Advances in processing power and camera technology in mobile devices have enabled the development of interesting advertising applications using technology such as Quick Response (QR) codes to deliver content to a mobile device after a user scans a QR code from some form of printed media. These applications have helped bridge the gap between the physical and the electronic media. Unfortunately, the type of applications developed to date deliver fairly generic content, essentially redirecting the user to a Web page. Hence, improvements are needed.
Embodiments of the present invention describe a method of bringing mail to life by providing a personalized multi-media experience to a user or mail recipient. The method includes, for example, a mail recipient using a camera-enabled mobile device to acquire an image stream of a mail piece. The method also includes a mail recipient using the mobile device to process the image stream to generate or obtain the multi-media content and reproduce it using the mobile device.
In certain embodiments, a camera-enabled mobile device such as a smart phone or tablet is used by a recipient of a mail piece such as a letter, postcard, magazine or parcel to acquire and process an image stream of the mail piece to generate or obtain multi-media content using previously downloaded augmented reality software application residing on the recipient's mobile device to reproduce visual data imagery that is not visible on the mail piece. The augmented reality software application may include optical character recognition, pattern recognition, field recognition, or barcode recognition algorithms that determine the sender of the mail piece, the recipient of the mail piece and/or the mail campaign entity or organization. The recipient's personalized multi-media experience may involve the display of visual data imagery on the mobile device that is unique to the mail piece and/or unique to the recipient of the mail piece. The recognition of the sender may be through recognition of the sender's logo or through the recognition of any special markings or through the recognition of the “mailer identifier” field in the Intelligent Mail barcode.
As known in the art, augmented reality (AR) technology provides a view of a physical, real-world environment whose elements are augmented (or supplemented) by computer-generated sensory input such as sound, video, graphics or Global Positioning System (GPS) data. It may optionally include a view of reality which is modified and/or diminished rather than augmented by a computer. Augmented reality technology operates by providing an image stream that when viewed enhances a person's current perception of reality or of an object or view of the world. It may also involve replacing a real world view, in whole or in part, with a simulated one. Augmentation may optionally occur in real-time and/or in context with environmental elements, or current events such as sports scores. With the help of advanced AR technology (that is with a computer adding image analysis and object recognition based upon input data) the information about the surrounding real world of the user can optionally become interactive and can also be digitally manipulated. Artificial information about the environment and its objects can be overlaid on the real world view, or on a virtual image of a recognized view of the world or a specific object.
In other embodiments, the mobile device of the recipient is used to process the image stream to generate or obtain the multi-media content that may include using a previously downloaded three dimensional (3D) hologram software application residing on the mobile device to reproduce a 3D hologram experience for the mail recipient. The 3D hologram software application may include optical character recognition, pattern recognition, field recognition, or barcode recognition algorithms or mechanisms that determine the sender of the mail piece, the recipient of the mail piece or the mail campaign organization or entity. The personalized multi-media experience on the mobile device may include the display of a 3D hologram that is unique to the mail piece and/or unique to the recipient of the mail piece.
As known in the art, 3D Holography is a technique/method which enables three-dimensional images (holograms) to be made and viewed. It may involve the use of a laser, interference, diffraction, light intensity recording and/or suitable illumination such as a laser during such recording. A 3D image, as it is viewed, changes as the position and orientation of the viewing system changes in a way that is similar to the way it would if the object were actually present, thus making the image appear three-dimensional. It will be appreciated that 3D holography projection is a developing art with projection of a 3D image on a mobile device such as a computer “tablet” achieved by using an Imagination Farm USA LLC developed application program called HOLHO. Examples of sample images generated by the program are available from the website located at “http://www.holhocollection.com/”.
Other embodiments describe the use of a computer-readable medium having computer-executable instructions thereon. The instructions are organized or programmed to configure a recipient's mobile device to capture an image stream, process this image stream using optical character recognition, pattern recognition, field recognition, or barcode recognition mechanisms that determine the sender of the mail piece, the recipient of the mail piece or the mail campaign, and display augmented reality visual data imagery or a 3D hologram that are unique to the mail piece and/or the recipient of the mail piece using the mobile device.
In some embodiments, the computer-executable instructions are further implemented or configured on the recipient's mobile device to save the personalized content to be viewed at a later time. Saving the content may involve operations of storing the content on the mobile device's memory or transmitting the content to a server and creating a link to the saved content.
In certain embodiments, the recognition of the sender may be through recognition of the sender's logo or through the recognition of any special markings or through the recognition of the “mailer identifier” field in the Intelligent Mail barcode.
