TWM637167U - Integrated financial transaction and payment system - Google Patents

Abstract

An integrated financial transaction payment system comprises a tablet computer with a back cover and a card swiping device arranged on the tablet computer. The card swiping device includes a support plate fixed on the back cover and a payment unit. The payment unit has a tray which is arranged on the support plate and can move horizontally relative to the support plate, and a payment module which is pivotally arranged on the tray. The payment module has a slot for swiping a card and a slot for inserting a card. Because the tray can translate relative to the support plate and drive the payment module to move to a first payment position so that the card swiping groove protrudes from the right side of the back cover, it is convenient for magnetic stripe card swiping, and cooperates with The payment module can pivot relative to the tray and drive the payment module to rotate to a second payment position so that the card insertion slot protrudes from the upper side of the back cover, which is convenient for chip-reading card swiping , effectively increasing the visibility of the card swiping slot and the card inserting slot, having good practicability and improving checkout efficiency.

Description

Integrated Financial Transaction Payment System

The present invention relates to a payment device, in particular to an integrated financial transaction payment system.

In recent years, electronic financial payment methods can be seen everywhere, for example, the card swiping method of using the chip to read the credit card or the magnetic stripe card swiping method are common, which is convenient for consumers to swipe the card for payment and other actions. Now it is common to use an electronic device (such as: POS machine or tablet computer, etc.) with a card swiping device to provide consumers with the payment amount by swiping the card. Generally speaking, the card swiping device is externally mounted on the back cover of the electronic device. With the increasing demand for checkout functions and in order to facilitate the touch operation of the screen of the electronic device, electronic devices with a larger size (such as: 10 inches) have been widely used with an external card swiping device, but since the card swiping device is located on the electronic device On the back cover, when using a large-sized (10-inch) electronic device for credit card checkout, the user's line of sight will be blocked by the electronic device, making it difficult for the user to easily find the card slot of the card reader device to read the chip or read the credit card. Finding the card swiping slot to swipe the magnetic stripe card is inconvenient to use and causes troubles for users. It is worth further careful study and discussion by practitioners for improvement.

Therefore, the purpose of the present invention is to provide an integrated financial transaction payment system with the best use.

Therefore, the novel integrated financial transaction payment system includes a tablet computer and a card swiping device arranged on the tablet computer.

The tablet computer includes a back cover and a first sensor arranged on the inner side of the back cover.

The card swiping device is arranged on the back cover of the tablet computer and includes a support plate fixed on the outside of the back cover, and a payment unit which is arranged on the support plate and can move horizontally relative to the support plate.

The payment unit has a tray arranged on the support plate, and a payment module pivotally arranged on the tray. The payment module has a body arranged on the tray and pivotable relative to the tray, a card swiping slot recessed on the right side of the body, a card insertion slot opened on the left side of the body, a A second sensor on the top and facing the tray, and a switching magnet arranged on the body and facing the tray, and spaced from the second sensor.

The tray can move horizontally relative to the support plate and drive the payment module to move between a first payment position and a non-payment position. When in the first payment position, the card swiping slot of the payment module protrudes from the right side of the back cover and the second sensor of the payment module is aligned with the first sensor of the tablet computer; in the non-payment position , the payment module does not protrude from the back cover and the second sensor is not aligned with the first sensor of the tablet computer. When the tray is moved to the right and drives the payment module to move from the non-payment position to the first payment position, at this time, the second sensor of the payment module is aligned with the first sensor of the tablet computer, And trigger the payment module to start and execute the first payment mode, so that a financial transaction card can use the card swiping slot protruding from the right side of the back cover for magnetic stripe card swiping. And the body of the payment module can pivot relative to the tray and drive the payment module to rotate to a second payment position. When in the second payment position, the card insertion slot of the payment module protrudes from the upper side of the back cover and the switching magnet of the payment module is aligned with the first sensor of the tablet computer. When the payment module is at the first payment position, the body is rotated clockwise by an angle and the payment module is moved from the first payment position to the second payment position. At this time, the payment module A set of switching magnets is aligned with the first sensor of the tablet computer, and triggers the payment module to start executing the second payment mode, so that the financial transaction card can be used for chip processing by using the card insertion slot protruding from the upper side of the back cover. Readable swipe card.

