TWI536300B - A method and platform for purchasing and downloading digital content into a digital storage apparatus, with a supplementary apparatus used with the platform - Google Patents

Description

Method and platform for purchasing digital content and downloading it to digital storage device and auxiliary device using the platform

The present invention relates to the field of purchasing items at a physical location, and more particularly to a method and platform for purchasing digital content and downloading it to a digital storage device. The present invention is also directed to an auxiliary device for use with the platform.

Many people hold opinions that the gradual increase in online shopping will ultimately make physical stores lose their importance in the sales pipeline for goods and services. However, even if a large number of online shopping sites and transactions increase year by year, there are few signs that the physical storefront loses its importance as a sales channel. Although not the only sales channel, physical storefronts are likely to maintain an importance.

Suppose many physical storefronts are considered to be symbols in separate cities (eg Taipei 101 in Taipei, Fisherman's Wharf in San Francisco, Petronas Twin Towers in Kuala Lumpur, Knights in London) The buildings or locations of Knightsbridge, Los Angeles's Rodeo Drive, etc., which are considered to be unnecessary in the future and affect one of the many world-famous symbols, are not possible.

However, it is undeniable that the rise of online shopping has led to physical storefronts needing to mend their business models to meet the needs of modern consumers. In the past, the variety of goods and their quantity stored in physical storefronts was limited by the total amount of floor space and storage/shelving space available in the physical storefront. There is always a need to balance the variety of goods and their quantities stored in physical storefronts by balancing the variety and quantity of store-to-store changes. The downside is that if the out-of-stock instances often occur when the store is experiencing a surge in demand for a particular item or if the purchase process is inefficient.

A common example of a physical storefront often encountered when goods are out of stock is in an audiovisual/music store. Assuming that a wide variety of films, TV albums, and music albums are available for purchase, it would be challenging to store the physical storefront in a way that consumers never face the inability to obtain one of the expected items. In this case, in addition to the loss of the opportunity to sell the goods, when the consumer may boycott the audiovisual/music store to avoid further disappointment during the subsequent visit to the store, the audiovisual/music store also loses one of the goods. consumer. As a result, the audiovisual/music store department has also suffered a loss of status in the department and has suffered a reputation in the minds of consumers.

In this regard, the object of the present invention is to solve the aforementioned problems.

In a first aspect, a method for purchasing digital content and downloading it to a digital storage device is provided. The method includes coupling the digital storage device to a repository containing the digital content to transfer data from the storage to the digital storage device; locking the digital storage device to be coupled to one of the selected devices At the location, the selected device is for unlocking the digital storage device from the coupling location and for selecting the digital content to be purchased; using one of the data readers included in the selected device to obtain information about a user Information of the selected digital content, the selected device wirelessly transmits the information to the repository; processing the information at the repository to determine the digital content selected by the user; determining whether the digital storage device has the receiving device Sufficient space for the selected digital content; once the repository processes the information, the digital content is downloaded to the digital storage device, and the digital storage device is deemed to have sufficient space by the repository, and the digital content is not needed Downloading under one of the digital packets with playback rights; and initializing a transaction to purchase the digital content, once completed Trading digital content, the digital content of the packet-based bit number to download the digital storage device. Following completion of the transaction plus an unlocking action of the digital storage device, it is preferred that the auxiliary device remain at the coupled location.

The digital storage device is embedded in a device or a single-digit type of storage unit. The digital storage device can also be coupled to the repository using a wired connection or a wireless connection.

The repository can include a physical storage device and a remote storage device. The field storage device can include storage of the digital content, which is downloaded at a frequency above a predetermined number based on data obtained from the repository. When stored at the field storage device, it is advantageous to download digital content downloaded at a frequency higher than a predetermined number to the digital storage device at a relatively fast rate.

The information transmitted to the repository may include both an identification of the digital content and a lifetime of the digital content. It should be recognized that the lifetime of the digital content can be permanent or for a predetermined period of time. The identification of the digital content and the lifetime of the digital content can all determine a cost of the digital content. The lifetime of the digital content can be a component of the playback rights of the digital package.

The data reader can be selected, for example, from a radio frequency (RF) receiver, a code reader, a serial number reader, a visual indicator reader, or any combination of the foregoing.

Preferably, the coupling location is located in an area in which the user is able to obtain access to the digital content, wherein the digital content is in the form of, for example, a graphical depiction, a textual description, a sampled portion, or any combination of the foregoing. Presented.

The transaction for purchasing the digital content may be in the form of, for example, a face-to-face transaction with a character, interaction with one of the payment machines, a string of instructions executed via the Internet, or any combination of the foregoing. The digital content may include video files, audio files, photo files, e-books, electronic magazines, any combination of the foregoing, and the like.

If the repository determines that the digital storage device does not have sufficient space to receive the selected digital content, the user will receive a first indication on the selected device to not have sufficient space notification for the digital storage device The user. As the selected digital content is written to a portable storage device, the first indication can include a visual indication, an audible indication, a shock indication, and any combination of the foregoing.

If the repository determines that the digital storage device is capable of supporting high-resolution content, the repository downloads a high-resolution version of the digital content to the digital storage device.

The method can include modifying the order using the selected device, such as canceling the selection of digit content, selecting additional digit content, changing the purchase tenure of the digital content, or an action of any combination of the foregoing. When the digital content is deselected, the deselected digital content that has been downloaded to the digital storage device will be deleted from the digital storage device.

Preferably, once the user receives a second indication on the selected device that the digital content is downloaded, the selected device can be used to unlock the digital storage device for removal of the digital storage device. . The second indication can include, for example, a visual indication, an audible indication, a shock indication, or any combination of the foregoing.

In a second aspect, an apparatus for selecting digital content to be purchased from a location of a storage device coupled to a repository is provided. The device includes a button (a physical structure or a wireless authentication program) that cooperates with the locking device for ensuring that the digital storage device cannot be removed when coupled to the storage; a data reader Which is used to obtain an order including information about a user who wants to purchase the selected digital content; and a wireless transceiver for transmitting the order to the repository and on the device Receive multiple notifications. Preferably, the device is continuously connected to the repository using a limited connection or a wireless connection. Preferably, the repository can include a physical storage device and a remote storage device. The field storage device can include storage of digital content that is downloaded at a frequency above a predetermined number based on data obtained from the repository. When stored at the field storage device, the digital content downloaded at a frequency higher than a predetermined number is downloaded to the digital storage device at a faster rate.

