TW201009689A - Data exchanger and data exchange method - Google Patents

Abstract

A data exchanger and a data exchange method are provided. The data exchanger comprises a first card hopper, a second card hopper, a memory and a processing unit. The first card hopper is used to electrically connect to a first memory card or a second memory card. The first memory card has a first data. The second card hopper is used to electrically connect to a third memory card. The first card hopper and the second card hopper have different specifications. The memory has a repeater and a register. The processing unit transfers the first data to the repeater or the register though the first card hopper, and then transfers the first data to the third memory card though the second card hopper or to the second memory card though the first card hopper. Wherein, the memory cards having smaller storage capacity is predetermined as a source, and then the first memory card is determined as the source.

Description

201009689

i W4J /3FA IX. Description of the Invention: [Technical Field] The present invention relates to a data exchange box and a data exchange method, and more particularly to a data exchange box and a data exchange method for a memory card. [Prior Art] With the development of the electronics industry, various electronic products have sprung up in the market. Among them, there are electronic products that use memory cards to store data, such as digital cameras, which are becoming more and more popular. The specifications of the memory cards of various manufacturers are mostly different. Although the card reader can read a variety of memory card formats, through the card reader, when the data of one memory card needs to be transferred to another memory card, it still needs to be executed by the personal computer. Since the personal computer is not easy to carry around, it is quite inconvenient. Although there is a device on the market that can transfer the data of the memory card to a portable hard disk. However, this device can only receive data from each memory card, and there is no ® method to perform data exchange between multiple memory cards. In addition, this device is very power-hungry because it has a hard disk, which is very impractical. Therefore, it is one of the directions that the industry needs to study to study a device and method for facilitating data exchange between memory cards. SUMMARY OF THE INVENTION The present invention relates to a data exchange box and a data exchange method for data exchange between memory cards, which is to transfer data of a memory card. 6 201009689

i W4J to a memory card of the same specification or different specifications. According to the invention of the present invention, a data exchange box includes a 1VV-card slot, a memory and a processing unit. The first card slot card: the second, the memory card or a second memory card is electrically connected. First-memory. The first shell material. The second card slot is different from the specifications of the third memory card electrical card slot and the second card slot. The memory has a relay: a temporary storage area. The processing unit 70 is configured to pass the first data through the first card slot and transmit the data stored in the relay area to the third memory card. The processing unit is further configured to pass the first data to the temporary storage area through the first one, and transfer the first data stored in the temporary storage area to the second memory card through the -j. The processing unit actively defines the second and second memory cards, wherein the smaller one is the source end, and then the external memory 7 determines the first memory card as the source end. According to another aspect of the present invention, a data exchange box includes a slot, a second card slot, a memory, and a processing unit. The first card is electrically connected to the first-memory card or the second memory card. The first memory card has a first data. The second card slot is electrically connected, and the rules of the first card slot and the second card slot are different; = has a relay zone and a temporary storage zone, and the first data is followed by a temporary storage zone. The processing unit actively defines the first or the third card, wherein the smaller one is the source end, and then the external command confirms that the second memory card is the source end. In addition, the processing unit is further configured to transfer the first card slot to the relay zone or the temporary storage zone. When the first data t is in the capacity of the temporary storage zone, the processing unit further cuts the first data into the data volume 201009689 whj / Jr/\ is less than or equal to the capacity of the temporary storage area: the yuan is used in the second memory card or the third memory card in the second = rational and common folder, time capital::: 枓贝枓 lost in the picture data cool = 中_元 passes the first data to the picture folder: If not, the processing unit passes the first data to the normal two: = 曰 曰 曰 。. In addition, the processing unit stores the first data stored in the relay area, and transmits it to the flute-seven & on the temporary card through the second card slot, or the processing unit stores = temporary storage - the: The first card slot is transferred to the second memory card, or the processing unit transmits the respective sub-data to the second memory card in stages. According to still another aspect of the present invention, a data exchange method is provided, in which a first data of a first memory card is transferred to at least an external device, and an external device is a second memory card or A third t-card exchange method includes the following steps. Step (1)_ includes, in addition to the first memory card, an external device connected to the data exchange box. If yes, perform step (b). If no, perform step (c). Step (b) actively defining the first or third memory card, wherein the smaller one is a source, and then determining that the first memory card is the source end, and the third memory card is a destination, wherein the third memory card is a step (a) The external device detected. Step (c) Proactively define the first memory card as the source end and actively define the memory of the data exchange box as the destination end. Step (d) delivers the first data to the destination. According to still another aspect of the present invention, a data exchange method is provided for transferring a first data of a first memory card 8 201009689 to at least one external device in a data exchange box, the external device is a memory card. The exchange method includes the following steps. + Y card or a second note First reading card, including external device connection data exchange +. Then, step (b). If no, perform step (c). Step (1) Proactively define the first or third memory card. The towel is changed. The smaller one is the source, and the first is the source. The third memory card is the destination. The second memory card is the second memory card. It is the external device detected in step (a), the first memory card is actively defined as the source end, and the - relay area of the body of the data exchange box is the destination end. Step (4) determines whether the first data is a picture material. If yes, execute the step (〇. If no, then: Step: (7). Step (1) Add a picture folder to the destination, and then add a new time folder to the destination folder, the name of the time folder. It is related to the time of adding a new time folder. Step (f) adds a new data folder to the destination end, and then adds another time data to the destination end of the two-way folder, this other time folder The name is related to the addition of the other two, the time of the folder. Step (g) determines whether the amount of data of the first data is greater than the capacity of the memory-temporary area. If yes, execute step (h)e If yes, step (1) is performed. Step (1) cutting the first data into a plurality of sub-data, wherein the data amount of each sub-first data is less than or equal to the capacity of the temporary storage area. Step (1) transmitting the first data to the destination end, or In order to make the above-mentioned contents of the present invention more obvious and easy to understand, the following description will be made in detail with reference to the preferred embodiments of the present invention as follows: 201009689