The effect of the new model is: the tray can move horizontally relative to the support plate and drive the payment module to move to the first payment position so that the card swiping slot protrudes from the right side of the back cover, which can be used The financial transaction card uses the card swiping slot protruding from the right side of the back cover to perform magnetic stripe card swiping, and the body that cooperates with the payment module can pivot relative to the tray and drive the payment module to rotate to the second payment position. The ingenuity of making the card insertion slot protrude from the upper side of the back cover allows the financial transaction card to use the card insertion slot protruding from the upper side of the back cover for chip-reading card swiping, effectively achieving an increase in the number of slots between the card swiping slot and The visibility of the card insertion slot facilitates the user to find the card swiping slot or the card insertion slot quickly and immediately, which has good practicability and greatly improves checkout efficiency.

Before the present invention is described in detail, it should be noted that in the following description, similar elements are denoted by the same numerals.

Referring to FIG. 1 , FIG. 2 , FIG. 3 , FIG. 4 , FIG. 5 and FIG. 6 , the new integrated financial transaction payment system includes a tablet computer 1 and a card swiping device 2 arranged on the tablet computer 1 .

The tablet computer 1 includes a back cover 11 and a first sensor 12 disposed on the inner side of the back cover 11 .

The card swiping device 2 is arranged on the back cover 11 of the tablet computer 1 and includes a support plate 21 fixed on the outside of the back cover 11, and a support plate 21 which is arranged on the support plate 21 and can be horizontal relative to the support plate 21. Mobile payment unit 22 .

The payment unit 22 has a tray 23 disposed on the support plate 21 , and a payment module 24 pivotally disposed on the tray 23 . The payment module 24 includes a body 25 that is arranged on the tray 23 and can pivot relative to the tray 23, a card swiping slot 26 that is recessed on the right side of the body 25, and a card insertion slot that is opened on the left side of the body 25. Slot 27, a second sensor 28 disposed on the body 25 and facing the tray 23, and a switch disposed on the body 25 facing the tray 23 and spaced from the second sensor 28 magnet29.

The tray 23 can move horizontally relative to the support plate 21 and drive the payment module 24 to move between a first payment position and a non-payment position. When in the first payment position, the card swiping slot 26 of the payment module 24 protrudes from the right side of the back cover 11 and the second sensor 28 of the payment module 24 is aligned with the first sensor of the tablet computer 1. device 12; in the non-payment position (see FIG. 1 and FIG. 2), the payment module 24 does not protrude from the back cover 11 and the second sensor 28 is not aligned with the first sensor of the tablet computer 1 12. When the tray 23 is moved to the right and drives the payment module 24 to move from the non-payment position to the first payment position (see FIGS. 3 and 4 ), at this moment, the second sensor 28 of the payment module 24 Align the first sensor 12 of the tablet computer 1, and trigger the payment module 24 to start and execute the first payment mode, so that a financial transaction card can be used for magnetic transaction by using the card swiping slot 26 protruding from the right side of the back cover 11. Strip card. And the body 25 of the payment module 24 can pivot relative to the tray 23 and drive the payment module 24 to rotate to a second payment position. When in the second payment position (see FIG. 5 and FIG. 6 ), the card slot 27 of the payment module 24 protrudes from the upper side of the back cover 11 (see FIG. 5 ) and the switching magnet 29 of the payment module 24 Align the first sensor 12 of the tablet computer 1 . When the payment module 24 is located at the first payment position, the body 25 is rotated clockwise by an angle and the payment module 24 is moved from the first payment position to the second payment position. At this time, The switching magnet 29 of the payment module 24 is aligned with the first sensor 12 of the tablet computer 1, and triggers the payment module 24 to start and execute the second payment mode, which can be used by the financial transaction card protruding from the back. The card insertion slot 27 on the upper side of the cover 11 is used for chip reading type card swiping. In this embodiment, the payment module 24 is preset to be the non-payment location, but it is not limited thereto.

