the carrier by the user from the collection point.

Abstract: A packing bay system for a goods checkout system has several packing bays for taking up goods, a conveying device which includes at least one conveyor belt section for conveying goods in a conveying direction, and a goods switch which is adjustably arranged on the conveying device and includes a diverting wall longitudinally extending along a direction of longitudinal extension. In a first position, the goods switch with the diverting wall extends at an angle to the conveying direction across the at least one conveyor section, in order to guide goods which on conveyance in the conveying direction get in contact with the diverting wall in a diverting direction directed parallel to the direction of longitudinal extension from the at least one conveyor section towards a first packing bay. The goods switch is adjustable from the first position into a second position.

Abstract: A structure for suppressing a baggage jam, includes: a jam suppressing unit which is provided at a gap between a first conveyor and a second conveyor to suppress baggage transferred from the first conveyor to the second conveyor from being jammed in the gap, and the jam suppressing unit may be provided to be protruded to a position higher than a jam threshold point having the narrowest space in the gap and to a position lower than a transport surface on which the baggage is transported by the first and second conveyors.

Abstract: A checkout stand includes a first extendable conveyor extending in a first direction for delivering one or more articles to a first bagging station. A second conveyor is provided for conveying one or more articles from the first conveyor to at least a second bagging station. A scanner may be provided for scanning the articles, such as during delivery by an infeed conveyor upstream of the first conveyor. A controller may control the first conveyor to selectively divert articles between the first and second bagging stations. Related methods are also disclosed.

Abstract: The invention relates to an in-motion scale, in particular, to a conveyor scale with a conveyor belt, with a load cell (9) and a conveying device (5) for goods to be weighed, in particular, packaged goods, for feeding the goods to and leading them away and from the load cell (9), and with a control device (11) for controlling the functions of the in-motion scale. According to the invention, the control device (11) can be changed over to a cleaning mode in which the functions of the in-motion scale (1) are controlled according to a specified cleaning-mode functional model so that danger to operating personnel and/or damage to the in-motion scale (1) is reduced or eliminated.

Abstract: A checkout stand with a barcode reader on a bagging end which reduces transaction times over conventional checkout stand designs. An example checkout stand includes a housing including a first and a second end, a conveyor for transporting items from the first end to the second end, a bagging station at the second end, a base portion between the conveyor and the bagging station, a first tower portion on the base portion, and a second tower portion on the base station separated from the first tower portion by a gap. The base portion and the first and second tower portions are for mounting a barcode reader for scanning the items before the items reach the bagging station.

Abstract: A novel and useful mechanism and method for processing transactions on a point of sale system comprising of a conveyor system which continuously moves when one ore more items or items are resting on the conveyor system, and a sensing system to capture the information necessary to identify the items on the conveyor. When all items are correctly recognized by the sensing devices, the customer is charged for the items and an invoice is printed. In the event all the items are not correctly recognized the captured information is forwarded to a remote location for automated recognition processing and manual identification, if necessary. Once all the items are successfully identified, the customer is charged for the purchase and an invoice is processed and sent to the customer.

Abstract: A diverter arm of a design that is configured to more effectively direct the movement of items along a retail checkstand, and checkout systems and methods incorporating such a diverter arm, are provided. In one embodiment, the diverter arm comprises an elongated block portion; an upper body portion positioned on top of the block portion substantially along its length, the upper body portion comprising at least a front face; and at least one bristle portion projecting downward from the bottom of the block portion substantially along its length.

Abstract: A non-linear checkout stand which offers retailers additional options for configuring a store. An example checkout stand includes a housing including a first end and a second end, a conveyor for transporting items in a plurality of different directions along a non-linear path connecting the first end to the second end, and an item identifier within the housing on the non-linear path for automatically identifying the items.