Preferably, the location is located in an area in which the user is able to obtain access to the digital content, wherein the digital content is presented in a form such as, for example, a graphical depiction, a textual description, a sampled portion, or any combination of the foregoing. .

The digital storage device is embedded in a device or a single-digit type of storage unit.

Preferably, the information system can include both an identification of the digital content and a lifetime of the digital content. The lifetime of the digital content can be permanent or a preset time period. The identification of the digital content and the expiration date of the digital content are both preferred to determine a cost of the digital content.

Preferably, the data reader can be selected from, for example, a radio frequency receiver, a code reader, a serial number reader, a visual indicator reader, or any combination of the foregoing. The digital content can be selected from, for example, video archives, audio archives, photo archives, e-books, electronic magazines, any combination of the foregoing, and the like.

The device can further include a display for displaying the order, and the display is one of panels such as, for example, LCD, TFT, and OLED. The device may further include control means for modifying the order, such as deselecting digital content, selecting additional digital content, changing the purchase tenure of the digital content, or an action of any combination of the foregoing. The device can further include an indicator module to provide an indication to the user, such as illumination, vibration, vocalization, or any combination of the foregoing. The device can be configured to receive positioning data to assist the user in confirming their location.

In a third aspect, a platform for purchasing digital content and downloading it to a digital storage device is provided, the platform being located at a location where the digital storage device is coupled to a repository. The platform can include a locking device for ensuring that the digital storage device cannot be removed when coupled to the repository; and at least one data transmission channel (a wired connection or a wireless connection) for The digital storage device is coupled to the repository. Preferably, the digital storage device is locked to the platform until a user unlocks the digital storage device from the locking device using a selected device.

Preferably, the location is located in an area in which the user is able to obtain access to the digital content, wherein the digital content is in the form of, for example, a graphical depiction, a textual description, a sampled portion, or any combination of the foregoing. Presented.

The digital storage device is embedded in a device or a single-digit type of storage unit.

Preferably, the repository can include a physical storage device and a remote storage device. The field storage device can include storage of digital content that is downloaded at a frequency above a predetermined number based on data obtained from the repository. When stored at the field storage device, the digital content downloaded at a frequency higher than a predetermined number is downloaded to the digital storage device at a faster rate.

The selected device can transmit information to the repository, the information including both an identification of the digital content and a lifetime of the digital content. The lifetime of the digital content can be permanent or a preset time period. The identification of the digital content and the lifetime of the digital content can all determine a cost of the digital content. The digital content can be selected from, for example, video archives, audio archives, photo archives, e-books, electronic magazines, any combination of the foregoing, and the like.

The selected device can include a data reader, such as a radio frequency receiver, a code reader, a serial number reader, a visual indicator reader, any combination of the foregoing, and the like.

The platform can further include one of the transaction functions for implementing a transaction, such as, for example, a face-to-face transaction with a character, interacting with one of the payment machines, executing a string of instructions via the Internet, A form of any of the foregoing combinations and the like is presented.

In the platform, if the repository determines that the digital storage device does not have sufficient space to receive digital content selected using the selected device, the user system will receive a first indication on the selected device to The digital storage device does not have enough space to notify the user.

The selected device may further include an input controller for modifying the order, the modification function being, for example, an action of deselecting digit content, selecting additional digit content, changing purchase tenure of digital content, any combination of the foregoing, and the like.

In a first aspect, Figures 1 and 5 illustrate a method 20 of purchasing the digital content at one of the accessible digital content locations and downloading the digital content to a digital storage content. 1 shows a flow of the method 20, and FIG. 5 shows a non-limiting graphical representation of certain steps in the method 20. The digital content may, for example, include video files, audio files, photo archives, e-books, electronic magazines, any combination of the foregoing, and the like. The digital storage device can be embedded in a device or a single-digit storage unit. The aforementioned device may be, for example, a mobile phone, a number of assistants, and a handheld digital entertainment device and the like. The digital storage device depicted in Figure 5 is embedded in a handheld digital entertainment device.

Referring to Figures 1, 5A and 7, the method 20 includes coupling (22) the digital storage device 100 to a repository 90 containing the digital content to transfer data from the repository 90 to the digital storage device 100. The repository 90 is a generic term for one of the physical storage device 102 and a remote storage device 93. The physical storage device 102 and the remote storage device 93 can be connected to each other on a network 95 such as the one shown in FIG. The real system of the remote storage device 93 can be located in the same country or in different countries. The remote storage device 93 can include content that is not "stocked" by an owner located at a location where the digital content is accessible/purchasable. For its part, the remote storage device 93 can be operated by one of the rights holders of the digital content, such as a movie studio, a book publisher, and a music publisher. However, the remote storage device 93 can also be owned and operated by an owner located at a location where the digital content can be accessed/purchasable.

The field storage device 102 can include a screen 114 that can display content to guide a user of the field storage device 102. Referring to FIG. 2A, the user displays an option on the screen 114 to use an online directory 116 (accessible to the field storage device 102) or a selected device 104 (by selecting a "button" 118 option) Come and make a purchase. Although a keyboard 140 is shown incorporated on the field storage device 102, the screen 114 can be used to touch an inductive screen (as shown) without the use of the keyboard 140 or any other input device. Alternatively, the keyboard 140, a mouse or any input device can be used when the screen 114 is not touch sensitive.

4 is a representation of a plurality of physical storage devices 102 at a physical storefront location 200 selected from one of a sales compact disc (CD) 202, a digital video compact disc (DVD) 204, and associated transaction 206 (eg, posters, illustrations, and the like). A viable deployment example. The feasible deployment of the plurality of field storage devices 102 is not limiting, as the field storage device 102 can be deployed at any location that retails digital content. The location 200 of the field storage device 102 can include accessibility to materials that are useful to the user in selecting the desired digital content. The location 200 of the field storage device 102 can be located at a location where the user can obtain access to material that is useful to the user in selecting the desired digital content, such as a graphical description, a text, for example A description, a sample portion, or any combination of the foregoing is presented.