Referring to Figure 1, Figure 2, Figure 3 and Figure 4, when in use, first pull the tray 23 to the right and synchronously drive the body 25 of the payment module 24 to move to the right so that the payment module 24 moves from the non-payment position To the first payment position, at this time, the second sensor 28 of the payment module 24 is aligned with the first sensor 12 of the tablet computer 1, and triggers the payment module 24 to start executing the first payment mode The financial transaction card can be used to swipe the card using the card slot 26 protruding from the right side of the back cover 11 for magnetic stripe card swiping. To put it simply, when the consumer wants to checkout by swiping the magnetic stripe card, as long as the tray 23 of the payment unit 22 is pulled to the right, the payment module 24 will be moved to the right simultaneously and the payment module 24 will be moved to the The first payment position, at this time, the card swiping slot 26 of the payment module 24 will protrude from the right side of the back cover 11, so that the checkout staff can easily and intuitively find the card swiping slot 26 and quickly perform magnetic stripe card swiping Checkout job. Incidentally, in this embodiment, the tray 23 of the payment unit 22 is combined with the support plate 21 through a slide rail combination, so that the tray 23 can move to the right relative to the support plate 21 and drive the payment module. Group 24 moves from the non-payment position to the first payment position, but not limited thereto. Referring to Fig. 3, Fig. 4, Fig. 5 and Fig. 6, relatively speaking, if the consumer wants to swipe the chip to read the card, first move the tray 23 to the right and move the payment module 24 to the first payment position, then the body 25 of the payment module 24 is turned clockwise by an angle and the payment module 24 is moved from the first payment position to the second payment position. At this time, the payment module The switching magnet 29 of 24 is aligned with the first sensor 12 of the tablet computer 1, and triggers the payment module 24 to start and execute the second payment mode, which can be used by the financial transaction card protruding from the upper side of the back cover 11. The card insertion slot 27 carries out chip reading type card swiping. That is to say, when checking out, first pull the tray 23 to the right and move the payment module 24 to the first payment position so that the financial transaction card can use the card slot protruding from the right side of the back cover 11 26 to swipe the magnetic stripe card. At this time, if the consumer wants to swipe the chip to read the card, he only needs to turn the body 25 of the payment module 24 clockwise by an angle and make the payment module 24 from the second After the first payment position is moved to the second payment position, the card insertion slot 27 of the payment module 24 will protrude from the upper side of the back cover 11, so that the checkout staff can easily and intuitively find the card insertion slot 27 and quickly Perform magnetic stripe card swiping checkout operations. In addition, in this embodiment, when the payment module 24 is located at the first payment position, the main body 25 is rotated clockwise by an angle of 90° to make the payment module 24 move from the first payment position to the first payment position. A payment position is moved to the second payment position, and the switching magnet 29 of the payment module 24 is aligned with the first sensor 12 of the tablet computer 1, and the payment module 24 is triggered to start and execute the second payment mode , but not limited thereto, the required rotation angle of the body 25 in the clockwise direction can be designed according to actual needs, as long as the payment module 24 can be rotated from the first payment position to the second payment position , and align the switching magnet 29 of the payment module 24 with the first sensor 12 of the tablet computer 1 .

Through the design that the tray 23 can move horizontally relative to the support plate 21 and drive the payment module 24 to the first payment position so that the card swiping slot 26 protrudes from the right side of the back cover 11, it is available for the The financial transaction card uses the card swiping slot 26 protruding from the right side of the back cover 11 to perform magnetic stripe card swiping, and the body 25 that cooperates with the payment module 24 can pivot relative to the tray 23 and drive the payment module 24 to rotate to the The second payment position makes the card insertion slot 27 protrude from the upper side of the back cover 11, so that the financial transaction card can use the card insertion slot 27 protruding from the back cover 11 for chip reading. By swiping the card, the visibility of the card-swiping slot 26 and the card-inserting slot 27 is effectively increased, so that the user can quickly and immediately find the card-swiping slot 26 or the card-inserting slot 27, which has good practicability and greatly improves the checkout efficiency.