Abstract: The invention relates to a device for optically scanning a machine-readable device applied to an object, comprising a transport apparatus for transporting the object in a transport direction, the object being supported on the transport apparatus on an underside, the transport apparatus containing a first transport belt with a first upper strand and a second transport belt with a second upper strand, wherein a gap is formed between the first transport belt and the second transport belt which is arranged ahead of the first transport belt in the transport direction, and comprising a scanning apparatus for scanning the machine-readable marking, wherein the scanning apparatus has at least one scanning element associated with the gap, wherein the first upper strand and the second upper strand are arranged so as to have a height offset relative to each other in such a way that the underside of the object can be scanned by tipping the object when the object is transferred from the first transport belt to the second t

Abstract: A self-check-out stand has a flat belt on which items that have been scanned can be placed. This belt abuts a declining belt, with both belts preferably having abutting ends with upper corners in which a fixed non-rotating nose rod is located with the rod extending across the width of the belt, the rods hold the abutting ends tightly together with only a small crack between the belts. The check-out stand has two sets of unpowered transition rollers to turn the items at an obtuse angle to the conveyer belts. The stand has a declining set of rollers to bring the items to the proper height for the customer to bag. The accumulation area rises from front to back to slow the items being conveyed. A scanner module with a monitor and pay station can be placed at the front end of the stand.

Abstract: A device and a method for the optical scanning of a machine-readable label applied to an object are proposed. The device has at least one belt conveyor (1) and one receiving tray, which are located sequentially spaced apart. A scanning device (3) is located between the belt conveyor (1) and the receiving tray. An additional conveyor device (4) is provided close to the belt conveyor (1) and the scanning device (3) which has several carriers (7) running perpendicular to the direction of travel of the belt conveyor (1). Between two carriers (7) there is a space (12) to accommodate an object. The conveying device (4) covers the scanning device (3) completely and the belt conveyor (1) at least partially. An object is placed on the belt conveyor (1) between two carriers (7) with the side carrying the label and taken across the scanning device (3) by the carriers (7). Then the object is taken to the receiving tray by the carriers (7).

Abstract: A transition plate assembly and a position sensor assembly are used to detect a dislodged or removed transition plate from a gap between the discharge end of a conveyor and the first end of a run-out ramp. The position sensor assembly may detect a safe seated position of a hinged transition plate protecting the gap and generate a motor-enabling signal to a drive motor that drives the conveyor. An interrupted motor-enabling signal, corresponding to an unsafe condition, may turn off the drive motor to prevent damage to articles or persons until an enabling signal is restored. In one embodiment, the termination of the power to the drive motor continues until a delay period has elapsed following the detection of an enabling signal.

Abstract: Selectively deploying barriers for intra-order separation at a retail checkout terminal includes scanning products purchased by a consumer, determining a position of at least one product in a bagging portion of the retail checkout station relative to a plurality of selectively deployable barrier members, and activating a selector element on a user interface of the retail checkout station to deploy a select one of the plurality of selectively deployable barrier members based upon the position of the at least one product in the bagging portion serve to provide an intra-order separator that shields the at least one product resting in the bagging portion from other products moving toward the bagging portion on a product transport assembly.

Abstract: This invention relates to a front transport for a check stand which has a combined front roller and motor and an idler roller at the rear end with a conveyor belt going around both rollers. The front transport has a mechanism for adjusting the tension and tracking of the conveyor belt which consists of two bolts on the front end of the front transport near each side for adjusting a shuttle on each in which a motor mount is secured. Each shuttle can be moved back and forth by turning the adjustment bolt. This front transport can have varying lengths as it has break points in the metal frame for reducing the size of the conveyor assembly.

Abstract: A retail checkout station includes a product scanning portion and a product support member. A bagging portion is arranged at a second end portion of the product support member. The bagging portion includes a first end, a second end and an intermediate zone for supporting articles scanned at the product scanning portion. A product transport is provided on the intermediate portion of the product support member. The product transport includes a transport assembly having a first end section extending from a position adjacent the product scanning portion to a second end section that terminates adjacent the first end of the bagging portion. A plurality of barrier members are arranged between the second end section of the transport assembly and the second end of the bagging portion. The plurality of barrier members are selectively deployable to serve as an intra-order separator that shields at least one product resting in the bagging portion from other products.