1 W4J WA [Embodiment] The following embodiments will explain the specific embodiments of the data exchange box and the data exchange method according to the present invention. However, the contents of the embodiments are merely illustrative of the present invention, and are not intended to be limited. The scope of the invention is to be protected by the scope of the patent application. Further, the illustration of the embodiments also omits unnecessary elements to clearly show the technical features of the present invention. Referring to FIG. 1A and FIG. 1B, FIG. 1A is a schematic diagram of a data exchange box according to a preferred embodiment of the present invention, and FIG. 1B is a block diagram of a data exchange box in accordance with a preferred embodiment of the present invention. The data exchange box 100 includes a first card slot 111, a second card slot 113, a third card slot 115, a memory 120, a display 130, a processing unit 140, a power module 150, and a universal serial port. The first serial slot 111 is used to connect with a first memory card 10 or a second memory card 20. The first serial slot 111 is electrically connected to a first memory card 10 or a second memory card 20. Sexual links. The second card slot 113 is electrically connected to a third memory card 30. The third card slot 115 is electrically connected to a fourth memory card 40. The universal serial bus port 117 is used to electrically connect to a flash drive 50 or a personal computer 60. The specifications of the first card slot 111, the second card slot 113, and the third card slot 115 are different. The first memory card 10 has a first data D10, the second memory card 20 has a second data D20, the third memory card 30 has a third data D30, and the flash drive 50 has an in-disk data D50, and an individual. The computer 60 has a hard disk data D60. Specifically, the first card slot 111, the second card slot 113, the third card slot 115, and the universal serial bus bar connection 201009689

1 W4 WA port 117 is used to enable the data exchange box 1 to read and write the first data Di〇, the second data D20, the third data (10), the in-disk data D5〇 or the hard disk data_. The detecting unit 170 is connected to the first card slot lu, the second card slot 113, the third card slot 115 and the universal serial bus bar port 117, and the detecting unit is configured to detect whether the external device passes through the corresponding card slot. M, 113, ιΐ5 and port 117 are electrically connected to the data exchange box 1〇〇. The external device is the first memory card 10, the second memory card 2, the third memory card 3, the fourth memory card 40, the flash drive 50, and the personal hard disk 6〇. The processing unit 14 actively/defines the first memory card 10 or the third memory card 3, wherein the smaller one is the source end, and the external memory card 1 is determined to be the source end by an external command. The first memory card 1〇 and the second memory card 2〇 have the same specifications, and are different from the specifications of the second memory card 3〇 and the fourth memory card 4〇. These memory cards 10, 20, 30 and 40 include, for example, a compression flash (Compact

