Patent Application
20090090583
The invention relates to retail scanning systems and methods thereof In particular, retail scanning systems and methods are provided herein whereby multiple items entering the field of view of a multi-item scanning device may be simultaneously scanned, identified and stored for later processing at a point of sale station or device.
Optical systems for reading optical code symbols such as bar code, matrix code and two-dimensional symbologies are well known. Some known imaging optical code reading systems are capable for reading a variety of different codes from various angles and distances. Generally, imagers and laser beam scanning systems electro-optically transform optical code into electrical signals that are decoded into alpha-numerical characters or other data. These data are in digital form and are used as input to a data processing system in, for example, a point of sale (POS) environment for looking up a price for the article.
Over time advances in scanning technology have been produced and implemented in many retail and/or package handling environments. For example, in certain package handling environments, high-speed scanning that encompasses 360° or near 360° scanning has been used with great success. In certain retail environments, lower speed scanning that encompasses 360° or near 360° scanning (i.e., omnidirectional) has also met with a certain level of success. However, improvements of such scanning, especially in the retail environment, can still be made.
For example, U.S. Pat. No. 5,019,714 (Knowles) provides a laser scanning system that includes plural modular laser scanners. Each laser scanner produces a line scan pattern. Each module is arranged to receive light reflected from an object to convert that light into electrical output signals. The system also includes means for decoding the output signals and for providing the decoded signals to a peripheral device like a computer.
In another example, U.S. Pat. No. 5,252,814 (Tooley) provides a scanner at a checkout counter that appears to provide a scanning operation for items to be purchased. Interestingly, the '814 patent uses scanning light beam type of optical scanners placed at various angles about a digitizing plate on which the items for purchase are placed for scanning.
Also, U.S. Pat. No. 5,436,439 (Nishimura, et al.) provides a laser scanning bar code reader. A conveyor conveys items for purchase to the reader. The laser scanning bar code system herein consists of two laser scanning devices positioned above the conveyor surface that scan the bar codes of items conveyed beneath the two laser scanning devices.
U.S. Pat. No. 6,330,973 (Bridgelall, et al.) provides code reading systems with plural imaging or scanning modules pointed in various directions toward a target item.
What is therefore needed is a system that has the ability to scan, identify and catalogue multiple items at once for faster, more efficient check-outs in retail establishments.
Accordingly, the invention provides a system for simultaneously scanning multiple items for purchase in a retail establishment comprising a conveying device on which the items are conveyed and a multi-item scanning device positioned onto the conveying device. The multi-item scanning device has at least two imaging devices attached to the multi-item scanning device for scanning multiple items for purchase. In practice, the two or more imaging devices create a field of view in which the system scans the at least two items for purchase substantially simultaneously and preferably simultaneously within the field of view.
The system preferably further comprises a memory device that records the identity of each item scanned within the field of view. The memory device is regulated and controlled by software that also catalogues and organizes the identity of each item scanned within the field of view.
In practice and preferably, each item for purchase that is scanned through the multi-item scanning device comprises readable media that possesses product identity information therein and which is scannable by the multi-item scanning device. The multi-item scanning device scans the readable media on an item for purchase. In one preferred embodiment herein, the multi-item scanning device comprises a housing that has an external surface and an internal surface positioned oppositely to the external surface. Within the housing, multiple imaging devices are attached to the internal surface of the housing.
When multiple imaging devices are positioned within the housing they are preferably attached to the internal surface of the housing in multiple orientations and operate to create a 360° field of view within the housing. Software further operates to distinguish and identify multiple items simultaneously scanned by the multi-item scanning device. The software may also operate to store into memory the identity each item scanned through the multi-item scanning device.
When two or more items are scanned simultaneously between about 50% to about 99% of the readable media on all of the items scanned are read by the multi-item scanning device. Preferably between about 70% and about 99% of the readable media on all of the items scanned are read by the multi-item scanning device. In the cases in which readable media is not successfully scanned those one or more items are identified by the system as having not been scanned.
Also provided herein is a method of simultaneously scanning and identifying multiple items for purchase. The method provides the following steps:
Additionally, a method for later scanning mis-scanned readable media on an item is provided herein. The method provides the following steps:
In practice each item identified as mis-scanned item is preferably photographed by a photographic or other imaging device or is otherwise identified as a mis-scanned item by, for example, digital or electronic labeling. An image is produced from each photographed unscanned item. An operator views each photo or electronic label produced for each mis-scanned item. Upon item identification the operator re-scans each mis-scanned item based upon each photo or digital identification produced to identify each said unscanned item.
While the specification concludes with claims particularly pointing out and distinctly claiming the invention, it is believed that the embodiments set forth herein will be better understood from the following description in conjunction with the accompanying figures, in which like reference numerals identify like elements and in which:
By the term “readable media” it is meant herein all manner of machine and/or digitally readable indicia that contains information including but not limited to barcodes, UPC code, Aztec Code, DataMatrix 2D barcode, RFID and other such readable media being read and decoded by all manner of optical scanning devices commonly known in the art.
