TWM566367U - Trading device and trading system - Google Patents

Abstract

A transaction device includes a display module, a graphical interface module, a payment tool module, and a network module. The signal of the graphical interface module is connected to the display module. The graphical interface module displays a graphical interface on the display module. The graphical interface module generates payment tool selection data according to the graphical interface. The payment tool module signal is connected to the graphical interface module. The payment tool module generates a payment request according to the payment tool selection data, and correspondingly receives the payment data according to the payment request. The network module signal is connected to the payment tool module. The network module sends payment requests and payment data to the main transaction server and third-party transaction server and receives the transaction results correspondingly.

Description

Trading device and trading system

This creation relates to an electronic device, and more particularly to a trading device and a trading system.

In today's physical stores, transactions are usually performed using a common cash register system on the market. This type of cash register system includes a fixed cash register and a code reader. The cash register is fixed at the checkout counter of the store. The encoder is wired to the cash register. After the consumer in the store purchases the product, he takes the product to the counter for checkout. At this time, the clerk will scan the barcode on the product with a code reader, read the amount of the product, and collect the cash paid by the consumer. Checkout to complete the transaction.

In recent years, due to the prevalence of smart phones and electronic money, transactions in many physical stores do not require cash to complete transactions. Consumers can pay by credit card or leisure card electronic ticket. In addition, consumers can also use Payment is made in electronic money on a smartphone. However, in order to meet these payment needs, the existing cash register system must be equipped with corresponding devices to conduct transactions. For example, in order to be able to transact with a credit card, the cash register must be additionally connected with a credit card reader; in order to be able to transact with a Yoyo card electronic ticket, the cash register must also be additionally connected with a Yoyo card electronic ticket induction machine. And these extra machines and cash registers are both Must be fixed on the checkout counter.

Due to the cash register system in the prior art, in order to meet different payment methods, in addition to cash payments, consumers can also use credit cards, leisure card e-tickets, or smart phones to conduct transactions. Device. This allows physical stores with large amounts of land to have extra space to place these devices, which not only takes up space, but also increases operating costs. In addition, the existing cash register systems are fixedly set on the checkout counter, and there is still room for improvement in the mobility and flexibility in transactions.

In view of this, the purpose of this creation is to propose a trading device and trading system to reduce space occupation and operating costs, and at the same time increase mobility and flexibility in transactions.

According to an embodiment of the present invention, a transaction device includes a display module, a graphical interface module, a payment tool module and a network module including at least a lens, a sensor, a chip reader, and a magnetic stripe. The graphic interface module signal is connected to the display module. The graphic interface module displays a graphical interface on a display module including a display screen and related modules. The graphical interface module generates payment tool selection data according to the graphical interface. The payment tool module signal is connected to the graphical interface module. The payment tool module generates a payment request according to the payment tool selection data, and correspondingly receives the payment data according to the payment request. The network module signal is connected to the payment tool module. The network module sends payment requests and payment data to the main transaction server and third-party transaction server and receives the transaction results correspondingly.

According to an embodiment of the present invention, the payment instrument module includes a barcode transaction unit.

According to an embodiment of the present invention, the transaction device further includes a bar code scanner, wherein the bar code scanner signal is connected to the bar code transaction unit. When the bar code scanner generates bar code data, Payment information includes barcode information.

According to an embodiment of the present invention, the barcode scanner includes a first photographing unit and a second photographing unit. The first photographing unit and the second photographing unit are opposite to each other. The first photographing unit or the second photographing unit generates a barcode image. The barcode image generates barcode data.

According to another embodiment of the present invention, the barcode scanner includes a photographing unit, the photographing unit generates a barcode image, and the barcode scanner generates barcode data according to the barcode image.

According to an embodiment of the present invention, the payment instrument module further includes a credit card transaction unit and a Yoyo card electronic ticket transaction unit.

According to an embodiment of the present invention, the transaction device further includes a credit card sensor and a Yoyo card electronic ticket sensor, wherein the credit card sensor signal is connected to the credit card transaction unit, and the Yoyo card electronic ticket sensor signal is connected to the Yoyo card electronic ticket transaction unit, wherein When the credit card sensor generates credit card information, the payment information includes credit card information; when the Youyou card electronic ticket sensor generates the Youyou card electronic ticket information, and the payment information includes the Youyou card electronic ticket information.

According to an embodiment of the present invention, the transaction device further includes a printing module, wherein the printing module signal is connected to the network module, and the printing module prints the details according to the transaction result.