Flash, CF) Memory Card, Secured Digital (SD), Secured Digital High Capacity (SDHC) memory card, Mem〇ry Stick (MS) memory Card, an extreme digital (XD) memory card, a smart media (SM) memory card, a flash (TransFlash, T-Flash) memory card, a multimedia memory card (ΜιιΜ Media Card, MMC) ) and a mini disc (MD). Further, the data exchange box 1 of the embodiment of the present invention includes a power module 150. The power module 15 is, for example, a power cord connection, connected to a socket, or a rechargeable battery, or both. The power supply unit 150 is configured to provide a power to the processing unit 201009689 140, the display 13A, the control module 19A, the detection unit 17A, the memory 120, and the like. § When the power module 150 is used to charge the battery, it allows the user to carry the data exchange box with him, which is quite convenient. Further, the s suffix 120 has a relay area 121 and a temporary storage area 123. The first:: the first data of the card 10 can be selectively transmitted to the relay area 121 or the temporary storage area 123 through the first card slot (1). The control module is connected to the display unit 13 Process the single ^. The display is used to display multiple control options C11, C13, C15 and C21. The control module 19 provides these control options C11, (1), C15 and (3)' and uses them to test whether these operations are triggered. 1 C13, C15 and C21 are triggered. . The control module 19 is configured to include a confirmation key 191 (shown in the figure of the third person) and a set of selection keys 193 and 195 (shown in FIG. 1A). The selection keys 193 and 195 are controlled to be left or right. Move right to select the control option C11, C13, C15 or C21 to make the selected control options C11, C13, C15 break trigger. When the control option C11, C13, C15 or C21 is transmitted by the touch control module 190 to the corresponding signal M21, M23 or M25 to the processing unit 14 (^, . . . , ^, the data of the memory card of the embodiment of the present invention is described. The exchange method of the exchange method is used for transferring the material of the first memory card to at least one external device in the data exchange box, wherein 'in each step, the reference is made to clearly explain the present invention, and is not used. To limit the scope of the present invention to the method of exchange. To the same reference to FIG. 1B and FIG. 2A to FIG. 2C, FIG. 2A is a data exchange method according to a preferred embodiment of the present invention 12 201009689 I W4J / JPA Flowchart. In step S101, the data exchange box 100 detects whether or not the external memory device 10 is connected to the data exchange box 100 in addition to the first memory card 10. In other words, the data exchange box 100 detects whether In addition to the first card slot 111, the other card slots 113 and 115 or the universal serial bus bar port 117 are electrically connected to other external devices. If yes, step S112 is performed, and if no, step S122 is performed. Among them, when When the first memory card 10 or the second memory card 20 is electrically connected to the first card slot 111, the first card slot 111 transmits the corresponding signal Mil or M12 to the detecting unit 170. When the third memory card 30 and the third When the two card slots 113 are electrically connected, the second card slot 113 transmits a signal M13 to the detecting unit 170. When the fourth memory card 40 is electrically connected to the third card slot 115, the third card slot 115 transmits one. The signal M14 is connected to the detecting unit 170. When the flash drive 50 is electrically connected to the universal serial bus port connection 117, the universal serial bus bar port 117 transmits a signal M15 to the detecting unit 170. When the personal computer 60 is connected with When the universal serial bus port 117 is electrically connected, the universal® serial bus port 117 transmits a signal M16 to the detecting unit 170. Therefore, in step S101, the detecting unit 170 determines that in addition to the signal Mil. And if one of the signals M13, M14, M15, and M16 is received, if yes, step S112 is performed. In this embodiment, the signal M13 is first received by the detecting unit 170. Thereafter, in step S112, the processing unit 140 actively defines the first memory card 10 or the third memory Card 30, where the smaller capacity is the source, and 13 201009689

After the W4 WA, the first memory card 10 is determined to be the source end, and the third memory card 30 is a destination end. The third memory card 30 is configured to detect the electrical connection to the second card slot 113. External device. Please refer to the detailed flowchart of step S112 of Fig. 3''. In step S112a, the processing unit 140 first detects the capacity of the first memory card 10 and the third memory card 30, and actively defines the memory card with a smaller capacity as the source end. In the present embodiment, the capacity of the first memory card 1 is less than the capacity of the second memory card 30. Therefore, in step S112a, the processing unit 140 actively defines the first memory card 1 as the source. In the sub-step following the step S112, the user can determine that the first memory card 1 is the source by inputting an external command. The manner in which the user determines that the first memory card 10 is the source end is not limited by the present invention. The following provides an embodiment to specifically describe the manner in which the user determines that the first memory card 10 is the source end. In step S11, the display 130 displays at least two manipulation options corresponding to the first memory card 1G and the third memory card 3A. The control option is used to allow the user to determine whether the source end is the first memory card 1 or the third memory card 30. The number of control options depends on how many card slots and ports are detected by the detecting unit 17 and the external device is electrically connected. Number of. In the present embodiment, the display 130 displays the manipulation options cu and ci3. The control cii corresponds to the first memory card electrically connected to the first card slot ηι. The control option (3) corresponds to the second card slot 113 electrically connected: the third note 201009689

1 W4J/JKA Following step SI 12c, the manipulation module 190 determines whether the manipulation option C11 corresponding to the first memory card 10 is triggered. If yes, step S112d is performed. If not, step S112c is repeated until the corresponding manipulation option is triggered. The user can select the manipulation option C11 or the manipulation option C13 to be triggered by operating the selection keys 193 and 195 and the determination key 191. When the control option C11 is triggered, the control module 190 transmits a signal M21 to the processing unit 140. In step S112d, the processing unit 140 sets the first memory card 10 electrically connected to the first card slot 111 as the source end. In step S112e, the display 130 displays at least one manipulation option, and the manipulation option corresponds to the third memory card 30. The control option in this step is for the user to determine the destination. The number of control options depends on how many card slots and connection ports are connected to the external device in addition to the destination. In addition to the first memory card 10 corresponding to the first card slot 111, the third memory card 30 corresponding to the second card slot 113 is electrically connected to the data exchange box 100. Display 130 displays control options ❿ C15. The manipulation option C15 corresponds to the third memory card 30. Then, in step S112f, the control module 190 determines whether the manipulation option C15 corresponding to the third memory card 30 electrically connected to the second card slot 113 is triggered. If yes, step S112g is performed. If not, step S112f is repeated until the corresponding manipulation option is triggered. When the control option C15 is triggered, the control module 190 transmits a signal M23 to the processing unit 140. In step S112g, the processing unit 140 sets the third memory card 30 electrically connected to the second card slot 113 as the destination end. Then, end step 15 201009689