Abstract: A conveyor system for a self-checkout apparatus including a first side support rail having an inner side and an outer side and a second side support rail spaced apart from said first side support rail and positioned parallel thereto, where the second side support rail includes an inner side and an outer side. The system also includes a first motor mount affixed to the first side support rail at a first end, a second motor mount affixed to the second side support rail at the first end, and a drive roller having a knurled surface. The drive roller transmits a driving force from a drive motor and positioned at one end of the first side support rail and the second side support rail. The system further includes a return roller positioned at a second end of the first side support rail and the second side support rail, a pair of first tracking guides provided adjacent both ends of the driver roller, a pair of second tracking guides provided adjacent both ends of the return roller and a conveyor belt.

Abstract: A method of providing security during operation of a self-service checkout terminal includes the step of creating a transaction table which includes a plurality of records corresponding respectively to a plurality of items entered into the checkout terminal during a checkout procedure. The method also includes the step of analyzing the plurality of records. The method further includes the step of generating a characteristic value in response to the analyzing step. Moreover, the method includes the step of comparing the characteristic value to a characteristic trigger point and generating a characteristic control signal in response thereto.

Abstract: A modular conveyor that may used, for example, as a take-away conveyor or an accumulation conveyor in a checkstand. The modular conveyor includes front and rear brackets that are configured for attachment of rollers for the conveyor belt. The front and rear brackets are designed so that they may be attached to a deck, such as a wooden board. The belt is attached on the rollers, and wraps over the deck. The length of the deck, or wooden board, may be varied, permitting same-shaped brackets to be used to form variable lengths of conveyors. Two brackets may be used for each end of the conveyor, one each for supporting opposite sides of the roller at that end of the conveyor. In this manner, the deck may be widened or narrowed, so that the same brackets may be used to create conveyors of various widths.

Abstract: An extension/retraction mechanism for a take-away conveyor in a checkstand. The extension/retraction mechanism selectively stops and holds the telescoping take-away conveyor at the scan-and-bag position as the telescoping take-away conveyor is moving between walk-through and scan-and-pass positions. The extension/retraction mechanism includes a cam follower that is pivotally attached to the telescoping take-away conveyor for movement therewith. The cam follower rides within a cam track as the telescoping conveyor moves between the scan-and-bag, walk-through, and scan-and-pass positions. The cam track includes a series of turn surfaces so that the cam follower changes course as the telescoping take-away conveyor moves backward and forward. The cam track also includes at least one pocket for retaining the cam follower when the telescoping take-away conveyor is in the scan-and-bag position.

Abstract: The present invention is directed to systems and methods relating to a customizable self-checkout system including a self-checkout device for processing items for purchase by a customer, a processor for controlling the operations of the self-checkout device, and a memory for receiving customer profile data. The processor adapts the operation of the self-checkout system in accordance with the customer profile data.

Abstract: A modular conveyor that may used, for example, as a take-away conveyor or an accumulation conveyor in a checkstand. The modular conveyor includes front and rear brackets that are configured for attachment of rollers for the conveyor belt. The front and rear brackets are designed so that they may be attached to a deck, such as a wooden board. The belt is attached on the rollers, and wraps over the deck. The length of the deck, or wooden board, may be varied, permitting same-shaped brackets to be used to form variable lengths of conveyors. Two brackets may be used for each end of the conveyor, one each for supporting opposite sides of the roller at that end of the conveyor. In this manner, the deck may be widened or narrowed, so that the same brackets may be used to create conveyors of various widths.

Abstract: An extension/retraction mechanism for a take-away conveyor in a checkstand. The extension/retraction mechanism selectively stops and holds the telescoping take-away conveyor at the scan-and-bag position as the telescoping take-away conveyor is moving between walk-through and scan-and-pass positions. The extension/retraction mechanism includes a cam follower that is pivotally attached to the telescoping take-away conveyor for movement therewith. The cam follower rides within a cam track as the telescoping conveyor moves between the scan-and-bag, walk-through, and scan-and-pass positions. The cam track includes a series of turn surfaces so that the cam follower changes course as the telescoping take-away conveyor moves backward and forward. The cam track also includes at least one pocket for retaining the cam follower when the telescoping take-away conveyor is in the scan-and-bag position.