According to an embodiment of the present invention, a transaction system includes a transaction device, a main transaction server, and a third-party transaction server as described above. The main transaction server signal is connected to the transaction device, and the main transaction server receives the payment request and payment data and generates transaction data correspondingly. The third-party transaction server signal connects to the main transaction server. The third-party transaction server receives the transaction data and generates transaction results accordingly. The third-party transaction server returns the transaction results to the main transaction server and the transaction device.

According to an embodiment of the present invention, the transaction system further includes an invoice server, wherein the invoice server signal is connected to the main transaction server or a third-party transaction server and the invoice server. An invoice number is generated according to the transaction result, and the invoice server returns the invoice number to the main transaction server and the transaction device.

In summary, according to the transaction device and transaction system of an embodiment of the present invention, the transaction device can integrate multiple payment instruments and support multiple transaction methods, which can not only reduce space occupation, but also reduce operating costs, and the transaction Because the device is highly integrated, it can be used as a mobile device and does not need to be fixed in a specific location, so it can also increase the flexibility and dexterity in transactions.

The detailed features and advantages of this creation are described in the following embodiments in detail. The content is sufficient to enable any person skilled in the art to understand and implement the technical content of this creation, and according to the content disclosed in this specification, the scope of patent applications and the drawings. Anyone skilled in related arts can easily understand the purpose and advantages of this creation.

10‧‧‧Transaction System

100‧‧‧Transaction Device

110‧‧‧ Display module including display screen and related modules

120‧‧‧ Graphical Interface Module

130‧‧‧ A payment worker including at least a lens, sensor, chip reader and magnetic stripe

With module

131‧‧‧Credit card transaction unit

132‧‧‧Electronic Ticket Trading Unit

133‧‧‧Barcode Trading Unit

134‧‧‧Cash Transaction Unit

140‧‧‧ Network Module

150‧‧‧control module

160‧‧‧Barcode Scanner

161‧‧‧The first photography unit

162‧‧‧Second Photography Unit

170‧‧‧Credit card sensor

180‧‧‧electronic ticket sensor

190‧‧‧printing module

210‧‧‧Query module

220‧‧‧Refund module

300‧‧‧Main transaction server

400‧‧‧ Third-party transaction server

500‧‧‧Invoice server

S101‧‧‧Select payment method

S103‧‧‧ Generate payment request

S105‧‧‧ Receive payment information

S107‧‧‧ Send payment request and payment information

S109‧‧‧ Generate transaction data

S111‧‧‧Transfer transaction data

S113‧‧‧ produces transaction results

S115‧‧‧Return transaction result

S117‧‧‧Return the transaction result

S119‧‧‧Receive transaction results

S121‧‧‧ Generate invoice number

S123‧‧‧Return invoice number

S125‧‧‧Return invoice number

S127‧‧‧Receive invoice number

S129‧‧‧Print details and invoice number

[Fig. 1] shows a block diagram of a trading system of an embodiment of the creation; and [Fig. 2] shows a flowchart of a trading system of an embodiment of the creation.

Please refer to FIG. 1, which is a block diagram of a trading system 10 according to an embodiment of the present invention. The transaction system 10 includes a transaction device 100, a main transaction server 300, and a third-party transaction server 400. In this embodiment, the transaction device 100 is an integrated multifunctional cash register provided in a physical storefront, but is not limited thereto. Moreover, such a transaction device 100 may be a handheld device to facilitate operation and meet mobile needs. In this embodiment, the main transaction server 300 is a remote cloud server, and the transaction device 100 may be connected to the main transaction server 300 through a wireless network or a wired network signal. The third-party transaction server 400 is, for example, a server of a credit card bank, a Yoyocard electronic ticket The server of the company or the server of the electronic money company is not limited to this. The main transaction server 300 and the third-party transaction server 400 can achieve the purpose of signal connection with each other through a wired network or a wireless network.

Among them, the electronic ticket company may be a company that issues an electronic ticket and builds an electronic ticket trading system, and users and commodity providers can conduct transactions with the sensors corresponding to the electronic ticket through the electronic ticket. In some embodiments, the electronic ticket may be an independent proximity card, such as a leisure card; the electronic ticket may also be an internal component integrated with a smart phone. The electronic ticket and the corresponding sensor can achieve signal connection through various wireless technologies. The wireless technology may be radio frequency identification (RFID), near field communication (NFC) or Mifare, but is not limited thereto. For example, a card with an NFC induction coil and a sensor with an NFC function can generate induction to reach a signal connection within a certain distance from each other, and execute a transaction.