1 w^/^rA Step S112 ’ performs step sn3. Step S113 is a method for the user to select the material to be delivered in the first memory card. In step SU3, the display 13 displays at least a control option, and the manipulation option corresponds to the data of the first memory card 10 in this step. The control option is used to allow the user to confirm the material to be delivered by the first data card. The number of manipulation options depends on the total number of materials of the first memory card (7). In the present embodiment, the manipulation option C21 corresponds to the first data Di〇 of the first memory card 10. Then, in step S114, the manipulation module 19 determines whether or not the corresponding data manipulation option C21 is triggered. If yes, step S115 is performed. If no, repeat step SU4 until the corresponding control option is triggered. When the control option C21 is triggered, the control module 190 transmits a signal M25 to the processing unit 14A. Next, in step S115, the processing unit 140 transmits the first data D10 to the relay area 121 of the memory 120 through the first card slot ln. Further, in step S1, the processing unit 140 transfers the first data D1 from the relay area 12 of the memory 12 to the third memory card 30 through the second card slot 113. Referring to Figure 4, a detailed flow diagram of step 8116 of Figure 2B is shown. a In step S116a, the processing unit 140 determines whether the first data m〇 is a picture material. If yes, step SI 16b is performed. If not, step Sll6c is followed. Step S116b, if the first data D i is a picture material, the process 201009689

i W4J / JFA unit 140 adds a picture folder 3 at the destination end, that is, the processing unit 140 adds a picture folder 31 to the third memory card 3 through the second card slot 113. The picture folder 31 will be used. Store the first data D10. After the step S116b is executed, the step SU6 (10) is further transmitted through the second card slot 113, and a time data center 31 is added: in the middle of the screen: 钿. In other words, the processing unit 14 adds a time data center 31a to the third memory card 3, and a time folder 储存 stores the material DU. The name of the time folder 31a is related to the time of the new clip 31a.苴中, 眸n clip 3! son folder /, middle 8 ^ material clip... is the name of the photo information on the time folder 31a, for example, clip 31a is in August + day eight to _ 丄, a machi For example, if the name of the Japanese J pin is 〇81_20, the time folder is 120 and the first-medium processing unit 14G is transmitted through the memory. For non-picture data, a normal folder 33' is added and the destination second memory card 30 is D i 〇. g通通料夹3 3 will be used to store the first capital step S116C after the completion of the connection _ more through the second card selection (1) 仃 step SU6f, processing unit end: grammar card 30 6 ^ and increase - time data 33a Sandwiched with the purpose of Wo. I have concealed the general information folder of 3〇 to store the first data Dl = win, the shell clip 33a with the name of the t-belly clip 33a and when added 17 201009689

1 Time correlation between the W4373FA folder 33a. Among them, the time folder 33a is a sub-folder of the general folder 33. Next, in step S116g, the processing unit 140 transmits the first data D10 from the relay area 121 to the time folder 33a through the memory 120 and the second card slot 113. In the step of the processing unit 140 transmitting the first data D10 to the third memory card 30 in step S116, after the first material D10 is transferred to the third memory card 30, the third material D30 of the third memory card 30 is still retained. In addition, in step S101, if the detecting unit 170 receives the signal M13, it also receives the signal M14. Then, in step S112, the fourth memory card 40 can be set as the destination end. In step S116, the processing unit 140 transmits the first data D10 from the relay area 121 to the third memory card 30 and the fourth memory card 40 through the corresponding second card slot 113 and the third card slot 115. in. In other words, in step S112, in addition to the first memory card 10 of the first card slot 111 at the source end, the external devices corresponding to the electrical connection of the other card slots can be set as the destination end, that is, the destination® The number of ends may include more than one. In step S101, if there are no other external devices corresponding to the other card slots 113 and 115 and the universal serial bus bar port 117 except for the first card slot 111, step S122 is executed. In step S122, the processing unit 140 actively defines the first memory card 10 as the source end, and actively defines the temporary storage area 123 of the memory 120 of the data exchange box 100 as the destination end. Step S123 is similar to step S113. The display 130 displays at least one manipulation option, one of which corresponds to the first data D10. Each 18 201009689