It should be noted here that, in this embodiment, the first sensor 12 of the tablet computer 1 has a first Hall sensor 121 and a first magnet 122, and the second sensor of the payment module 24 The sensor 28 has a second Hall sensor 281 and a second magnet 282. When the payment module 24 is moved from the non-payment position to the first payment position, the second sensor The second magnet 282 of 28 is aligned with the first Hall sensor 121 of the first sensor 12 and the second Hall sensor 281 of the second sensor 28 is aligned with the first sensor 12 and trigger the payment module 24 to start executing the first payment mode; when the payment module 24 is in the first payment position, the main body 25 is rotated clockwise and the payment module The group 24 moves from the first payment position to the second payment position. At this time, the switching magnet 29 of the payment module 24 is aligned with the first Hall sensor 121 of the first sensor 12 of the tablet computer 1 , and trigger the payment module 24 to start executing the second payment mode. To put it simply, the Hall effect is used to sense changes in magnetic force. When the payment module 24 is at the first payment position, the second magnet 282 through the second sensor 28 is aligned with the first sensor 12. The first Hall sensing element 121 and the second Hall sensing element 281 of the second sensor 28 are aligned with the Hall effect magnetic sensing change output generated by the first magnet 122 of the first sensor 12 to Trigger the payment module 24 to start executing the first payment mode, or when the payment module 24 is in the second payment position, align the first sensor 12 of the tablet computer 1 through the switching magnet 29 The Hall effect magnetic sensing output generated by a Hall sensor 121 triggers the payment module 24 to start executing the second payment mode. In this embodiment, the N pole of the second magnet 282 of the second sensor 28 of the payment module 24 is facing the tablet computer 1, and in the first payment position, the second sensor of the payment module 24 The N pole of the second magnet 282 of the detector 28 is aligned with the first Hall sensor 121 of the first sensor 12 of the tablet computer 1 to generate a Hall effect magnetic sensing change output to trigger the payment module 24 starts and executes the first payment mode; and the S pole of the switching magnet 29 of the payment module 24 faces the tablet computer 1, and when in the second payment position, the S pole of the switching magnet 29 of the payment module 24 is Allow the first Hall sensor 121 of the first sensor 12 of the tablet computer 1 to trigger the payment module 24 to start executing the second payment mode with the generated Hall effect magnetic sensing change output, but not to This is the limit.

To sum up, the new type of integrated financial transaction payment system, through the tray 23 of the payment unit 22 can move horizontally relative to the support plate 21 and drive the payment module 24 to move to the first payment position so that the card swiping The groove 26 is designed to protrude from the right side of the back cover 11, and the financial transaction card can use the card swiping slot 26 protruding from the right side of the back cover 11 to perform magnetic stripe card swiping, and cooperate with the body 25 of the payment module 24 The ingenuity of being able to pivot relative to the tray 23 and drive the payment module 24 to the second payment position so that the card insertion slot 27 protrudes from the upper side of the back cover 11 can be used by the financial transaction card The card slot 27 protruding from the upper side of the back cover 11 performs chip-reading card swiping, which effectively increases the visibility of the card slot 26 and the card slot 27, so that users can quickly and immediately find the card slot 26 or the The card slot 27 has good practicability and greatly improves the checkout efficiency, so it can really achieve the purpose of the present invention.

But the above-mentioned ones are only embodiments of the present invention, and should not limit the scope of implementation of the present invention with this. All simple equivalent changes and modifications made according to the patent scope of the present application and the content of the patent specification are still within the scope of the present invention. Within the scope covered by this patent.

1: Tablet PC 24:Payment module 11:Back cover 25: Ontology 12: The first sensor 26: card slot 121: The first Hall sensor 27: Card slot 122: The first magnet 28:Second sensor 2: card swiping device 281: Second Hall sensor 21: Support plate 282: second magnet 22:Payment unit 29: Switch magnet 23: tray

Other features and functions of the present invention will be clearly presented in the implementation manner with reference to the drawings, wherein: Fig. 1 is a front schematic view illustrating an embodiment of the new integrated financial transaction payment system; Fig. 2 is a top sectional view, assisting in explaining the connection relationship between a card swiping device and a tablet computer in Fig. 1; Fig. 3 is a schematic front view illustrating that in this embodiment, a payment module of a payment unit of the card swiping device is in a first payment position; Fig. 4 is a top sectional view to assist in explaining that in Fig. 3, a card swiping slot of the payment module protrudes from the right side of a back cover of the tablet computer; Fig. 5 is a schematic front view illustrating that in this embodiment, the payment module of the payment unit is in a second payment position; and FIG. 6 is a top sectional view to assist in explaining that in FIG. 5 , a card insertion slot of the payment module protrudes from the upper side of the back cover of the tablet computer.