As shown in FIG. 1, in this embodiment, the transaction device 100 includes a display module 110 including a display screen and related modules, a graphical interface module 120, and at least a lens, a sensor, a chip reader, and a magnetic module. The payment instrument module 130, the network module 140, and the control module 150 are electrically connected, and the control module 150 is electrically connected to a display module 110 including a display screen and related modules, a graphical interface module 120, and at least including A payment tool module 130 and a network module 140 of a lens, a sensor, a chip reader, and a magnetic stripe. The graphical interface module 120 is connected to the display module 110 including the display screen and related modules. The graphical interface module 120 can display the graphical interface on the display module 110 including the display screen and related modules. The group 120 generates payment instrument selection data according to an operation (such as a touch operation) accepted by the graphical interface. The payment tool module 130 is connected to the graphical interface module 120 by a signal, and the payment tool module 130 including at least a lens, a sensor, a chip reader and a magnetic stripe generates a payment request according to the payment tool selection data, and correspondingly according to the payment request. Receive payment material. The network module 140 is connected to a payment tool module 130 that includes at least a lens, a sensor, a chip reader, and a magnetic strip. The network module 140 sends a payment request and payment data to the main transaction server 300 and a third-party transaction. The server 400 receives the transaction result accordingly. The main transaction server 300 is connected to the transaction device 100 by a signal, and the main transaction server 300 receives the payment request and payment data and generates transaction data correspondingly. The third-party transaction server 400 is connected to the main transaction server 300. The third-party transaction server 400 receives the transaction data and generates corresponding transaction results. The third-party transaction server 400 returns the transaction results to the main transaction server 300 and the transaction device 100. .

In this embodiment, the display module 110 including a display screen and related modules is, for example, a touch display panel, which can display images and can accept touch operations. The graphical interface module 120 is connected to the display module 110 including the display screen and related modules through the control module 150 signal. The graphical interface module 120 can display the graphical interface on the display module 110 including the display screen and related modules. . The graphical interface is, for example, a plurality of icons displayed on the display module 110 including a display screen and related modules, and each icon may represent a different function from each other. In this embodiment, the graphical interface includes a plurality of icons representing different payment instruments. For example, an icon corresponding to a credit card payment, an icon corresponding to a Yoyo card electronic ticket payment, an icon corresponding to a bar code payment, and an icon corresponding to a cash payment. When the user clicks any one of the icons in a touch manner, the graphical interface module 120 generates payment tool selection data according to the graphical interface.

In this embodiment, a payment tool module 130 including at least a lens, a sensor, a chip reader, and a magnetic stripe is connected to the graphical interface module 120 through the control module 150 signal. When the graphical interface module 120 generates a payment, Tool selection data, the control module 150 will control the payment tool module 130 including at least a lens, a sensor, a chip reader and a magnetic stripe, so that the payment including at least a lens, a sensor, a chip reader and a magnetic stripe The tool module 130 will select the data product according to the payment instrument. Make payment request and receive payment information correspondingly according to payment request. The network module 140 is connected to the payment tool module 130 including at least a lens, a sensor, a chip reader and a magnetic stripe through a signal of the control module 150. The network module 140 sends a payment request and payment data to the main transaction server. The server 300 and the third-party transaction server 400 receive the transaction results correspondingly.

As shown in FIG. 1, in this embodiment, a payment tool module 130 including at least a lens, a sensor, a chip reader, and a magnetic stripe includes a credit card transaction unit 131, a leisure card electronic ticket transaction unit 132, and a barcode transaction unit. 133 and cash transaction unit 134. In addition, the transaction device 100 further includes a barcode scanner 160, a credit card sensor 170, and a leisure card electronic ticket sensor 180. The barcode scanner 160 signal is connected to the barcode transaction unit 133, the credit card sensor 170 signal is connected to the credit card transaction unit 131, and the Yoyo card electronic ticket sensor 180 is connected to the Yoyo card electronic ticket transaction unit 132. The different payment methods are described below.