The 1 W4J/JKA control option corresponds to the data of the first memory card 10 of the first card slot 111. In the present embodiment, the manipulation option C21 corresponds to the first material D10. Step S124 is similar to step S114. The control module 190 passes through the first card slot 111 to determine whether the control option C21 corresponding to the first data D10 is triggered. If yes, step S125 is performed. If not, S124 is executed repeatedly until the corresponding manipulation option is triggered. In step S125, the processing unit 140 further determines whether the data amount of the first data D10 is greater than the capacity of the temporary storage area 123 through the first card slot 111. ❿ If yes, go to step S126, if no, go to step S127. In step S127, the processing unit 140 transmits the first material D10 to the temporary storage area 123 through the first card slot 111. Then, in step S128, the detecting unit 170 confirms that the second memory card 20 is connected to the data exchange box 100 instead of the first memory card 10. In other words, the detecting unit 170 detects whether the second memory card 20 is electrically connected to the first card slot 111. If yes, step S129 is performed. If not, step S128 is repeated until the second memory card 20 is electrically coupled to the first card slot 111 in place of the first memory card 10. When the second memory card 20 is electrically coupled to the first card slot 111 in place of the first memory card 10, the detecting unit 170 transmits the signal M13 to the processing unit 140. In step S129, the processing unit 140 transmits the first data D10 stored in the temporary storage area 123 to the second memory card 20 through the first card slot 111. In the step S129, the processing unit 140 transfers the first data D10 to the second memory card 20, and similarly to the step S116, a picture folder and a common folder 19 are created in the second memory card 20. Or - time folder. The detailed detailed steps are not described here. In addition, when the first data D1〇 is transferred to the second=:2, the second data D3 of the second memory card 30 still needs to be additionally in step S125, if the first data D1 is the capacity of the temporary storage area 123. In the following step S126, the processing 1 quantity is greater than the first data D10 is cut into a plurality of sub-first data: 140, the data quantity is less than or equal to the capacity of the temporary storage area. The implementation data mo is cut into two sub-first data DU, I is described by one υ 13 . Thereafter, in step S130, the processing unit 140 transfers the sub-D1i from the first memory card 10 to the temporary storage area 123. No. ~! Similar steps S128' 崎元17〇 _ - - - This memory card 20 疋 No replace the first - memory card 1G connection information 1 〇〇. If yes, execute (4) S132. If not, the step sj^ is repeated until the second memory card 20 is replaced with the first memory card 1〇. The card slot 111 is illuminating step S132, and the processing unit 140 transmits the first data D11 stored in the temporary storage area Kg to the second card to the second card by the first card slot 1U. After that, in step S133, the processing unit 14 determines whether all of the child first data D1 1 and D13 of the first data D10 are transferred to the second memory card 20. If no, step S134 is performed. If yes, then end this information ^, method. In the present embodiment, since the sub-data D13 is still not delivered to the first memory card 20, step S134 is successively performed. Step S134 is similar to step S128 and step S131. The detecting unit 20 201009689 170 detects the first gentleman e-switching box 100. If it is not replaced by the second memory card 20, the sub-data execution step coffee. Will be the first - information _

, ', Dl3, which has not been transmitted, the first one is transferred to the memory of the memory 120 of the memory 120】 / / Thousands of 枓 013 Then repeat the steps (four) temporarily ^1: and perform the steps of a card 20盥The first memory card 1〇 replaces the second memory card 20 and the cut (1) New Zealand. Referring to the cycle from step S13 to step S134, the secondary exchange box 1 (8) of the embodiment of the present invention is entitled to The second (four) card I material D1 is completely delivered to the same specification. The data exchange box 100 of the embodiment of the present invention has a universal serial bus bar connection 埠1〗 7. mi universal serial body body 50·^ data exchange The box 117 can be used to electrically connect with the flash drive 50 or the personal electric battery. When the data is exchanged to the flash drive 50 or the personal thunder, the DH is connected to the DH through the first card god Γ 单元 unit 140 A data relay area 121 is the first material_delivery area 121, and will be stored in the middle δ. ##D10 through the universal serial bus connection 埠117 can be used with the = 5 〇 or the personal computer 6 〇. The processing unit 140 also has data or a personal computer 6 〇 corresponding on-disk data (4) or hard disk (2), and depends on (4) lining The m is transmitted to the relay area D60 through the Lth 5121 (4) or the hard disk data is transmitted to the first memory card 1 through the first slice. The data exchange box disclosed in the above embodiment is a card slot. Department:: Recalling the electrical connection of the card for explanation. However, the technical field of the present invention is known as Tonggan 05, a card slot can be electrically connected with different specifications of the memory card, - such as 'the first card slot iii can be compressed Flash (C0mpact Flash, CF) 201009689

1 W43/3PA memory card and mini disc (MD) compatible, or compatible with extreme digital (XD) memory card and smart media (SmartMedia, SM) memory card 'also available with secure digital (Secured Digital, SD) Memory cards and multimedia media cards (MMC) are compatible, and all belong to the mouth of the present invention. Compared to the conventional portable hard disk, the components of the data exchange box disclosed in the present invention do not include a hard disk. Because the hard disk needs to be certain