Referring to FIG. 5, the digital storage device 100 and the coupling operation of the storage library 90 can be enabled by placing the digital storage device 100 into a first receiver 101 of the physical storage device 102. The receiver 101 can include a physical connector for connecting the digital storage device 100 to the field storage device 102. Alternatively, when the digital storage device 100 is capable of wirelessly connecting to the physical storage device 102, the first recipient 101 can simply configure the digital storage device 100.

The plurality of models of the digital storage device 100 and the coupled action of the repository can be enabled by including a plurality of connection mechanisms on the physical storage device 102. For example, FIG. 5A shows a wired connector 108, a memory card slot 110, and a second receiver 112 as part of the field storage device 102. The first receiver 101 can also be different from the second receiver 112, and each of the receivers 101, 112 is for a different type/type/form of the digital storage device 100. In general, in one example of each of the receivers 101, 112 for different types/types/forms of digital storage devices 100, each of the receivers 101, 112 can have, for example, different connectors, different width slots, and different depths, etc. Wait.

The memory card slots 110 can be used in conjunction with a secure digital memory card (SD), a micro flash memory card (CF), a sophisticated digital video card (XD), and a "memory strip" card. In addition, the digital storage device 100 can also use known wireless such as, for example, Bluetooth, Wireless Fidelity (WiFi), Third Generation Mobile Communications (3G), and General Packet Radio Service (GPRS). The technology is wirelessly connected to the field storage device 102. When the digital storage device 100 is wirelessly connected to the physical storage device 102, the digital storage device 100 can still be placed and locked to the memory card slot 110 or the receivers 101, 112 of the physical storage device 102. in.

Referring to Figures 1 and 2A, in the method 20, the digital storage device 100 is locked (24) in the first receiver 101. The locking action of the digital storage device 100 can be enabled by removing 107 the selected device 104 (26) from a jack 106 of the physical storage device 102. When the digital storage device 100 is placed in the memory card slot 110 or the first and second receivers 101, 112, etc., the locking action of the digital storage device 100 can cover, for example, the memory card insertion. The slot 110 or the opening of the first and second receivers 101, 112 anchors the digital storage device 100 using a lockable connection mechanism. As long as the selected device 104 is not placed in the jack 106, the locking action of the digital storage device 100 ensures that the digital storage device 100 is present at the physical storage device 102.

The selected device 104 can be used to unlock the digital storage device 100 from the coupling location from the first recipient 101 of the physical storage device 102, and to select the digital content of the method 20 to be purchased (28) .

Referring to Figure 6 which is a schematic diagram showing one of the selected devices 104, the selected device 104 can include a data reader 602. The data reader 602 can be used to obtain information about the digital content that the user wants to select. The data reader 602 can be selected, for example, from a radio frequency (RF) receiver, a code reader, a serial number reader, a visual indicator reader, or any combination of the foregoing. The selected device 104 can also allow the user to enter information about the digital content that the user desires to select. The information can also be input using input button 604 or using display 606 on the selected device 104 for one of the touch sensitive screens. The selected device 104 includes a wireless transceiver 608 that enables wireless transmission of the information to the repository 90. The transmission of the information to the repository 90 can be communicated to the field storage device 102 via the information. The selected device 104 will be described in more detail in subsequent sections.

The information transmitted to the repository 90 contains both an identification of the digital content and a lifetime of the digital content. The lifetime of the digital content can be permanent or for a predetermined period of time (which is similar to borrowing, except that it does not need to reply to the digital content). The identification of the digital content and the lifetime of the digital content can all determine a cost of the digital content. The lifetime of the digital content is a component of the playback rights of the digital packet of the digital content.

Returning to method 20 of FIG. 1, the information received from the selected device 104 is processed (30) at the repository 90 to determine the digital content selected by the user. When the physical storage device 102 also has a data processing function, the processing action of the information at the repository 90 can also be completed at the physical storage device 102. After processing the information at the repository 90, the repository 90 is capable of determining the digital content selected by the user for input to the digital storage device 100 of the user.

The repository 90 then determines whether the digital storage device 100 is capable of supporting high resolution digital content (32). If the digital storage device 100 is capable of supporting high-resolution digital content, the repository 90 downloads a high-resolution version of the digital content to the digital storage device (34). If the digital storage device 100 is unable to support high-resolution digital content, the repository 90 downloads one of the digital content non-high-resolution versions to the digital storage device (36). It should be understood that the high resolution version of the digital content is presented in a compressed digital file format that can be decompressed to display high resolution digital content.

In an example where the digital storage device 100 does not have a media playback function, the repository 90 can select, via the selected device 104, a high resolution version from the user regarding whether to prefer one of the selected digital content or a non-high Confirmation of the resolution version. Alternatively, the method 20 can be configured such that if a non-high resolution version of the digital content is less likely to occur on compatibility/playback issues, then only non-high resolution versions of the digital content can be provided to A digital storage device 100 that does not have media playback capabilities.

In the method 20, the repository 90 then determines whether the digital content selected by the user is simultaneously selected by other users at the location 200 at a frequency above a predetermined number (38). If at least one of the digits selected by the user is simultaneously selected by other users at the location 200 at a frequency greater than the predetermined number, the digital content is stored in the physical storage device 102 and obtained from The field storage device 102 (40). The digital content downloaded from the physical storage device 102 is downloaded to the digital storage device 100 at a faster rate than the digital content downloaded from the remote storage device 93. If at least one of the digits selected by the user is simultaneously selected by another user at the location 200 at a frequency lower than the predetermined number, the digital content is stored in the remote storage device 93 and Obtained from the remote storage device 93 (42). Compared to the digital content downloaded from the physical storage device 102, the digital content downloaded from the remote storage device 93 is at a slower rate because of the inherent network limitations of the data transfer over the extended physical distance. Download to the digital storage device 100.

The repository 90 next determines whether the digital storage device 100 has sufficient space to accommodate the selected digital content (44). If the repository 90 determines that the digital storage device 100 does not have sufficient space to accommodate the selected digital content (46), the user can receive a first indication on the digital storage device 100 to notify the digital storage. Device 100 does not have an indication of sufficient space. The first indication can be provided by one of the selected devices 104 as shown in FIG. 6, and the transmission from one of the storages 90 is received by the transceiver 608 of the selected device 104. . The first indication on the selected device 104 can include, for example, a visual indication, an audible indication, a shock indication, or any combination of the foregoing. In instances where the digital storage device 100 does not have sufficient space to accommodate the selected digital content, the selected digital content can be written to, for example, disk media, portable solid state memory, and the like. Inside a portable storage device. For its part, the field storage device 102 can also include a facility/function to write material on disk media.