In other embodiments, a mail campaign identifier may be derived or decoded by the recipient's mobile device from information stored in the Intelligent Mail barcode and more specifically from the fields “mailer identifier” and “serial number. In some cases, the date of the mobile device mail scan operation may also come into play in determining a specific campaign. For example: ABCStore 4th of July campaign is identified by Mailer ID: 345590, Serial No. range: 000000001-000109999. ABCStore Mid-Summer campaign is identified by Mailer ID: 345590 Serial No. range 002000001-002109999. ABCStore Labor Day Sale is identified by Mailer ID: 345590, Serial No. range: 000000001-000109999. It should be noted that the serial number range can be repeated because this campaign is more than 45 days after the 4th of July campaign, and uniqueness is only guaranteed for a period of time such as 45 days under United States Post Office rules.
In other embodiments a mail campaign identifier may be derived from the recognition of logos, text, images or markings on the mail piece.
Other embodiments illustrate a method of a mail recipient receiving the personalized augmented reality visual data imagery or the 3D hologram from a server and displaying the content received using his or hers mobile device. Using the mobile device to process the image stream may involve operations such as sending the sender of the mail piece, the recipient of the mail piece and the mail campaign to a server to obtain the personalized content. The personalized content may include augmented reality visual data imagery or a 3D hologram that are unique to the mail piece and/or the recipient of the mail piece.
Other embodiments illustrate a method of creating the personalized augmented reality visual data imagery or the 3D hologram at the mail recipient's mobile device. Using an augmented reality or 3D hologram software application along with techniques such as text-to-speech, the mobile device can be made to generate the personalized content and display it to the mail recipient or user. The personalized content may be programmed to include augmented reality visual data imagery, a 3D hologram, voice messages and/or the like. The creation of the personalized content by the recipient's mobile device may involve operations such as processing the image stream to decode elements such as a unique barcode on the recipient's mail piece and transmitting this data to a server to obtain additional information to be used by the personal mobile device during the creation of the personalized content such as the name of the sender and/or recipient of the mail piece.
It is noted or understood that the term “mail recipient” (or “recipient”) is intended to be interpreted as the person to whom a mail item is addressed. When a mail item is received there is possibility that it may be viewed, examined or opened by someone other than to whom it is addressed. It is also possible that the mail be addressed to “occupant”. The augmented reality experience and other similar customized responses are formed based, in part, upon who is being addressed on the mail item. The customization of a viewing experience is dependent on the information that is known about the addressee and the viewing experience may not be what is desired if extended to cover the viewing of a mail item by just any person or recipient, that is, one not associated with the person or address that is addressed by (on) the mail item. The customization of the mail experience based upon the information gleaned from an image stream of the mail item which includes information about the mail item recipient (or “recipient”), and/or the mail campaign entity, is an important and required aspect e of the invention in the embodiments.
The invention is better understood by reading the detailed description of the invention in conjunction with the accompanying drawings in which:
The following detailed description includes references to the accompanying drawings, which form a part of the detailed description. The drawings show, by way of illustration, specific embodiments in which the apparatus may be practiced. These embodiments, which may also be referred to herein as “examples” or “options” or “exemplary” are described in enough detail to enable those skilled in the art to practice the illustrated embodiments. The disclosed embodiments may be combined, other embodiments may be utilized or structural or logical changes may be made without departing from the scope of the invention. The following detailed description is, therefore, not to be taken in a limiting sense and the scope of the invention is defined by the appended claims and their legal equivalents.
Embodiments of the present invention relate to bringing mail to life by providing a personalized multi-media experience to a mail recipient by using the recipient's own a camera-enabled mobile device to acquire an image stream of a mail piece and to reproduce augmented reality visual data imagery or a 3D hologram that are unique to either the mail piece or to the recipient of the mail piece or both.
According to certain embodiments of the invention, a mail recipient or user uses a personal mobile device to acquire an image stream of a mail piece such as a letter, a postcard, a flat, a parcel and/or the like. The mobile device may be a camera-enabled cell phone, tablet, watch, Google glasses, etc.
A postcard or post card is a type of mail item of particular interest for use in low cost advertising and in certain embodiments of the present invention might be advantageous for easy acquisition of a video stream of the postcard. A postcard is typically a rectangular piece of thick paper or thin cardboard intended for writing and mailing without an envelope. There have been exceptions to this, such as wood postcards, made of thin wood, and copper postcards sold in the Copper Country of the U.S. state of Michigan. In some places, it is possible to send postcards for a lower fee than for a letter. Stamp collectors distinguish between postcards (which require a stamp) and postal cards (which have the postage pre-printed on them). While a postcard is usually printed by a private company, individual or organization, a postal card may also be issued by the relevant postal authority.
According to a specific embodiment, the recipient's personal mobile device uses a previously downloaded an augmented reality software application residing on the mobile device to reproduce or display visual data imagery that is not visible on the recipient's mail piece. The augmented reality software application uses optical character recognition, pattern recognition, field recognition, or barcode recognition algorithms or mechanisms to determine from the image stream, the identities of the sender of the mail piece, the recipient of the mail piece and the mail campaign entity. The software application causes the recipient's mobile device to transmit to a server, information that identifies the sender of the mail piece, the recipient of the mail piece and the mail campaign entity. The software application enables the recipient's mobile device to receive from the server, augmented reality visual data imagery that is unique to either the mail piece or to the recipient of the mail piece or both. The software application causes the recipient's mobile device to display or reproduce the personalized visual data imagery.