The large voltage side can be driven. In the portable hard disk, when the rechargeable battery is dead or there is no rechargeable battery at all, it is impossible to use only the universal serial bus connection 埠 to drive the portable hard disk. Be sure to connect the power cord to your portable hard drive. In the data exchange box of the embodiment, the above components only need to be driven by a small voltage. When the rechargeable battery is dead or there is no rechargeable battery at all, the universal serial bus bar connection can be used only to enable the present invention. The data exchange box 1 of the embodiment is activated. The data exchange box and the data exchange method disclosed in the above embodiments of the present invention. When there is a first memory card 1G and a third memory card 30 of different specifications (or the flash drive 50, the personal computer 6) and the corresponding card slot (or universal serial port _ connection 电) electrically connected - The memory card transfers the first data (10) to the third memory card 3 through the relay area 121 of the memory 120. When the first data (10) is to be transmitted to the same size as the first memory card H), the first card is the same as the first memory card. The data exchange box of the present embodiment transfers the first capital 1G to the temporary storage area of the memory 12G. 123. Wait for the second memory card ^ to replace the first - memory card 1G and the first - card slot Sichuan electrical connection after the 'data parent change box 1 〇〇 then transfer the first data of the temporary storage area 123 22 201009689

i W4WA to the second memory card 20. The processing unit 140 of the data exchange box 100 of this embodiment performs a simple function, and thus it is much more simplified than the processing module of the personal computer. In addition, since the data exchange box 100 of the present embodiment does not have a hard disk, and the memory system includes the function of batch data exchange, the data exchange box 100 of the present embodiment is considerably power-saving. The data exchange box 100 of the embodiment of the present invention further includes a power module 150 for being portable. Therefore, the data exchange box 100 can read and write data between the memory cards without requiring an extra hard disk, which is quite practical and convenient. In conclusion, the present invention has been described above by way of a preferred embodiment, and is not intended to limit the invention. Those skilled in the art can make various changes and modifications without departing from the spirit and scope of the invention. Therefore, the scope of the invention is defined by the scope of the appended claims. ❿ 23 201009689 i / [Simplified illustration of the drawings] Fig. 1A is a schematic view showing a data exchange box in accordance with a preferred embodiment of the present invention. BRIEF DESCRIPTION OF THE DRAWINGS Figure 1 is a block diagram showing a data exchange box in accordance with a preferred embodiment of the present invention. 2D through 2C are flow diagrams of a data exchange method in accordance with a preferred embodiment of the present invention. Figure 3 is a detailed flow chart of step S112 of Figure 2A. ® Figure 4 shows a detailed flow chart of step S115 of Figure 2B. [Main component symbol description] 1 〇: First memory card 20: Second memory card 30: Third memory card 31: Picture folder • 33: Normal folder 31a, 33a: Time folder 4: 4th memory card 5〇: Portable disk 60: Personal computer 100: Data exchange box 111: First card slot 113: Second card slot 115: Third card slot 24 201009689

I W43 /3FA 117 : Universal Serial Bus Connection 埠 120 : Memory 121 : Relay Area 123 : Temporary Storage Area 130 : Display 140 : Processing Unit 150 : Power Supply Module 170 : Detection Unit Reference 190 : Control Module 191: OK button 193, 195: selection button C11, C13, C15, C21: control option D10: first data D11, D13: child first data D20: second data D30: third data® D50: in-disk data D60 : Hard disk data

Mil, M12, M13, M14, M15, M16, M21, M23, M25: Signal 25

Claims (1)