Subsequently, the repository 90 determines whether a modification action (order) has been made for one of the digital content selections (48). The modification action can be made using the selected device 104, such as an action to deselect digital content, select additional digital content, change one of the digital content purchase possession, or any combination of the foregoing. In an instance of deselecting at least one digital content, the deselected digital content that has been downloaded to the digital storage device 100 will be deleted from the digital storage device 100 (50).

At this point, the digital content downloaded to the digital storage device 100 does not contain a digital packet containing the playback rights (52). Digital content that does not have this digital packet is incomplete and may not be played back on any media playback device/application.

Referring to Figures 1 and 5B through 5E, the user then initiates a transaction (54) during the method 20 to purchase the digital content. Referring to FIG. 5B, the user can select a "checkout" 150 option on the display 606 of the selected device 104 to initiate a transaction to purchase the digital content. After selecting the "Checkout" 150 option, the user places the selected device 104 back into a jack 106 of the physical storage device 102 as shown in FIG. 5C. The user can then select a "confirm purchase" 160 option on the screen 114 to conduct the transaction. The transaction may be in the form of, for example, a face-to-face transaction with one of a character, an interaction with one of the payment machines (as shown), a string of instructions executed via the Internet, or any combination of the foregoing. In the example shown in FIG. 5D, the user uses a credit card 170 at the field storage device 102 to pay for the purchase. Once the transaction of the digital content is completed, the digital content of the digital content is downloaded to the digital storage device 100. Preferably, the field storage device 102 is capable of accepting alternative payment modes other than the credit card 170, such as, for example, a savings account linked transaction card, a stored value card, a third party transaction enabled, and the like.

Finally, after the transaction is completed, the digital storage device 100 can be removed from the physical storage device 102 (52). Referring to FIG. 5E, the selected device 104 can be placed within the jack 106, which unlocks the digital storage device 100 accordingly. Thus, following an unlocking action of the digital storage device, the selected device 104 remains in the physical storage device 102. One of the power sources of the selected device 104 can also be charged while placed in the jack 106.

Before the selected device 104 is placed in the jack 106 to unlock the digital storage device 100 from the physical storage device 102, the selected device 104 can receive thereon a download complete with respect to the digital content. A second indication. The second indication can include, for example, a visual indication, an audible indication, a shock indication, or any combination of the foregoing. Alternatively, the second indication can be described on the screen 114 of the field storage device 102.

It should be noted that the physical representation of the various devices in the aforementioned method 205 as described in the use of the necessary figures should not be construed as limiting anything, as the physical representation of the various devices is purely for illustrative purposes.

In a second aspect, an apparatus for picking digital content to be purchased from a location where a digital storage device is coupled to a repository is provided. This is the selected device 104 as used in the method 20 described earlier. The digital content can be, for example, a video archive, an audio archive, a photo archive, an e-book, an electronic magazine, any combination of the foregoing, and the like. The digital storage device is embedded in a device or a single-digit type of storage unit. The aforementioned device may be, for example, a mobile phone, a number of assistants, and a handheld digital entertainment device and the like. The digital storage device depicted in Figure 5 is embedded in a handheld digital entertainment device. Reference is made to Figures 2 and 6 in describing the selected device 104. It should be noted that an entity representation of selected device 104 as described in the preceding figures is not to be considered as limiting anything, and that the entity representations of the various devices are purely for illustrative purposes.

The repository 90 is a generic term for one of the physical storage device 102 and a remote storage device 93. The physical storage device 102 and the remote storage device 93 can be connected to each other on a network 95. The field storage device 102 can include a screen 114 for displaying content to guide a user. 4 is a diagram showing a possible deployment of a plurality of physical storage devices 102 at a physical storefront location 200 selected by one of the sales disc 202, the digital video disc 204, and associated transaction 206 (eg, posters, illustrations, and the like). The feasible deployment of the plurality of field storage devices 102 is not limiting, as the field storage device 102 can be deployed at any location. The location 200 of the field storage device 102 can include material that is useful to the user in selecting the desired digital content. The location 200 of the field storage device 102 can be located at a location where the user can obtain access to material that is useful to the user in selecting the desired digital content, such as a graphical description, a text, for example A description, a sample portion, or any combination of the foregoing is presented.

Referring to Figure 6 which is a schematic diagram showing one of the selected devices 104, the selected device 104 is shown to include a button 610 for ensuring that the digital storage device 100 cannot be removed when coupled to the field storage device 102. One of the locking devices is used together. The button 610 can be a physical structure or a wireless authentication program. For example, the selected device 104 can include a retractable button that is elongated when a keyhole is present in the locking device. Alternatively, the selected device 104 is an interrogator, wherein the selected device 104 triggers an authentication procedure for the proximity of a receiver in the locking device of the physical storage device 102, which causes the locking device to be similar to modern Unlock one of the automatic cars with the "no button registration" feature.

The selected device 104 can include a data reader 602. The data reader 602 can be used to obtain information about the digital content that the user wants to select. The data reader 602 can be selected, for example, from a radio frequency receiver, a code reader, a serial number reader, a visual indicator reader, or any combination of the foregoing. Referring to Figure 2B, the illustrated example is how the data reader 602 is used to obtain information about the digital content selected by the user. The information obtained can be an order. Each digital content can be assigned to a tag 99, and each tag is a radio frequency tag, a code, a serial number bar, a visual indicator tag, or any combination of the foregoing. The user can point the selected device 104 to a tag 99 of a desired digital content to select the desired digital content. Whether or not the data reader 602 needs to point to the tag 99 depends on a combination of the data reader 602 and the used tag 99. The use of the data reader 602 on the selected device 104 to obtain information from the tags 99 can be, for example, a "point-and-scan", a "point-and-confirm" ), or "tap-to-go" type of program.

