TW201308212A - Device for displaying bar codes - Google Patents

Abstract

The present invention device consists mainly of bar code receiving module, monitors and controllers. When the receiver module receives from the database design of the code group, the controller based on the maximum resolution of the display to show the proportion of pre-patterned rendering code group, and in the monitor's maximum resolution of less than a full show patterned code group. So, users no longer need to keep their own trial and error, the pattern of the code set at the maximum resolution down to less than enough to show the full pattern of the code group.

Description

Bar code presentation device

The present invention relates to a rendering device, and more particularly to a barcode rendering device.

The current common online shopping transaction mechanism is to notify the buyer and the seller of the online trading platform when the transaction is completed, and ask the buyer to make the payment first, and then the seller sends the goods by mail or home delivery after confirming the payment. Among them, payment methods include bank transfer, remittance, credit card payment, and so on.

For the buyer and the seller, when the payment has been completed, the goods have been sent, and the goods have been delivered, they must notify the buyer or the seller to carry out the follow-up actions, resulting in many inconveniences in online shopping.

For this reason, the "Commodity Payment and Distribution Device for Internet Trading" of Patent No. M361066 has been proposed. In this patent, the purchaser only needs to input a specific code to the terminal of the convenience store before printing, and prints the corresponding patterned code group, and after the store clerk scans the patterned code group with the scanner. And know the amount payable. After the purchaser's payment is completed, the convenience store's system will automatically notify the manufacturer that the payment has been completed and the purchaser does not need to notify himself.

In addition, with the increasing popularity of electronic bills, people can download electronic bills from the Internet through, for example, smart phones, anytime, anywhere. However, current e-bill payment methods mainly include online credit card payment, scheduled bank account or credit card debit, online ATM payment, etc., but due to doubts about the security of online payment, and the bank charges additional fees. For other reasons, consumers generally do not accept the above-mentioned payment methods, and prefer to continue to use paper bills.

For this reason, the "electronic bill payment device" of Patent No. M361679 has been proposed. In this patent, before the consumer makes a payment, the user only needs to input a specific code to the terminal of the convenience store, and prints the corresponding patterned code group, and after the store clerk scans the patterned code group with the scanner. And know the amount payable.

However, the above two patents also need to print out the paper patterning code group, so that the recognizability of the pattern code group is limited by the resolution of the printer itself and the ink sufficiency, in case The printed paper is accidentally folded, causing the scanner to be unable to read smoothly after the ink of the pattern is peeled off.

To this end, the patent certificate No. I333172 "e-ticket management system" has been proposed. In this patent, the patterned code set can be presented directly on the display of the portable electronic device without the need to print a patterned code set.

However, in this patent, it is not considered that a plurality of sub-pattern codes may be included in a patterned code group, and cannot be presented in a single picture, so that the bar code can only display half of the pattern on some displays with insufficient resolution. The user must also manually reduce the pattern by himself until the patterned code group can be fully rendered in a single screen. At the same time, if different groups of patterned code groups are provided on the electronic ticket or bill (for example, credit card bills are often divided into different payable amounts or different bar code groups), the user must constantly drag and drop the screen until It is very inconvenient to present the corresponding barcode group.

The main object of the present invention is to provide a bar code presenting device of the present invention, which mainly presents a patterned code group within the maximum resolution of the display, so that the user no longer needs to constantly try the error by himself, and the patterned code group is reduced enough. The patterned code group is fully rendered within the maximum resolution.

Based on the above object, the barcode rendering device of the present invention mainly comprises a receiving module, a display and a controller. When the receiving module receives the patterned code group from the database, the controller presents the patterned code group at a predetermined display scale according to the maximum resolution of the display, and completely presents the patterned code group within the maximum resolution of the display. The advantages and spirit of the present invention will be further understood from the following detailed description of the invention.

Please refer to FIG. 1 , which is a schematic diagram of a barcode verification system according to the present invention. As shown in FIG. 1, the barcode verification system of the present invention includes a management host 10, a barcode presentation device 20, and a barcode scanner 30. The management host 10 further includes a verification module 101, a personal data repository 102, a patterned code generation module 103, and a billing/exchange volume database 104. The content data of the billing/exchange volume database 104 may be derived from an external credit card company database 401, a parking management company database 402, and a network transaction management company database 403, respectively, but are not limited to the above categories.

The patterned code generation module 103 can generate a patterned code group based on the personal data repository 102 and the billing/exchange volume database 104. The patterned code group can be composed of a plurality of sub-pattern codes. For example, if the barcode rendering device 20 requests or is pushed to present a patterned code group for presenting a credit card bill, the patterned code generation module 103 generates a barcode with the user code based primarily on the bill/exchange volume database 104. a sub-pattern code such as a payment deadline barcode, an amount barcode, and the like, and then the barcode scanning device or the infrared barcode scanner 30 scans the read pattern code group, and the data stored by the verification module 101 and the personal data database 102 Verification is carried out to facilitate the follow-up payment process.

The sub-pattern code may be one of a one-dimensional bar code, a two-dimensional bar code, a three-dimensional bar code and a multi-dimensional bar code, and the sub-pattern code may represent a manufacturer code bar code, a user code bar code, a recipient code bar code, an order. Number bar code, payment term bar code, shipping code bar code, amount bar code, logistics bar code, or physical store code bar code.