201009689 I W4J /3PA X. Patent application scope: 1. A data exchange box, comprising: a first card slot for electrically connecting with a first memory card or a second memory card, the first memory card having a first card; a second card slot for electrically connecting to a third memory card, wherein the first card slot and the second card slot have different specifications; a memory body having a relay area and a temporary a storage unit; and a processing unit; wherein the processing unit is configured to transmit the first data to the relay area through the first card slot, and transmit the first data stored in the relay area to the first area The processing unit is configured to transmit the first data to the temporary storage area through the first card slot, and the first data stored in the temporary storage area is transmitted through the first memory card The first card slot is transferred to the second memory card; wherein the processing unit actively defines the first or third memory card, wherein the smaller one is a source end, and then the first record is determined by an external command The card is the source. 2. The data exchange box of claim 1, wherein when the amount of data of the first data is greater than the capacity of the temporary storage area, the processing unit further cuts the first data into a plurality of sub-data The data volume of each of the first data is less than or equal to the capacity of the temporary storage area, and the processing unit transmits the first data of each of the plurality of sub-slots to the second memory card through the first card slot. 3. For the data exchange box mentioned in item 1 of the patent application, 26 201009689 1W43/3FA treatment soap is used to determine whether the first material is picture data; ^ the first data is picture data, then the poor material Sandwiched with the second memory card or the first to store the first data; and 4, the picture of the information folder is added to store the first data. 4 2 minus card, the general information is lost in the data exchange box mentioned in the application section, wherein the card, =::::= two _ or the first material lost after the name & ώ used for storage The first data, the time capital: is related to the time when the time folder is added. The data exchange box described in item 1 of the patent scope, wherein the data has a second: #料: the third memory card has a third, the first material is transmitted to the first card slot through the first card slot The first data of the second memory card is still retained; and then the second data is transferred to the third memory card through the second card slot. 6. If the scope of the patent application includes - the third card slot, the data exchange box described in the disk is more than the slot, the ^^, the fourth memory card, the first card = the first: read (four) The specifications of the three cuts are different; pass to the middle: the second: ^ is used to pass the first data through the first card slot through the second data slot stored in the relay area and the first card slot and The third card slot is respectively transmitted to the third memory card 27 201009689 i W4WA and the fourth memory card. 7. The data exchange box according to claim 1, further comprising a universal serial bus connection bus (Universal SeHal Bus State, USB port) for electrically connecting to a portable disk; wherein The processing unit is configured to transmit the first data to the relay zone through the first card slot and transmit the first data remaining in the relay zone to the portable device through the universal serial busbar connection port dish. 8. The data exchange box as set forth in claim 1 further includes a universal serial bus connection port for electrically connecting to a portable disk having an in-disc data; wherein the processing The unit is configured to transmit the data in the disc to the relay area through the universal serial bus interface, and transmit the data stored in the relay area to the first memory card through the first card slot . 9. The data exchange box of claim 1, wherein the first memory card, the second memory card, and the third memory card comprise a compact flash (CF) memory card, a secure digital digit (secured Digital, SD) s memory card, an ifj Secure Digital High Capacity (SDHC) memory card, a memory stick (Memory Stick' MS) memory card, an extreme digital (XD) memory Card, a smart media (SM) memory card, a mini flash (TransFlash, T-Flash) memory card, a multimedia memory card (MMC) and a mini disc (MD). 10. A data exchange method for transferring a first data of a first memory card to at least one external device in a data exchange box, the external 28 201009689 device system - a second memory card or - The memory card includes: (a) detecting whether the external device is connected to the data exchange box in addition to the first memory card; if yes, performing step (b); if not, executing the step ( c); (b) actively defining the first or third memory card, wherein the smaller one is the source side and then determining that the first memory card is the source end, and the third memory card is the destination end The third memory card is the external device detected in the step (a); (c) actively defining the first memory card as the source end, and actively defining the data exchange box - the memory is the destination end And (d) pass the first data to the destination. U. The data exchange method described in item 1G of the patent scope, after the step (b), the method further comprises: (e) determining whether the first data is a picture material; if yes, performing the steps ( f)· 'If no' then perform step (g); (ΟAdd - image data is at the destination; and U) Add - normal folder to the destination. 2. * Affirmation of the data exchange method described in item u of the patent scope. After the step (7), the method further includes: (Μ adding a time folder to the destination end of the picture data, the name is i = folder In order to store the first data, the name of the time folder is added to the time of the time folder; ^, the step (d) further transmits the first data to the destination, 29 201009689 The time data folder is transferred to the third memory card. 13. The data exchange method according to claim 11 of the scope of the patent application, after the step (g), the method further comprises: (i) adding one The time folder is in the general folder of the destination end, and the time folder is used to store the first data, the name of the time folder is related to the time when the time folder is added; - wherein, the step ( d) transmitting the first data to the destination end, φ the first data is further transmitted to the time folder of the third memory card. 14· The data exchange method as described in claim 1 , in which step (c) The method further includes: (j) determining whether the amount of data of the first data is greater than a capacity of the temporary storage area of the memory; if yes, performing step (k); if not, the step (4) is a data is transmitted to the destination end, the first data is further transmitted to the temporary storage area of the memory; and (k) the first data is cut into a plurality of sub-first data, and the first data of the second data The amount of data is less than or equal to the capacity of the temporary storage area. 15. As described in claim 14 of the scope of the patent, after the step (1), the method further includes: 16. The data exchange method as described in item 14 of the scope of patent 4 is linked to the memory card. After the step (k), the step (d) sends the 30th 201009689 I WHJ urf\ to the destination end, and the first data of the first data is _ to δ hai In the temporary storage area, the exchange method further comprises: (n) confirming that the second memory card replaces the data exchange box; 4 reading the card electrical connection two memory ΐ will be stored in the temporary storage area of the child ― The data is transmitted to the fourth (4) to determine that all (four) of the first-(four)--the data is delivered to the second memory card; if not, the step (4) is performed; and (q) whether the price-domain card replaces the The second memory card is connected to the data exchange box; if yes, the employee (4) (4) transmits the sub-first data of the sub-data of the first data to the temporary storage area of the memory. And perform step (η). 