Abstract: In the present invention, a media conveyor belt (1) presents an arrangement that will allow the publishing of all kinds of messages, thus maximizing its utilization. This media conveyor belt has a purpose to allow the display of every kind of message and information on its external surface, innovating not only its arrangement but also in its utilization. The media conveyor belt (1) is characterized by presenting, in its upper surface (2), the application of messages (3).

Abstract: A checkout terminal includes a first bagging station and a second bagging station which is spaced apart from the first bagging station. The terminal also includes an item transport mechanism. The item transport mechanism is positionable between a first transport position and a second transport position. The item transport mechanism is configured to transport a first item for purchase of the number of items for purchase to the first bagging station when the item transport mechanism is positioned in the first transport position. The item transport mechanism is further configured to allow a second item for purchase of the number of items for purchase to be advanced to the second bagging station when the item transport mechanism is positioned in the second transport position. A method of operating a checkout terminal is also disclosed.

Abstract: A self-service checkout terminal includes a terminal base having (i) a user side on which a user is positioned during operation of the self-service checkout terminal, (ii) a rear side which is opposite the user side, (iii) an upstream end portion, and (iv) a downstream end portion which is opposite the upstream end portion. The self-service checkout terminal includes a scanner for scanning a product code associated with an item for purchase. The scanner is secured to the upstream end portion of the terminal base. The self-service checkout terminal also includes a printer secured to the user side of the terminal base. The self-service checkout terminal further includes an item collection surface for supporting the item for purchase subsequent to scanning thereof. The item collection surface being secured to the downstream end portion of the terminal base.

Abstract: A conveyor has an endless belt which encompasses a gate section and a fixed section thereof Both the gate section and fixed section have beds which extend lengthwise and widthwise thereof between rails which extend along the lengths of the section. The edges of the belt run along the rails and are hence guarded by the rails. The sections are joined at adjacent edges by hinges pivotally connected to the bed of the fixed section and extending across the joint to the gate section. The hinges are within the confines of the belt, that is within the path of the belt and between the edges of the belt, so as to enable the gate section to be pivoted to an open position allowing a passageway via the width of the conveyor. When in closed position, the hinge enables the ends of the rails to move into abutting relationship. Permanent guards on the outsides of the fixed section can extend above the belt to maintain safe operating conditions without interfering with the opening and closing of the gate section.

Abstract: A checkout counter construction and method employs a bag well feature using a cover member which is movable between a first, closed and latched position and a second, open position without using springs, pneumatic cylinders or any electrical connection, and in a manner which reduces the rate of movement of the cover member as it approaches the second position, in order to minimize any risk of injury.

Abstract: A construction for checkout counters useful with security and payment equipment which permits a customer to conduct price scans and enter payment without the assistance of a cashier includes intake, security and packaging modules, with the security module having an internal recess adapted to support required security equipment. Access to the internal recess is facilitated with sidewall ports covered by access panels which can be removed without access to the internal recess. A facile two-part transfer plate assembly is provided at the intake end of the security module, and a rigid slotted construction for lateral cross braces is also employed.

Abstract: A track (2) for storing divider bars (24) used on a checkout counter (12) having a conveyor (14). The track (2) can be fitted over or replace a previously-installed track (10), and can store display/divider bars of much greater width than those presently in use. The wider surfaces of the new track also provide areas on which advertising can be displayed. The new tracks can be secured in place temporarily for ease of replacement by tracks displaying or holding updated advertising information.

Abstract: A check out stand (20) having a telescoping take-away conveyor (26) extending between a front module (22) and a rear module (24). Retraction of the telescoping take-away conveyor (26) allows an area located beneath the leading end of the conveyor to be exposed. The exposed area can support a single bag (85) for bagging groceries and other items. If the telescoping take-away conveyor (26) is retracted only a limited amount, the single bag (85) may be inserted between the leading end of the telescoping take-away conveyor (26) and the trailing end of the scanner (32). The telescoping take-away conveyor (26) utilizes a friction roller (66) that permits the powered roller (60) for the telescoping take-away conveyor (26).