By the term “retail establishment” it is meant herein any and all manner of retail stores in which at least one check-out lane would be suitable for use in a store including but not limited to a grocery store, hardware store, consumer goods store and other store types.
The invention provides a system for simultaneously scanning multiple items for purchase in a retail establishment comprising a conveying device on which said items are conveyed and a multi-item scanning device positioned onto the conveying device. The multi-item scanning device has at least two imaging devices attached to the multi-item scanning device for scanning multiple items for purchase. In practice, the two or more imaging devices create a field of view in which the system scans the at least two items for purchase substantially simultaneously and preferably simultaneously within the field of view.
The system preferably further comprises a memory device that records the identity of each item scanned within the field of view. The memory device is regulated and controlled by software that also catalogues and organizes the identity of each item scanned within the field of view. A preferred memory device is a server grade computer of the type and kind manufactured by DELL®, IBM® or APPLE®.
Controlling software for the memory device and/or the multi-item scanning device is important. The software is responsible for enabling the system to properly identify, catalogue and then store each scanned item scanned by the multi-item scanning device. The software is also responsible for managing and controlling each imaging device's operation within the multi-item scanning device. By the term “software” it is meant herein one or more computer operable programs suitable for directing the performance of tasks necessary to operate the systems and the methods herein.
In practice and preferably, each item for purchase that is scanned through the multi-item scanning device comprises readable media that possesses product identity information therein and which is scannable by the multi-item scanning device. The multi-item scanning device scans the readable media on an item for purchase. In one preferred embodiment herein, the multi-item scanning device comprises a housing that has an external surface and an internal surface positioned oppositely to the external surface. Within the housing, multiple imaging devices are attached to the internal surface of the housing.
When multiple imaging devices are positioned within the housing they are preferably attached to the internal surface of the housing in multiple orientations and operate to create a 360° field of view within the housing. Software further operates to distinguish and identify multiple items simultaneously scanned by the multi-item scanning device. The software may also operate to store into memory the identity each item scanned through the multi-item scanning device.
When two or more items are scanned simultaneously between about 50% to about 99% of the readable media on all of the items scanned are read by the multi-item scanning device. Preferably between about 70% and about 99% of the readable media on all of the items scanned are read by the multi-item scanning device. In the cases in which readable media is not successfully scanned (i.e., mis-scanned) those one or more items are identified by the system as having not been scanned.
Also provided herein is a method of simultaneously scanning and identifying multiple items for purchase. The method provides the following steps:
A multi-network in a store may be used as the locus of the recording of each item scanned within a field view in a multi-item scanning device. Specifically, the system for scanning one or more items herein may be in operative communication with a store's multi-network whereby one or more memory devices attached to the multi-network may be used to store, identify and organize the identity of one or more items for purchase scanned within a multi-item scanning device herein. A suitable store multi-network of the kind discussed herein is disclosed in U.S. patent application Ser. No. 12/172,326 filed on Jul. 25, 2008 the substance of which patent applications are all incorporated by reference herein.
Additionally, a method for later scanning mis-scanned readable media on an item is provided herein. The method provides the following steps:
In practice each item identified as mis-scanned is preferably photographed by a photographic or other imaging device or is otherwise identified as a mis-scanned item by, for example, digital or electronic labeling. An image is produced from each photographed unscanned item. An operator views each photo or electronic label produced for each mis-scanned item. Upon item identification the operator re-scans each mis-scanned item based upon each photo or digital identification produced to identify each said unscanned item.
As noted hereinabove multiple items for purchase 5 may enter the multi-item scanning device 20 at the same time or nearly simultaneously. Upon such entry, each item 5 also enters a field of view 30 created by two or more scanning devices 25 (
Beneficially, the system allows for the greater possibility of an accurate scan of an item's readable media irrespective of its singular orientation or its orientation with respect to one or more other items present within a the field of view 30 of multi-item scanning device 20. Because of the 360° scanning orientation created within the field of view 30 readable media on items 5 the opportunity for mis-scans is diminished. This is an important feature because the system herein is designed to be continuous or nearly continuous so that a shopper's check-out time is diminished in comparison to traditional check-out methods.
In
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During scanning, items for purchase 5 are continuously conveyed into and out of multi-item scanning device 20, preferably, without stopping and most preferably without substantially slowing down once they reach the multi-item scanning device 20. Items 5 passing through the multi-item scanning device 20 may be randomly configured. By the term “randomly configured” it is meant herein that they may be placed onto a conveyor 15 leading into the multi-item scanning device without regard to the position of barcode on the item and thus may be oriented in almost any configuration for scanning within the multi-item scanning device 20.
In practice, items 5 passing through the multi-item scanning device's field of view 30 at about the same moment in time or concurrently may be concurrently scanned, separately identified and separately recorded for later processing at a point of sale (POS) terminal like a cash register. Items 5 conveyed through multi-item scanning device 20 typically comprise one or more readable media like bar codes positioned thereon whereby multi-item scanning device 20 may scan and record the bar code of each item for item identification.