According to a specific embodiment, the recipient's mobile device uses a previously downloaded 3D hologram software application residing on the mobile device that causes the device to reproduce or display a 3D hologram. The 3D hologram software application uses optical character recognition, pattern recognition, field recognition, or barcode recognition techniques or mechanisms that determine or decode from the generated image stream, the sender of the mail piece, the recipient of the mail piece and the mail campaign entity. The software application causes the recipient's mobile device to transmit to a server, information identifying the sender of the mail piece, the recipient of the mail piece and the mail campaign entity. The software application enables the recipient's mobile device to receive from the server, a 3D hologram that is unique to the mail piece or to the recipient of the mail piece or both. The software application causes the mobile device to reproduce or display the personalized 3D hologram to the recipient.
According to a further specific embodiment, the recipient's mobile device uses a previously downloaded software application residing on the mobile device to generate the personalized content and display it to the recipient or user. The personalized content includes augmented reality visual data imagery, 3D holograms, voice messages and/or the like. The creation of the personalized content by the recipient's mobile device may involve operations such as processing the image stream produced by the recipient and decoding elements such as a unique barcode (IMB) on the mail piece and then transmitting this data to a server which it uses to obtain additional information to be used by the mobile device during the recipient's creation of the personalized content such as the name of the sender and/or recipient of the mail piece. The creation of the personalized content by the recipient on the mobile device may involve using techniques such as text-to-speech.
According to another specific embodiment, the recipient's mobile device is programmed to save the personalized content to be viewed by the recipient or user at a later time. Saving the personalized content may include the mobile device performing operations such as storing the content in the device's memory or transmitting the content to a server and creating a link to the content in the mobile device so that it can be retrieved by the recipient or user at a later time.
According to another specific embodiment, information can be taken from the recipient's mobile device and sent to a server so as to establish a relationship between the mail item, or the mail item recipient, or the mail campaign, or the mail item sender and the information taken (gleaned) from the recipient's mobile device. For example, further mobile device data such as the mobile device identifier or phone number, if the mobile device is a cell phone, could, in further embodiments of the present invention, be included in data sent to the server so as to store and preserve that further mobile device data for use in future mail campaigns, or even for future advertising that may or not just be through the mail. The contact phone number and name list or addresses, or email addresses could, in a further embodiment, be optionally gleaned from the mobile device by the application program and sent so as to provide for storage of data on the server (or sent to another server) for future advertising or other uses.
The recipient's mobile device 105 can be configured or programmed to process the image stream to determine the sender of the mail piece, the recipient of the mail piece and the mail campaign entity. For example, the recipient's mobile device may be programmed to perform optical character recognition (OCR), and/or pattern recognition, and/or field recognition, and/or barcode recognition operations on the image stream to determine the sender, the recipient and the mail campaign entity.
The recipient's mobile device 105 can also be configured or programmed to transmit to a server 115 over the Internet 110, information identifying the sender of the mail piece, the recipient of the mail piece and the mail campaign entity. The server 115 can be configured to receive information identifying the sender, the recipient, and the mail campaign and use it to obtain from data storage 120, the recipient's corresponding personalized content and to transmit this content back to the recipient's mobile device 105 over the Internet 110.
The recipient's mobile device 105 can also be configured or programmed to transmit to a server 115 over the Internet 110, the contents of a unique barcode that was detected or determined during the processing of the recipient's image stream. The server 115 can be configured to receive the contents of the unique barcode and use it to obtain from a data storage 120, information corresponding to that barcode such as the name of the sender and/or the name of the recipient of the mail piece and to transmit that information back to the recipient's mobile device 105 over the Internet 110. The recipient's mobile device 105 can also be programmed or configured to receive from a server 115 over the Internet 110, the personalized content and to reproduce or display this content on the recipient's mobile device 105. The recipient's mobile device 105 can also be programmed or configured to receive from a server 115 over the Internet 110, information such as the name of the sender and/or the name of the recipient which the recipient can use during the creation of the personalized content.
It is to be understood that the above description is intended to be illustrative, and not restrictive. Other embodiments will be apparent to those of skill in the art upon reading and understanding the above description. It should be noted that embodiments discussed in different portions of the description or referred to in different drawings can be combined to form additional embodiments of the present application. The scope should, therefore, be determined with reference to the appended claims, along with the full scope of equivalents to which such claims are entitled.
This application is a continuation-in-part and claims priority to a U.S. patent application Ser. No. 13/554,041 filed Jul. 20, 2012 titled “POSTAL MAIL TO ELECTRONIC COMMUNICATION AND RELATED METHODS” with first named inventor CANNON Patrick Jerald, La Crosse, Wis. (US), which is expressly incorporated herein as though set forth in full.