The selected device 104 can also allow the user to enter information about the desired content of the user, which approximates a search function. Referring to Figures 2D, 2G, and 6, the search information can be input using input control 604 or a display 606 on the selected device 104 for touching an inductive screen (as shown). The display 606 displaying the order can be a panel such as, for example, an LCD, TFT, or OLED. The input control items 604 and/or the display 606 can also be used to modify the order, such as deselecting digital content, selecting additional digital content, changing purchase ownership of digital content, or any combination of the foregoing.

Referring to Figure 2C, another area of the location 200 of the physical storefront shown in Figure 4 is shown. In addition to the selection of the disc 202, the digital video disc 204, and associated transactions 206 (e.g., posters, illustrations, and the like), the location 200 can also include at least one digit directory 800. The field storage device 102 also allows access to the content of the at least one digital directory 800. The at least one digital directory 800 can scroll the advertisement when not in use. The at least one digital directory 800 can list all of the contents of the repository 90. Referring to FIG. 2E, the user can use the at least one digital directory 800 to locate the desired digital content via a search function. Although FIG. 2E shows that the at least one digital directory 800 has a touch sensitive screen for inputting instructions, the at least one digital directory 800 is not limited to use only one touch sensitive screen for inputting instructions. The at least one digital directory 800 can be connected to a keyboard or a mouse input device for inputting instructions. Furthermore, the selected device 104 can also use wireless connectivity as an input device for the at least one digital directory 800.

Referring to FIG. 2F, the at least one digit directory 800 is shown to convey information about the desired digital content selected by the user via the use of the at least one digital directory 800. When the user selects the desired digital content as previously described with respect to FIG. 2E, the at least one digital directory 800 can retrieve information about the desired digital content and wirelessly communicate the data to the selected device 104. . The selected device 104 can receive the information by being positioned proximate to the at least one digit directory 800 (within a predetermined range) to receive information regarding the desired content of the user. The data is receivable by the transceiver 608 of the selected device 104. 2G shows the user receiving the data received from the at least one digital directory 800. The validation step of FIG. 2G prevents the selected device 104 from erroneously receiving the data, which can be avoided when multiple digit directory 800s are present in the location 200. It is understood that due to the time used to download the useless content to the digital storage device 100, the erroneous receipt of the data can result in the occurrence of a delay in collecting the digital storage device 100 from the physical storage device 102.

The wireless transceiver 608 of the selected device 104 can also receive location data from the at least one digital directory 800 such that the user can ascertain the current location when the location profile is displayed on the display 606 of the selected device 104. a place. The foregoing function assists the user in the location of the user in the location 200 of the physical storefront.

Moreover, when the user having the selected device 104 is within a predetermined distance from the at least one digital directory 800, the selected device 104 can provide an indication to the user. The preset distance may be a distance that the user can view the content shown on the at least one digital directory 800. The indication to the user can be triggered when the user ignores the at least one digit directory 800. The indication primarily captures the user's attention to focus on the at least one digital directory 800. As shown in FIG. 6, the indication can be provided by one of the indicator devices 612 in the selected device 104. The indicator module 612 can include at least one, for example, an illumination member, a vibrating member, an audio reproduction member, or any combination of the foregoing. In FIG. 2C, the selected device 104 is shown vibrating as it enters the preset distance of the at least one digital directory 800. When the selected device 104 vibrates, the user can intentionally view the content shown on the at least one digital directory 800, and if the content shown on the at least one digital directory 800 is of interest to the user, then The user system can be caused to use the at least one digital directory 800.

The selected device 104 also includes a wireless transceiver 608 for transmitting the order to the repository 90 and for receiving a plurality of notifications on the selected device 104. The wireless transceiver 608 can cause the selected device 104 to be continuously connected to the repository 90 or be connected to the repository 90 when needed (ie, when the order is transmitted or received from the repository 90) "Wake up" command to receive such notifications).

Referring to FIG. 2D, the selected device 104 can periodically receive notifications from the repository 90 indicating the "special offers" available at the location 200. These "special offers" are sustainable for a predetermined period of time such as, for example, ten minutes, thirty minutes, sixty minutes, and the like. When the "special offer" is related to the user's desired digital content, the user can enjoy by selecting an "add to cart" page 650 on the display 606 of the selected device 104. "special promotion". The time stamp associated with the selection of the "Add to Cart" tab 650 will determine whether the user can enjoy the "Special Offer". For its part, the selected device 104 can also include a controller 614 for controlling itself, and the controller 614 has calendar-clock functionality to provide the timestamp. Referring to Figure 6, it can be seen that the controller 614 processes the data received from the input control items 604, the data reader 602, the display 606, and the wireless transceiver 608. The indicator module 612 is controlled by the controller 614.

The information obtained by the data reader 602 of the selected device 104 includes both an identification of the digital content and a lifetime of the digital content. The lifetime of the digital content can be permanent or for a predetermined period of time (which is similar to borrowing, except that it does not need to reply to the digital content). The identification of the digital content and the lifetime of the digital content can all determine a cost of the digital content. The lifetime of the digital content is a component of the playback rights of the digital packet of the digital content.

If at least one of the digits selected by the user is simultaneously selected by another user at the location 200 at a frequency higher than a predetermined number, the digital content is stored in the physical storage device 102 and obtained directly From the field storage device 102. The digital content downloaded from the physical storage device 102 is downloaded to the digital storage device 100 at a faster rate than the digital content downloaded from the remote storage device 93. If at least one of the digits selected by the user is simultaneously selected by other users at the location 200 at a frequency lower than the predetermined number, the digital content is stored in the remote storage device 93 and obtained From the remote storage device 93. Compared to the digital content downloaded from the physical storage device 102, the digital content downloaded from the remote storage device 93 is at a slower rate because of the inherent network limitations of the data transfer over the extended physical distance. Download to the digital storage device 100.

In a third aspect, a platform for purchasing digital content and downloading it to a digital storage device is provided. This is the in-situ storage device 102 as used in the method 20 described earlier. The digital content can be, for example, a video archive, an audio archive, a photo archive, an e-book, an electronic magazine, any combination of the foregoing, and the like. The digital storage device 100 is embedded in a device or a single-digit type of storage unit. The aforementioned device may be, for example, a mobile phone, a number of assistants, and a handheld digital entertainment device and the like. The digital storage device depicted in Figure 2A is embedded in a handheld digital entertainment device. The digital storage device 100 can also be a memory card such as, for example, a secure digital memory card, a micro flash memory card, a sophisticated digital image card, and a "memory strip" card. It should be noted that the physical representation of the in-situ storage device 102 as described in the preceding figures should not be construed as limiting anything, the entity representation being purely for illustrative purposes.