Abstract: A check out stand (20) having a telescoping take-away conveyor (26) extending between a front module (22) and a rear module (24). Retraction of the telescoping take-away conveyor (26) allows an area located beneath the leading end of the conveyor to be exposed. The exposed area can support a single bag (85) for bagging groceries and other items. If the telescoping take-away conveyor (26) is retracted only a limited amount, the single bag (85) may be inserted between the leading end of the telescoping take-away conveyor (26) and the trailing end of the scanner (32). The telescoping take-away conveyor (26) utilizes a friction roller (66) that permits the powered roller (60) for the telescoping take-away conveyor (26).

Abstract: An automated checkout station is provided which allows a single cashier to monitor and assist multiple customers simultaneously without the requirement for a video surveillance system. The automated checkout station includes all of the features necessary for a customer to complete a transaction, such as a scanner, a bagging assembly, a customer display, a printer and an electronic payment system. However, the height of the station and the layout of plural stations allows a single cashier to easily interact with customers.

Abstract: A checkout stand or counter for accumulating a number of discrete items having a primary conveyor to deliver items to a primary accumulation zone at the far end and exterior side of the upper surface, a secondary conveyor to deliver items to a secondary accumulation zone adjacent the cashier recess, and a diverter to shunt items placed on the interior portion of the primary conveyor onto the secondary conveyor, while allowing items placed on the exterior portion of the primary conveyor to be directed to the primary accumulation zone. The diverter can be fixed, pivotable or extendable.

Abstract: A checkout counter advertising display includes visible information containing for example an advertisement displayed through a transparent or translucent portion of a countertop of the checkout counter. A customer can signal an operator at the checkout counter that he/she wants to buy merchandise advertised in the display. The signalling can be performed orally or visually, or by activating a signalling device on the countertop.

Abstract: A check-out counter for supermarkets and the like, including a cashier station (2) before which a conveying device (6) is located and next to which, on each side, a scanner (3) provided with a monitor (4) and connected to a keyboard (5) for the items manual recording is positioned, as well as a mobile barrier (12) and a photocell (16) both being connected to the scanner (3) and suitable to control the access to a bag-dispensing device (18) placed next to the conveying device (6).

Abstract: A cashier's stand for three belt checkout stations is provided, the stand having a T-bar construction comprising a support channel beam and cross beam from which a keyboard stand for use by a cashier and a writing stand for use by the customer upwardly extend. The stand may be easily mounted via support channel beam and mounting brackets extending from the cross beam. A telescopic L-bracket head in combination with a pivoting podium provide ease of adjustment in addition to a secure stand for a register keyboard. A new feature in the area of store checkout stands called cable management designating the ability to cableway data through a mainframe to various places without the cable wires being exposed is also provided. The cable wires are concealed in the mainframe tubing. The present invention may also provide a conduit for a cable connection between the scanner and an LED display, which may be located at the customer stand.

Abstract: A conveyor belt of the type used at checkout counters at retail establishments is adapted to the changeable display of advertising material on the visible surface of the conveyor belt. Static cling sheets bearing advertising indicia are adhered to the conveyor belt by electrostatic attraction. As an alternative embodiment, a low friction coating is applied to the visible surface of the static cling sheets. An additional alterative embodiment adds a strip of adhesive material between the conveyor belt and the leading edge of the static cling sheet for releasably securing the leading edge to the conveyor belt.

Abstract: A checkout station for checking out articles selected for purchase and bearing UPC codes includes an island for checkout including a first checkout module, having a first UPC scanner and a first conveyor leading from the first scanner to a first bagging area. A first customer passageway extends lengthwise along one side of the first conveyor. A cashier station is adjacent a second side of the first conveyor. A second checkout module, having a second UPC scanner and a second conveyor leading from the second scanner to a second bagging area and having one side adjacent the cashier station. A second customer passageway extends lengthwise along the other side of the second conveyor. Checkout is practiced by a customer scanning article UPC and an operator (cashier) processing payment, increasing throughput.

Abstract: A checkout apparatus comprises a reading section for reading article codes of articles, and a first feeding section for feeding the articles whose article code are read by the reading section.