When a user (such as a clerk in a physical store) clicks an icon corresponding to a credit card payment in a touch manner, the graphical interface module 120 generates specific payment tool selection data (that is, an instruction to execute a credit card payment-related operation) The control module 150 will control the payment tool module 130 including at least a lens, a sensor, a chip reader, and a magnetic strip for subsequent operations according to this instruction. At this time, the control module 150 includes at least a lens, a sensor, a chip reader, and The magnetic stripe payment tool module 130 will generate a payment request for payment by credit card, and the control module 150 may display related information on the display module 110 including a display screen and related modules to remind the user. At this time, the consumer can use the credit card to pay (for example, insert the credit card into the credit card slot built in the transaction device 100), and the credit card sensor 170 will read the credit card information in the credit card, including at least the lens and the sensor. The credit card transaction unit 131 of the payment instrument module 130 of the reader, the chip reader and the magnetic stripe will receive the payment information including the credit card information for subsequent transactions. Control mode The group 150 will control the network module 140 to transmit the payment request paid by credit card and the payment data including the credit card information to the main transaction server 300. The main transaction server 300 will generate a payment corresponding to this payment request and the payment. Data, and send this transaction data to the third-party transaction server 400. The third-party transaction server 400 will perform confirmation data, authentication, and perform transactions, etc., and finally generate transaction results (for example, the goods have been paid with this credit card) Price information and transaction completion time), and return the transaction results to the main transaction server 300, and the main transaction server 300 will then return the transaction results to the transaction device 100, so that the transaction device 100 confirms that the transaction is completed .

When the user clicks the icon corresponding to the Youyou card electronic ticket payment in a touch manner, the graphical interface module 120 will generate specific payment tool selection data (that is, instructions for executing related operations of the Youyou card electronic ticket payment). The control module 150 controls the payment tool module 130 including at least a lens, a sensor, a chip reader and a magnetic stripe for subsequent operations according to this instruction. At this time, the control module 150 includes at least a lens, a sensor, a chip reader and a magnetic strip. The payment tool module 130 of the bar will generate a payment request for payment with a Yoyo card electronic ticket, and the control module 150 may display related information on the display module 110 including a display screen and related modules to remind the user. At this time, the consumer can use the Yoyo Card electronic ticket or a credit card with the Yoyo Card electronic ticket function to pay (for example, close the Yoyo Card electronic ticket to the Yoyo Card electronic ticket sensor 180 built in the transaction device 100). The card electronic ticket sensor 180 reads the Yoyo card electronic ticket data in the Yoyo card electronic ticket, which includes at least the Yoyo card electronic ticket transaction unit of the payment instrument module 130 including a lens, a sensor, a chip reader and a magnetic stripe. 132 will receive this payment information including the Yo-Yo Card electronic ticket information for subsequent transactions. The control module 150 will control the network module 140 to transmit the payment request paid with the Yoyo card electronic ticket and include the Yoyo card electronic ticket data Payment data to the main transaction server 300, the main transaction server 300 will generate a transaction data corresponding to this payment request and this payment information, and send this transaction data to the third-party transaction server 400, the third-party transaction server 400 will perform actions such as confirming data, authenticating, and executing transactions, and finally generate transaction results (for example, the relevant information of the product price and the transaction completion time have been paid with this Yoyo Card electronic ticket), and return the transaction results to the main transaction server 300, the main transaction server 300 will then return the transaction result to the transaction device 100, so that the transaction device 100 confirms that the transaction is completed.

When the user clicks on the icon corresponding to the barcode payment in a touch manner, the graphical interface module 120 will generate specific payment tool selection data (that is, instructions for performing related operations of the barcode payment), and the control module 150 will This instruction controls a payment tool module 130 that includes at least a lens, a sensor, a chip reader, and a magnetic stripe for subsequent operations. At this time, a payment tool module that includes at least a lens, a sensor, a chip reader, and a magnetic stripe 130 will generate a payment request paid by barcode, and the control module 150 may display related information on the display module 110 including the display screen and the related module to remind the user. At this point, consumers can use their smartphones to make payments. (For example, the consumer can make the smart phone display the barcode for payment and bring the barcode displayed by the smart phone close to the barcode scanner 160 of the transaction device 100). At this time, the barcode scanner 160 will read the barcode data of the barcode. The bar code transaction unit 133 of the payment instrument module 130 including at least a lens, a sensor, a chip reader, and a magnetic stripe will receive this payment data including the bar code data for subsequent transactions. The control module 150 will control the network module 140 to transmit the payment request and the payment data including the barcode data to the main transaction server 300. The main transaction server 300 will generate a payment request corresponding to this payment request and The transaction data of this payment data, and send this transaction data to the third-party transaction server 400. The third-party transaction server 400 will confirm the data, Authenticate, execute transactions, etc., and finally generate transaction results (for example, the relevant information of the price of the commodity and the transaction completion time have been paid through the barcode for this payment), and return the transaction results to the main transaction server 300, the main transaction server 300 will then return the transaction result to the transaction device 100, so that the transaction device 100 can confirm that the transaction is complete.