The physical storage device 102 can be part of a repository 90 that is coupled to a remote storage device 93 of the physical storage device 102 on a network. The data can be transferred between the physical storage device 102 and the remote storage device 93. The real system of the remote storage device 93 can be located in the same country or in different countries. The remote storage device 93 can include content that is not "stocked" by an owner located at a location where the digital content is accessible. For its part, the remote storage device 93 can be operated by one of the rights holders of the digital content, such as a movie studio, a book publisher, and a music publisher. However, the remote storage device 93 can also be owned and operated by an owner located at a location where the digital content is accessible.

The field storage device 102 can be deployed at a physical storefront location 200 selected by one of the sales disc 202, the digital video disc 204, and associated transaction 206 (eg, posters, illustrations, and the like). A feasible deployment of the plurality of field storage devices 102 is not limiting, as the field storage device 102 can be deployed at any location. The location 200 of the field storage device 102 can include material that is useful to the user in selecting the digital content. The location 200 of the field storage device 102 can be located at a location where the user can obtain access to the digital content, such as, for example, a graphical depiction, a textual description, and a sampling portion. Or a form of any combination of the foregoing.

The field storage device 102 can include one of the locking devices for ensuring that the digital storage device 100 cannot be removed when coupled to the repository 90. The locking action of the digital storage device 100 can be enabled by removing a selected device 104 from a jack 106 of the physical storage device 102. When being placed in the memory card slot 110 or the first and second receivers 101, 112, etc., the locking operation of the digital storage device 100 can cover, for example, the memory card slot 110 or the first 1. The opening of the second receptors 101, 112, using a lockable connector to anchor the digital storage device 100. As long as the selected device 104 is not placed in the jack 106, the locking action of the digital storage device 100 ensures that the digital storage device 100 is present at the physical storage device 102. One of the power sources of the selected device 104 can also be charged while placed in the jack 106.

The coupling operation of the digital storage device 100 and the physical storage device 102 can be enabled by placing the digital storage device 100 into a first receiver 101 of the physical storage device 102. The coupling operation of the digital storage device 100 and the physical storage device 102 can enable a connection from the repository 90 to at least one data transmission channel of the digital storage device 100. The at least one data transmission channel can be connected via a wired connection or a wireless connection.

The plurality of models of the digital storage device 100 and the coupling action of the repository 90 can be enabled by including a plurality of connection mechanisms on the physical storage device 102. For example, in FIG. 5A, a wired connector 108, a memory card slot 110, and a second receiver 112 are shown. The first receiver 101 can also be different from the second receiver 112, and each of the receivers 101, 112 is for a different type/type/form of the digital storage device 100. In general, in one example of each of the receivers 101, 112 for different types/types/forms of digital storage devices 100, each of the receivers 101, 112 can have, for example, different connectors, different width slots, and different depths, etc. Wait.

The memory card slot 110 can be used in conjunction with a secure digital memory card, a micro flash memory card, a sophisticated digital image card, and a "memory strip" card. In addition, the digital storage device 100 can also be wirelessly coupled to the field storage device 102, for example, using known wireless technologies such as, for example, Bluetooth, wireless fidelity technology, third generation mobile communications, and general packet radio services. When the digital storage device 100 is wirelessly connected to the physical storage device 102, the digital storage device 100 can still be placed and locked to the memory card slot 110 or the receivers 101, 112 of the physical storage device 102. in.

The field storage device 102 can include a screen 114 that can display content to guide the user when the user is located in the field storage device 102. For example, the screen 114 can direct the user to use a correct recipient 101, 112 of his digital storage device 100. Referring to FIG. 2A, the user displays an option on the screen 114 to use an online directory 116 (accessible to the field storage device 102) or a selected device 104 (by selecting the "button" 118 option) Come and make a purchase. Although a keyboard 140 is displayed on the field storage device 102, the screen 114 can be used to touch the inductive screen without the use of one of the keyboard 140 or any other input device. Alternatively, the keyboard 140, a mouse or any input device can be used when the screen 114 is not touch sensitive. For its part, the user has an option to use the online catalog or to purchase digital content using the selected device 104, the selected device 104 being recited in a previous chapter. As previously described, the selected device 104 can be used to unlock the digital storage device 100 from the first recipient 101 of the physical storage device 102 and to select the digital content to be purchased.

In one example, when at least one of the digits selected by the user is simultaneously selected by another user at the location 200 at a frequency greater than a predetermined number, the digital content is stored in the field store. Device 102 is also obtained directly from the field storage device 102. The digital content downloaded from the physical storage device 102 is downloaded to the digital storage device 100 at a faster rate than the digital content downloaded from the remote storage device 93. Or alternatively, in an example, when at least one of the digits selected by the user is simultaneously selected by other users at the location 200 at a frequency lower than the predetermined number, the digital content is stored in the The remote storage device 93 is obtained from the remote storage device 93. Compared to the digital content downloaded from the physical storage device 102, the digital content downloaded from the remote storage device 93 is at a slower rate because of the inherent network limitations of the data transfer over the extended physical distance. Download to the digital storage device 100. In one example, when the physical storage device 102 determines that the digital storage device 100 is capable of supporting high-resolution digital content, the repository 90 downloads a high-resolution version of the digital content to the digital storage device. If the digital storage device 100 is unable to support high-resolution digital content, the repository 90 downloads one of the digital content non-high-resolution versions to the digital storage device. In an example, when the digital storage device 100 does not have a media playback function, the repository 90 can search via the selected device 104 for a high-resolution version or a non-selection from the user regarding whether to prefer the selected digital content. Confirmation of the high resolution version. Alternatively, if the non-high resolution version of the digital content is less likely to occur on the compatibility/playback issue, then only the non-high resolution version of the digital content can be provided to the digital storage device 100 without media playback capabilities. . It should be understood that the high resolution version of the digital content is presented in a compressed digital file format that can be decompressed to display high resolution digital content.