1: Tablet PC

11:Back cover

12: The first sensor

121: The first Hall sensor

122: The first magnet

2: card swiping device

21: Support plate

22:Payment unit

23: tray

24:Payment module

25: Ontology

26: card slot

28:Second sensor

281: Second Hall sensor

282: second magnet

Claims (4)

An integrated financial transaction payment system, including: A tablet computer consisting of, a back cover, and a first sensor disposed on the inner side of the back cover; and A card swiping device arranged on the back cover of the tablet computer, comprising: a support plate fixed on the outside of the back cover, and a payment unit arranged on the support plate and movable horizontally relative to the support plate, and having, a tray set on the support plate, and A payment module pivotally arranged on the tray has a body arranged on the tray and pivotable relative to the tray, a card swiping slot recessed on the right side of the body, and a slot opened on the left side of the body a card slot, a second sensor disposed on the body and facing the tray, and a switching magnet disposed on the body facing the tray and spaced from the second sensor, The tray can move horizontally relative to the support plate and drive the payment module to move between a first payment position and a non-payment position. In the first payment position, the card swiping slot of the payment module protrudes from the back The right side of the cover and the second sensor of the payment module is aligned with the first sensor of the tablet computer; in the non-payment position, the payment module does not protrude from the back cover and the second sensor Not aligned with the first sensor of the tablet computer, when the tray is moved to the right and drives the payment module to move from the non-payment position to the first payment position, at this time, the second sensor of the payment module Align the first sensor of the tablet computer, and trigger the payment module to start executing the first payment mode, so that a financial transaction card can be swiped with a magnetic stripe using the card swipe slot protruding from the right side of the back cover; and The main body of the payment module can pivot relative to the tray and drive the payment module to rotate to a second payment position. In the second payment position, the card insertion slot of the payment module protrudes from the back The upper side of the cover and the switching magnet of the payment module are aligned with the first sensor of the tablet computer. When the payment module is in the first payment position, the body is turned clockwise by an angle and the The payment module moves from the first payment position to the second payment position. At this time, the switching magnet of the payment module is aligned with the first sensor of the tablet computer, and triggers the payment module to start executing the second payment position. The payment mode allows the financial transaction card to use the card insertion slot protruding from the upper side of the back cover to perform chip-reading type card swiping. The integrated financial transaction payment system as described in claim 1, wherein the first sensor of the tablet computer has a first Hall sensor and a first magnet, and the second sensor of the payment module There is a second Hall sensor and a second magnet. When the payment module is moved from the non-payment position to the first payment position, the second magnet of the second sensor is aligned with the first payment position. The first Hall sensor of a sensor and the second Hall sensor of the second sensor are aligned with the first magnet of the first sensor, and trigger the payment module to start executing the second Hall sensor. A payment mode: when the payment module is at the first payment position, the body is rotated clockwise and the payment module is moved from the first payment position to the second payment position, at this time, the The switching magnet of the payment module is aligned with the first Hall sensor of the first sensor of the tablet computer, and triggers the payment module to start executing the second payment mode. The integrated financial transaction payment system as described in Claim 2, wherein, the tray of the payment unit is combined with the support plate through slide rails so that the tray can move to the right relative to the support plate and drive the payment The module moves from the non-payment position to the first payment position. The integrated financial transaction payment system according to claim 2, wherein, when the payment module is at the first payment position, the main body is rotated clockwise by 90° and the payment module is rotated from The first payment position moves to the second payment position. At this time, the switching magnet of the payment module is aligned with the first sensor of the tablet computer, and triggers the payment module to start executing the second payment mode.

Images