As shown in FIG. 1, in this embodiment, the barcode scanner 160 includes a first photographing unit 161 and a second photographing unit 162, and the first photographing unit 161 and the second photographing unit 162 are opposed to each other, for example, the first photographing unit 161 The second photographing unit 162 may be disposed on the front of the transaction device 100 with a touch display panel, and the second photographing unit 162 may be disposed on the back of the transaction device 100. The first photographing unit 161 or the second photographing unit 162 can take a barcode to generate a barcode image. When the first photographing unit 161 or the second photographing unit 162 generates a barcode image, the barcode scanner 160 generates the above barcode data according to the barcode image. In different embodiments, the barcode scanner 160 may also have only one photographing unit. This photographing unit may be arranged at any appropriate position on the transaction device 100. It can take a barcode to generate a barcode image. The barcode scanner 160 will be based on the barcode image. Generate the above barcode data.

When the user clicks the icon corresponding to the cash payment in a touch manner, the graphical interface module 120 will generate specific payment tool selection data (that is, instructions for performing cash payment related operations), and the control module 150 will This instruction controls a payment tool module 130 that includes at least a lens, a sensor, a chip reader, and a magnetic stripe for subsequent operations. At this time, a payment tool module that includes at least a lens, a sensor, a chip reader, and a magnetic stripe 130 will generate a payment request paid in cash, and the control module 150 may display related information on the display module 110 including the display screen and the related module to remind the user. At this time, the cash transaction unit 134 may use manual input to generate payment information, but is not limited thereto. For example, the display module 110 including a display screen and related modules may display an interface that allows a user to manually enter a transaction amount, and the user may input by a touch method. Enter the receivable amount, the received amount, the amount that should be found, etc. to generate payment information for subsequent transactions.

As shown in FIG. 1, in this embodiment, the transaction system 10 further includes an invoice server 500, wherein the invoice server 500 signals to connect the main transaction server 300 and the third-party transaction server 400. When the third-party transaction server 400 When a transaction result is generated, the third-party transaction server 400 will simultaneously transmit the transaction result to the invoice server 500, and the invoice server 500 will generate an invoice number based on the transaction result, and the invoice server 500 will return the invoice number to the master The transaction server 300 and the transaction device 100.

As shown in FIG. 1, in this embodiment, the transaction device 100 further includes a printing module 190, wherein the printing module 190 signals connect the control module 150 and the network module 140, and when the transaction device 100 passes the network The module 140 receives the transaction result and the invoice number, and the control module 150 can control the printing module 190 and print the details and the invoice number according to the transaction result.

As shown in FIG. 1, in this embodiment, the transaction device 100 further includes an inquiry module 210 and a refund module 220, wherein the inquiry module 210 and the refund module 220 are communicatively connected to the control module 150 and communicated through the network. The road module 140 further communicates with the main transaction server 300. Each transaction result will be stored in the database of the transaction device 100 itself, in the database of the main transaction server 300, or in the database of the transaction device 100 itself and the database of the main transaction server 300 at the same time. . The user can input keywords of a certain transaction result in the transaction device 100, such as an order number or a product name. The query module 210 searches the database of the transaction device 100 itself or the database of the main transaction server 300 according to the keywords. To find relevant data, and display the relevant data (such as the result of one or more transactions) on the display module 110 including the display screen and related modules, so as to facilitate users to query related transactions. The user can also refund through the refund module 220. The module 220 can refund the order according to the order number input by the user.