In an example, when the physical storage device 102 determines that the digital storage device 100 does not have sufficient space to accommodate the selected digital content, the user can receive a first indication on the digital storage device 100 for notification. The digital storage device 100 does not have an indication of sufficient space. The first indication can be provided by one of the selected devices 104, the indicator module 612, and one of the transmissions from the repository 90 is received by the wireless transceiver 608 of the selected device 104. The first indication on the selected device 104 can include, for example, a visual indication, an audible indication, a shock indication, or any combination of the foregoing. In this example, the selected digital content can be written into a portable storage device such as, for example, a disk medium, a portable solid state memory, and the like. The field storage device 102 can also include a facility/function to write material on the disk media.

The user can use the field storage device 102 to initiate a transaction. Referring to FIG. 5B, which shows transaction initialization after the user has used the selected device 104 to select digital content, the user can select a "checkout" 150 option on the display 606 of the selected device 104. The digital content is purchased by initiating the transaction.

After selecting the "Checkout" 150 option, the user places the selected device 104 back into the jack 106 of the physical storage device 102 as shown in Figure 5C. The user can then select a "confirm purchase" 160 option on the screen 114 to conduct the transaction. The transaction may be in the form of, for example, a face-to-face transaction with one of a character, an interaction with one of the payment machines (as shown), a string of instructions executed via the Internet, or any combination of the foregoing. In the example shown in FIG. 5D, the user uses a credit card 170 at the field storage device 102 to pay for the purchase. Once the transaction of the digital content is completed, the digital content of the digital content is downloaded to the digital storage device 100. Preferably, the field storage device 102 is capable of accepting alternative payment modes other than the credit card 170, such as, for example, a savings account linked transaction card, a stored value card, a third party transaction enabled, and the like.

The digital storage device 100 can be locked to the physical storage device 102 until the user unlocks the digital storage device 100 from the locking device by placing the selected device 104 into the receptacle 106.

Although a number of preferred embodiments of the present invention have been described in the foregoing description, those skilled in the art will appreciate that many variations or modifications of the details of the design or construction can be made without departing from the invention. .

90. . . Repository

93. . . Remote storage device

95. . . network

99. . . label

100. . . Digital storage device

101. . . First acceptor

102. . . Field storage equipment

104. . . Selected device

106. . . Jack

107. . . Remove

108. . . Wired connector

110. . . Memory card slot

112. . . Second acceptor

114. . . Online catalog

116. . . Online catalog

118. . . button

140. . . keyboard

150. . . Checkout

160. . . confirm purchase

170. . . credit card

200. . . Physical store location

202. . . Disc

204. . . Digital audio and video disc

206. . . Related affairs

602. . . Data reader

604. . . Input control / input button

606. . . monitor

608. . . (wireless) transceiver

610. . . button

612. . . Indicator module

614. . . Controller

650. . . add to Shopping Cart

800. . . Digital directory

The present invention has been described by way of non-limiting example, and the accompanying drawings

BRIEF DESCRIPTION OF THE DRAWINGS Figure 1 is a flow chart showing one of the methods of the present invention.

Figure 2 is a graphical representation showing selected devices used in conjunction with the method of Figure 1.

Figure 3 is a graphical representation showing one of the platforms of the present invention.

Figure 4 is a diagram showing a deployment area of one of the present inventions.

Figure 5 is a graphical representation showing some of the steps of the method of Figure 1.

Figure 6 is a schematic diagram showing the selected device.

Figure 7 is a schematic diagram showing a possible system for supporting one of the methods of the present invention.

Claims (52)