Abstract: A conveyor belt is provided with advertising indicia on a visible surface thereof. A film of transparent plastic covers the visible surface of the conveyor belt to protect the advertising indicia. The conveyor belt can be used in combination with a cashier's counter as a method of advertising to customers in a store.

Abstract: An ergonomically designed check-out counter system for supermarket and merchandising industries is characterized by provisions for differences in human heights, hand and position of operators and for ease in handling of merchandise to reduce fatigue and injury to the operators while providing maximum productivity under both light and heavy through put requirements.

Abstract: A supermarket-type checkout counter facilitates two-handed scanning of merchandise coded indicia by an operator to speed up and simplify supermarket checkout procedures. A scanner is mounted in a module which, with a side live conveyor, a rear live conveyor, and a side conveyance table, define a workplace for the operator. A flat plate portion of the scanner is angled toward the operator. On the opposite side of the scanner from the workplace a vertical wall defines an area for receipt of an elevated-basket shopping cart. A side of the shopping cart is pivoted out of the way and an operator standing in the workplace can easily reach over the scanner to access merchandise within the cart, and move it over the scanner. Four columns elevate the basket of the cart from a wheeled base, and cooperating cams on the front of the cart and the rear of another cart effect pivotal movement of the basket about a horizontal axis into a nesting configuration.

Abstract: A check-out counter assembly includes a cabinet that has an open space with guide rails located adjacent opposite edges of the space to receive a conveyor module which is completely self-contained and includes a power source as well as all of the removable components of the conveyor system. In addition, the respective rollers which support a conveyor belt are also designed as modular units which can be removed from the frame without any special tools. The conveyor module is designed so that power is automatically interrupted when the module is removed from the cabinet and the cabinet also has a safety plate which automatically interrupts the electric motor when an obstruction enters the space between the surface of the moving conveyor belt and the adjacent fixed surface of the cabinet.

Abstract: A coordinated start/stop control system for controlling the operation of multiple conveyor checkout systems, wherein the operation of a pair of rear transport belts is selectively controlled in response to the operation of a first transport belt, dependent on the actuation of a magnetically operated electrical switch by a control magnet mounted on a diverter bar or arm.

Abstract: A supermarket-type check-out counter is formed of a forward customer unloading module and a rear bagging module. A pair of transversely spaced apart conveyors interconnect the two modules. The check-out operator stands in the space between the modules and between the conveyors to receive goods which are placed by a customer upon a movable belt carried upon the unloading module for movement of goods towards the operator. An indicia scanning device is mounted within the portion of the unloading module adjacent the operator and rearwardly of the belt. Thus, the operator, using both hands, removes goods from the belt, slides the goods over the scanning device, and then slides the goods rearwardly upon either of the two conveyors, on either side of the operator, so that the goods are conveyed to the upper surface of the bagging module for subsequent placing within bags.

Abstract: A checkout counter associated with the exit till of a store has a registering conveyor belt adjacent the till and a discharge conveyor belt located downstream of the registering belt for distributing checked out products onto an inclined collection surface. The belts are driven by motors with intermittent control. A loading conveyor belt upstream of the registering belt has an independent motor drive. The loading belt frame is connected to the registering belt frame to provide, on the static plane, two separate product reception areas, and, on the dynamic plane, a single transfer track.

Abstract: A check-out counter formed of a forward check-out module, having a conveyor belt for transporting merchandise along the top thereof, and a rear bagging module having an upper merchandise receiving deck. The two modules are spaced apart and a stowable second conveyor unit is provided to bridge the space when desired to carry merchandise from the check-out module to the bagging module deck. The conveyor unit is formed of a pair of spaced apart rollers mounted upon opposite ends of a support frame and carrying an endless conveyor belt. One end of the unit is pivotally connected to the bagging module and the othe end is releasably latched to a rear edge of the check-out module. Thus, the unit may alternatively be extended between the modules for conveyor use or may be stowed, hanging downwardly from its pivots in a non-use position.

Abstract: A checkout apparatus comprises a reading section for reading article codes of articles, and a first feeding section for feeding the articles whose article code are read by the reading section.