Please refer to FIG. 2, which is a flowchart of a transaction system 10 according to an embodiment of the present invention. This flowchart is one of the transaction processes performed by the transaction system 10 shown in FIG. 1, but the transaction process of the transaction system 10 is not limited thereto. In step S101, the graphical interface module 120 of the transaction device 100 displays a graphical interface on a display module 110 including a display screen and related modules. The user can select a payment method through the graphical interface. In step S103, the graphical interface module 120 generates a corresponding payment request according to the selected payment method. In step S105, the transaction device 100 receives specific payment data according to a specific payment request. In step S107, the transaction device 100 sends a payment request and payment data to the main transaction server 300 through the network module 140. In step S109, the main transaction server 300 generates transaction data according to the payment request and payment data. In step S111, the main transaction server 300 sends transaction data to the third-party transaction server 400. In step S113, the third-party transaction server 400 generates a transaction result according to the transaction data. In step S115, the third-party transaction server 400 returns the transaction result to the main transaction server 300. In step S117, the main transaction server 300 returns the transaction result to the transaction device 100. In step S119, the transaction device 100 receives a transaction result. In step S121, the third-party transaction server 400 further transmits the transaction result to the invoice server 500, and the invoice server 500 generates an invoice number according to the transaction result. In step S123, the invoice server 500 returns the invoice number to the main transaction server 300. In step S125, the main transaction server 300 returns the invoice number to the transaction device 100. In step S127, the transaction device 100 receives an invoice number. In step S129, the transaction device 100 prints the details and the invoice number according to the received transaction result and the invoice number. The invoice number can be printed on a paper detail, or it can be printed separately as a paper invoice.

In summary, according to the transaction device 100 and the transaction system 10 of an embodiment of the present invention, the transaction device 100 can integrate a variety of payment instruments and support a variety of transaction methods, which not only reduces space occupation, but also reduces operating costs. Because the transaction device 100 is highly integrated, it can be used as a mobile device and does not need to be fixedly set in a specific location, so it can also increase the mobility and flexibility in transactions.

Although the technical content of this creation has been disclosed above in a preferred embodiment, it is not intended to limit this creation. Anyone skilled in this art without making any changes and retouching without departing from the spirit of this creation should cover this creation. Therefore, the scope of protection of this creation shall be determined by the scope of the attached patent application.

Claims (10)

A trading device includes: a display module including a display screen and related modules; a graphical interface module, and a signal connected to the display module including the display screen and related modules, wherein the graphical interface module is included in the display module The display module of the display screen and related modules displays a graphical interface, and the graphical interface module generates a payment tool selection data according to the graphical interface; one includes at least a lens, a sensor, a chip reader, and a magnetic stripe A payment tool module, the signal is connected to the graphical interface module, the payment tool module generates a payment request according to the payment tool selection data, and correspondingly receives a payment data according to the payment request; and a network module, a signal Connected to the payment tool module, the network module sends the payment request and the payment data to a main transaction server and a third-party transaction server and receives a transaction result correspondingly. The transaction device according to item 1 of the scope of patent application, wherein the payment instrument module includes a bar code transaction unit. The transaction device described in item 2 of the patent application scope further includes a barcode scanner, wherein the barcode scanner signal is connected to the barcode transaction unit. When the barcode scanner generates a barcode data, the payment information includes the barcode data . The transaction device according to item 3 of the patent application scope, wherein the barcode scanner includes a photographing unit, the photographing unit generates a barcode image, and the barcode scanner generates the barcode data according to the barcode image. The transaction device according to item 3 of the patent application scope, wherein the barcode scanner includes a first photographing unit and a second photographing unit, the first photographing unit and the second photographing unit are opposed to each other, and the first photographing The unit or the second photographing unit generates a barcode image, and the barcode scanner generates the barcode data according to the barcode image. The transaction device according to item 2 of the scope of patent application, wherein the payment instrument module further includes a credit card transaction unit and an electronic ticket transaction unit. The transaction device according to item 6 of the scope of patent application, further comprising a credit card sensor and an electronic ticket sensor, wherein the credit card sensor signal is connected to the credit card transaction unit, and the electronic ticket sensor signal is connected to the electronic ticket transaction. A unit, wherein when the credit card sensor generates a credit card information, the payment information includes the credit card information; when the electronic ticket sensor generates an electronic ticket data, the payment information includes the electronic ticket data. The transaction device according to item 1 of the scope of patent application, further comprising a printing module, wherein the printing module signal is connected to the network module, and the printing module prints a detail according to the transaction result. A transaction system, comprising: the transaction device described in any one of claims 1 to 8 of the scope of patent application; a main transaction server, a signal connected to the transaction device, the main transaction server receiving the payment request and the payment information and Correspondingly generate a transaction data; and a third-party transaction server, the signal is connected to the main transaction server, the third-party transaction server receives the transaction data and correspondingly generates the transaction result, and the third-party transaction server returns the transaction result To the main transaction server and the transaction device. The transaction system according to item 9 of the scope of patent application, further comprising an invoice server, wherein the invoice server signal is connected to the main transaction server or the third-party transaction server, and the invoice server generates the transaction result according to the transaction result. An invoice number, and the invoice server returns the invoice number to the main transaction server and the transaction device.