A method for purchasing digital content and downloading it to a digital storage device, the method comprising: coupling the digital storage device to a repository containing the digital content to enable data transfer from the repository Up to the digital storage device; locking the digital storage device at a location coupled to one of the selected devices for unlocking the digital storage device from the coupling location and for selecting digital content to be purchased; Using a data reader included in the selected device to obtain information about the digital content selected by a user, the selected device wirelessly transmitting the information to the repository; the information is performed at the repository Processing to determine the digital content selected by the user; determining whether the digital storage device has sufficient space to receive the selected digital content; once the repository processes the information, downloading the digital content to the digital storage device, and The digital storage device is determined by the repository to have sufficient space, and the digital content does not need to contain one of the playback rights. Downloading under the bit packet; and initializing a transaction to purchase the digital content, once the digital content transaction is completed, the digital content of the digital content is downloaded to the digital storage device; the relay completes the transaction plus the digital storage After an unlocking action of the device, the selected device remains at the coupling location. The method of claim 1, wherein the digital storage device is embedded in a device or a single-digit storage unit. The method of claim 1, wherein the repository comprises a physical storage device and a remote storage device. The method of claim 3, wherein the field storage device comprises a storage of the digital content, which is downloaded at a frequency higher than a predetermined number based on data obtained from the repository. The method of claim 4, wherein the digital content downloaded at a frequency higher than a predetermined number is downloaded to the digital storage device at a faster rate when stored at the physical storage device. The method of claim 1, wherein the digital storage device is coupled to use a wired connection or a wireless connection. The method of claim 1, wherein the information includes both an identification of the digital content and a lifetime of the digital content. The method of claim 7, wherein the digital content is used for a permanent period or a predetermined period of time. The method of claim 7, wherein the identification of the digital content and the expiration date of the digital content determine a cost of the digital content. The method of claim 7, wherein the digital content is used as a component of the playback rights of the digital package. The method of claim 1, wherein the data reader is selected from: a radio frequency (RF) receiver, a code reader, a serial number reader, a visual indicator reader, and the foregoing Any combination consists of one group. The method of claim 1, wherein the coupling location is located in an area where the user can obtain access to the digital content, wherein the digital content is selected from: a graphical description, a text description, and a A form of the sampled portion, and a group of any of the foregoing combinations, is presented. The method of claim 1, wherein the transaction is selected from: a face-to-face transaction with a character, interaction with one of the payment machines, execution of a string of instructions via the Internet, and any of the foregoing One of a group consisting of combinations is presented. The method of claim 1, wherein the digital content is selected from the group consisting of a video file, an audio file, a photo file, an e-book, an electronic magazine, and any combination of the foregoing. The method of claim 1, wherein the user system receives a first indication on the selected device if the repository determines that the digital storage device does not have sufficient space to receive the selected digital content Notifying the user that the digital storage device does not have sufficient space, wherein the first indication is selected from: a visual indication, a hearing, as the selected digital content is written to a portable storage device An indication, a vibrating indication, and any one of the combinations described above. The method of claim 1, wherein if the repository determines that the digital storage device is capable of supporting high-resolution content, the repository downloads the high-resolution version of the digital content to the digital storage device. The method of claim 1, further comprising modifying the order using the selected device, the modified action being selected from: deselecting the digital content, selecting the additional digital content, changing the purchase of the digital content, and the foregoing An action in a group of any combination. The method of claim 17, wherein the canceled selected digital content that has been downloaded to the digital storage device causes itself to be deleted from the digital storage device. The method of claim 1, further comprising: once the user receives a second indication that the digital content is downloaded on the selected device, using the selected device to unlock the digital storage device for The removal of the digital storage device, wherein the second indication is selected from a group consisting of a visual indication, an audible indication, a shock indication, and any combination of the foregoing. A device for selecting a digital content to be purchased from a location of a digital storage device coupled to a repository, the device comprising: a button configured to ensure that the digital storage device is coupled to the storage The library cannot remove one of the locking devices for use; a data reader is used to obtain an order including information about a user who wants to purchase the selected digital content; and a wireless transceiver, It is used to transfer the order to the repository and receive a plurality of notifications on the device, wherein the device is continuously connected to the repository. The device of claim 20, wherein the location is an area in which the user is able to obtain access to the digital content, wherein the digital content is selected from: a graphical description, a text description, a sampling A form of a group, and a group of any of the foregoing combinations, is presented. The device of claim 20, wherein the digital storage device is embedded in a device or a single-digit storage unit. The device of claim 20, wherein the repository comprises a physical storage device and a remote storage device. The device of claim 23, wherein the field storage device comprises a storage of the digital content, which is downloaded at a frequency higher than a predetermined number based on data obtained from the repository. The device of claim 24, wherein the digital content downloaded at a frequency higher than a predetermined number is downloaded to the digital storage device at a faster rate when stored at the physical storage device. The device of claim 20, wherein the digital storage device is coupled to use a wired connection or a wireless connection. The device of claim 20, wherein the information includes both an identification of the digital content and a lifetime of the digital content. For example, the device of claim 27, wherein the digital content is used for a permanent period or a preset time period. The device of claim 27, wherein the identification of the digital content and the expiration date of the digital content determine a cost of the digital content. The device of claim 20, wherein the data reader is selected from: a radio frequency (RF) receiver, a code reader, a serial number reader, a visual indicator reader, and the foregoing Any combination consists of one group. For example, the device of claim 20, wherein the digital content is selected from the group consisting of a video file, an audio file, a photo file, an e-book, an electronic magazine, and any combination of the foregoing. The device of claim 20, further comprising a display for displaying the order, the display being selected from a panel comprising one of a group of LCD, TFT, and OLED. The device of claim 20, further comprising a control item for modifying the order, the modification action being selected from: deselecting the digital content, selecting the extra digital content, changing the purchase possession of the digital content, And an action in a group consisting of any of the foregoing combinations. The device of claim 20, wherein the button is a physical structure or a wireless authentication program. The device of claim 32, further comprising an indicator module for providing an indication to the user, the indication being selected from: a group consisting of illumination, vibration, utterance, and any combination of the foregoing in. The device of claim 32, wherein the device is configured to receive positioning data to assist the user in confirming the location thereof. A platform for purchasing digital content and downloading it to a digital storage device, the platform being located at a location where the digital storage device is coupled to a repository, the platform comprising: a locking device for securing the digit The storage device is incapable of being removed when coupled to the repository; and at least one data transmission channel for coupling the digital storage device to the repository; wherein the digital storage device is locked to the platform until one The user unlocks the digital storage device from the locking device using a selected device, and wherein the selected device wirelessly transmits information to the repository. For example, the platform of claim 37, wherein the location is located in an area where the user can obtain access to the digital content, wherein the digital content is selected from: a graphical description, a text description, a sampling A form of a group, and a group of any of the foregoing combinations, is presented. The platform of claim 37, wherein the at least one data transmission channel is connected via a wired connection or a wireless connection. The platform of claim 37, wherein the digital storage device is embedded in a device or a single-digit storage unit. The platform of claim 37, wherein the repository comprises a physical storage device and a remote storage device. The platform of claim 41, wherein the field storage device comprises a storage of the digital content, which is downloaded at a frequency higher than a predetermined number based on data obtained from the repository. The platform of claim 42, wherein when stored at the field storage device, at a frequency higher than a predetermined number The digitized content is downloaded to the digital storage device at a relatively fast rate. For example, in the platform of claim 37, wherein the selected device transmits information to the repository, the information includes both an identification of the digital content and a lifetime of the digital content. For example, the platform of claim 44, wherein the digital content is used for a permanent period or a preset time period. For example, in the platform of claim 44, the identification of the digital content and the expiration date of the digital content determine a cost of the digital content. For example, in the platform of claim 37, wherein the selected device comprises a data reader, the data reader is selected from: a radio frequency (RF) receiver, a code reader, and a serial number reading. A group of receivers, visual indicator readers, and any combination of the foregoing. For example, the platform of claim 37 of the patent scope further includes a transaction function for implementing one of the transaction forms, the transaction form being selected from: a face-to-face transaction with a character, and one of the payment machines One of a group of interactions, a series of instructions implemented over the Internet, and any combination of the foregoing is presented. For example, in the platform of claim 37, the digital content is selected from a group consisting of a video file, an audio file, a photo file, an e-book, an electronic magazine, and any combination of the foregoing. A platform as claimed in claim 37, wherein if the repository determines that the digital storage device does not have sufficient space to receive digital content selected using the selected device, the user system will be in the selected device An indication is received to notify the user that the digital storage device does not have sufficient space. A platform as claimed in claim 37, wherein the selected device further comprises a display for displaying an order selected from a panel comprising one of a group of LCD, TFT, and OLED. For example, in the platform of claim 51, wherein the selected device further includes an input controller for modifying the order, and the modified action is selected from: deselecting the digital content, selecting the extra digital content, and changing the digital content. Purchase of possession, and an action in a group consisting of any of the foregoing combinations.