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The one or more scanning device 25 positioned within multi-item scanning device 20 may be oriented at multiple suitable orientations without limit in order to facilitate, firstly, a field of view 30 capable of omnidirectional scanning, and secondly, but preferably, a field of view capable of 360° scanning. In an alternative embodiment herein, scanning devices 25 may be so oriented as to provide a redundant scanning feature. By the term “redundant scanning” it is meant herein that after the first scan of a purchasable item passing through the multi-item scanning device 20 that such item will be scanned at least once more to verify its identity. This redundant scanning could also be done as a further check to ensure accuracy of the identity of scanned purchasable items.
In addition to providing redundant scanning, multi-item scanning device 20 herein may also provide an imaging function for each item scanned. That is, at the moment of a first scan of an item 5, a redundant scan of the item 5 or both, a digital image of the scanned item is also recorded. This image is later added to the information generated about the item 5 such that a store associate and/or customer can verify, visually, the identity of one more items 5 scanned by multi-item scanning device 20. Such images could later be provided to the customer once payment for all of the items has been received and the financial transaction concluded.
Multi-item scanning device 20 may be of any suitable height, length or geometric configuration that facilitates the various sizes and orientations of purchasable items to be scanned. In particular, a preferred multi-item scanning device 20 herein shall accommodate nearly any purchasable item that would normally be placed onto a conveyor for scanning and check-out in a grocery store, consumer goods store and the like. So long as a item 5 for purchase has one or more readable media and has the proper physical dimensions to travel through multi-scanning device 20 it is suitable for scanning therein.
Multi-item scanning device 20 may comprise a theft mitigation system. Items entering and travelling through the multi-item scanning device 20 should all, approximately, travel therethrough at the same rate or speed. In the event that an item travels through the multi-item scanning device 20 at a rate of speed outside of the known standard deviation for such items. The travel of each such item 5 will be recognized by multi-item scanning device 20 through a speed detection device. Such speed detection is substantially instantaneous. A preferred manner of speed detection occurs by use of commonly known and used radar detection systems; e.g., radar systems that use K band, Ka band and/or X band radar transmissions. At such detection multiple actions may occur: 1) the conveyor about which the multi-item scanning device stops and a store associate is alerted in order to review the event; 2) a store associate is alerted to the event while the conveyor continues to convey items for purchase 5 through multi-item scanning device 20; 3) a visual image of the item passed through the multi-item scanning device at a higher than expected rate of speed is taken and subsequently reviewed by a store associate; or 4) a combination of any of the previous three items can occur.
Multi-item scanning device 20 may comprise several types of scanning devices 25. For example, the multi-item scanning device 20 may comprise image scanners. An image scanner takes a picture of an item or an object on an item moving through the multi-item scanning device 20. The picture captures the bar code (or other similar identifying attribute) and then decodes the bar code from the image to identify the item. Suitable image scanners for use herein are produced any one of the following companies: METROLOGIC®; SYMBOL®; or HANDHELD PRODUCTS®.
Multi-item scanning device 20 may also comprise a traditional type of scanning device like a pen type scanner or a laser type scanner. Such laser scanners operate by reading the barcode or other readable media directly on an item for purchase and then decode the read image by a decoder. Such scanning devices have been in existence for many years and are well known in the prior art.
In addition, two or more types of scanning devices may be used together within multi-item scanning device 20. Whatever types and/or configurations that produce the desired field of view substantially within multi-item scanning device 20 is what is sought herein. Persons of skill in the art will readily recognize the myriad choices of scanning device types as well as their configurations within multi-item scanning device 20 herein.
While particular embodiments of the present invention have been shown and described, it will be obvious to those skilled in the art that, based upon the teachings herein, changes and modifications may be made without departing from this invention and its broader aspects and, therefore, the appended claims are to encompass within their scope all such changes and modifications as are within the true spirit and scope of this invention. Furthermore, it will be understood by those within the art that, in general, terms used herein, and especially in the appended claims (e.g., bodies of the appended claims) are generally intended as “open” terms (e.g., the term “including” should be interpreted as “including but not limited to,” the term “having” should be interpreted as “having at least,” the term “includes” should be interpreted as “includes but is not limited to,” etc.). It will be further understood by those within the art that if a specific number of an introduced claim recitation is intended, such intent will be explicitly recited in the claim. And in the absence of such recitation no such intent is present. For example, as an aid to understanding, the following appended claims may contain usage of the introductory phrases “at least one” and “one or more” to introduce claim recitations. However, the use of such phrases should not be construed to imply that the introduction of a claim recitation by the indefinite articles “a” or “an” limits any particular claim containing such introduced claim recitation to inventions containing only one such recitation, even when the same claim includes the introductory phrases “one or more” or “at least one” and indefinite articles such as “a” or “an” (e.g., “a” and/or “an” should typically be interpreted to mean “at least one” or “one or more”); the same holds true for the use of definite articles used to introduce claim recitations.
This non-provisional patent application claims priority to U.S. Provisional Patent Application 60/974,484 filed on Sep. 23, 2007 all of which subject matter is hereby incorporated by reference herein.
| Number | Date | Country | |
|---|---|---|---|
| 60974484 | Sep 2007 | US |