17. The data exchange method according to the first aspect of the patent application, wherein the step (1) further sets the third memory card and a fourth memory card as the destination end, and the exchange method further comprises: • (Γ) The first data is transferred to a relay area of the memory; the step (4) transfers the first data to the destination end, and the first resource is simultaneously transmitted from the relay area to the third memory Card and the fourth memory card. 18. The data exchange method of claim 17, wherein the first memory card and the second memory card have the same specifications and are different from the second memory card or the fourth memory card. 19. The data exchange method of claim 1, wherein the first memory card and the second memory card have the same specifications and are different from the third memory card of the 31 201009689 1 wnj fjr / Λ. The first memory card, the second memory card and the third memory card comprise a Compact Flash (CF) memory card, a Secure Digital (SD) memory card, and a high-capacity security digital device (Secured) Digital High Capacity, SDHC) Memory Card, Memory Stick (MS) Memory Card, Extreme Digital (XD) Memory Card, Smart Media (SM) Memory Card, and a Mini Flash (TransFlash, T-Flash) memory card, a multimedia memory card (MMC) and a mini disc (Mini ® Disc, MD) ° 20. A data exchange box, including: a first card slot, with The first memory card has a first data; the second card slot is electrically connected to a third memory card, the first card is electrically connected to the first memory card or the second memory card. The specifications of the slot and the second card slot are not a memory having a relay area and a temporary storage area; and a processing unit; wherein, the processing unit actively defines the first or third memory card, wherein the smaller capacity is a source, and then An external command determines that the first memory card is the source end; the processing unit is further configured to transmit the first data to the relay area or the temporary storage area through the first card slot, when the first data is When the quantity is greater than the capacity of the temporary storage area, the processing unit further cuts the first data into a plurality of sub-first data whose data amount is less than or equal to the capacity of the temporary storage area; the processing unit is further used for the second memory Card or the third memory card 32 201009689 TW4373PA In addition, the picture is added to the shell material, the common folder, and a time folder is added to the picture folder and the common data is lost. The name of the time folder is related to the time when the time folder is added. The processing unit further determines whether the first data is picture data. If yes, the processing material transfers the first data to the image data. (4) The material is cool, if not, the processing unit transmits the first data to the The time data of the normal folder is cool, and the processing unit transmits the first data stored in the relay area to the second memory card through the first card slot, or the processing unit is stored in the temporary The first data of the storage area is transmitted to the second memory card through the first card slot, or the processing is to cut the money for the first time to transfer the data to the second gentleman. 21. Including: the data exchange box described in the second paragraph of the patent application, the second card slot is configured to electrically connect the first card slot to the fourth memory card, and the second card chip The three-card specification (4): and the Lu-Universal Serial Bus Connection Port (Univ_1SerialBus port' USB _)' are used to electrically connect the USB flash drive to the USB flash drive. The USB flash drive has an internal data. The first data in the relay area is transmitted to the flash drive through the universal serial bus connection port, or the stomach is simultaneously transmitted to the third memory B card through the second card slot and the third card slot And the fourth memory card, the processing unit is further configured to transmit the data in the disk to the relay area through the universal serial bus connection port, and store the disk in the relay area 33 201009689 IW437iHA The inner shell material is transferred to the first memory card through the card slot; wherein the information of the second, third or fourth memory card after the first data is transmitted to the second, third and fourth memory flash drives The information on the disc of the flash drive is still _ stay. A data exchange method for transmitting a first data of an AD hidden card to at least one external device in the data exchange box, the second memory card or a third memory card, The exchange method includes: (a) whether the detection/except includes the external device to connect the data exchange box; if yes, proceed to step (b); if not, execute step (C); (b) actively define The first or third memory card has a smaller capacity as a source end and then breaks the first memory card (four) source end, and the third hidden card is a destination end, wherein the third memory card is the step (a) detecting the external device; (c) actively defining the first memory card as the source, and actively defining a relay area of the memory of the data exchange box as the destination; (d) Determining whether the first data is a picture data; if yes, performing step (e); if not, performing step (f); (e) adding a picture folder to the destination end, and adding a time data In the picture folder of the destination end, the name of the time folder is related to the time when the time folder is added; (f) adding a common folder to the destination, and adding another time The data is sandwiched in the general folder of the destination, the additional time data 34 20100 9689 I W4373FA The name of the central office is contrary to the time of adding the other time data; (g) determining whether the data of the first-data is greater than the capacity of the memory; if yes, performing step (1); if not, Executing (h) the first-data (four) as a plurality of sub-data - the data amount of the sub-data is less than or equal to the capacity of the temporary storage area; ^ (1) the first data is transmitted to the destination, or One of the materials is passed to the destination. 23 (4) The exchange method as described in claim 22 of the patent scope, the complex: after, the step (1) after the end of the one of the first data is passed, the method further comprises: (J) confirming the second The memory card replaces the first - the data exchange box; 'two memories (i); the first data stored in the temporary storage area is transferred to the first (1) whether all of the first data of the first data is determined All have been delivered to the first memory card; if not, the job step (m); and m) to detect whether the first § memory card replaces the second link to the data exchange box; if so, then Bo. · " the sub-data of the material, the sub-data that has not been transferred to the temporary storage area of the memory, and step 0). Ye Dedi 35