Please refer to FIG. 2, which is a schematic diagram of a barcode rendering device of the present invention. The barcode presentation device 20 of the present invention as shown in FIG. 2 includes a receiving module 201, a display 202, and a controller 203.

Briefly, if the management host 10 captures the relative bills to be paid and the bills of the paid list from the billing/exchange volume database 104 according to the email, mobile phone number or identity card number, etc., the patterning code is utilized. The generation module 103 generates a relative patterning code and actively pushes it to the barcode rendering device 20 such that the display 202 of the barcode rendering device 20 presents a screen as in FIG. 3A or FIG. 3B.

For the barcode rendering device 20, when the receiving module 201 receives the patterned code group from the database 104, the controller 203 presents the patterned code group at a predetermined display ratio according to the maximum resolution of the display 202, and the maximum at the display 202. The patterned code group is fully rendered within the resolution. As such, the user no longer needs to continually try the error on their own, reducing the patterned code set to be sufficient to fully render the patterned code group within the maximum resolution.

For example, if the maximum resolution of the display 202 is 320 X 480 pixels, if the resolution of the patterned code group itself is large (for example, 600 X 900 pixels), the predetermined display ratio used by the controller 203 is original. 50% of the ratio, while scaling the patterned code group to 300 X 450 pixels, and rendering the patterned code group completely within the maximum resolution of display 202. In other words, the picture presentation obtained by the maximum resolution of the display 202 refers to a single page without a browsing operation.

As shown in FIG. 3C, if the patterned code group contains different transaction modes (eg, credit card bill full payment, credit card bill minimum payment), the controller 203 first asks which mode to present the patterned code group. . After selection, the controller 203 causes the rendered patterned code group to be composed of a relative number of sub-pattern codes according to different transaction modes. For example, if a transaction mode in which the credit card bill is fully paid is selected, a screen as shown in FIG. 3D is presented on the display 202.

Additionally, when the controller 203 presents the patterned code group in accordance with the maximum resolution of the display 202, the patterned code group can be presented at the center, left, and right positions of the display 202.

As shown in FIG. 3E, if the maximum resolution of the display 202 is particularly small, resulting in an excessive reduction in the patterned code group, while the maximum resolution of the display 202 is greater than the Y-axis, the controller 203 presents the patterned code group. The short side of the patterned code group is adjacent to the Y-axis, providing an optimized rendering result.

The features and spirit of the present invention will be more apparent from the detailed description of the preferred embodiments. On the contrary, the intention is to cover various modifications and equivalents within the scope of the invention as claimed.

10. . . Management host

20. . . Bar code presentation device

30. . . Barcode scanner

101. . . Verification module

102. . . Personal data database

103. . . Patterned code generation module

104. . . Billing/Exchange Volume Database

401. . . Credit card company database

402. . . Parking Management Company Database

403. . . Internet transaction management company database

201. . . Receiving module

202. . . monitor

203. . . Controller

Figure 1 is a schematic diagram of a barcode verification system of the present invention.

Figure 2 is a schematic diagram of a bar code presentation device of the present invention.

3A-3E are schematic diagrams showing a display screen of the barcode rendering device of the present invention.

20. . . Bar code presentation device

201. . . Receiving module

202. . . monitor

203. . . Controller

Claims (11)

A bar code presentation device includes: a receiving module for receiving a patterned code group from a database; a display having a maximum resolution; and a controller for determining the maximum resolution according to the display The patterning code group is presented at a predetermined display scale, and the patterned code group is fully rendered within the maximum resolution of the display. The barcode presentation device of claim 1, wherein the patterned code group is composed of a plurality of sub-pattern codes. The bar code presentation device of claim 2, wherein the rendered pattern code group is composed of a relative number of sub-pattern codes according to different transaction modes. The bar code presentation device of claim 2, wherein the transaction mode can be a full payment of a credit card bill, a minimum payment of a credit card bill, The barcode presentation device of claim 2, wherein the sub-pattern code can be presented by one of a one-dimensional barcode, a two-dimensional barcode, a three-dimensional barcode, and a multi-dimensional barcode. The bar code presentation device described in claim 2, wherein the sub-pattern code represents a manufacturer code bar code, a user code bar code, a recipient code bar code, an order number bar code, a payment term bar code, and a mailing Code bar code, amount bar code, logistics bar code, or physical store code bar code. The bar code presentation device of claim 2, wherein the sub-pattern code is readable by a bar code scanner or an infrared bar code scanner. The bar code presentation device of claim 2, wherein the predetermined display ratio is 99% to 1% of the original ratio, and the patterned code group is scaled down to be complete within the maximum resolution of the display. The patterned code group is rendered. The bar code presentation device according to claim 8, wherein the screen presentation obtained by the maximum resolution of the display is in a single page without a browsing operation. The barcode presentation device of claim 1, wherein when the controller presents the patterned code group according to the maximum resolution of the display, the patterned code group can be presented in the center of the display, left Right position. The bar code presentation device of claim 1, wherein the controller presents the patterned code group according to the maximum resolution of the display, and when the X-axis is greater than the Y-axis in the maximum resolution, the display is displayed on the display. Above, the short side of the patterned code group should be adjacent to the Y axis.