Code scanning payment self-service table

Abstract

A main body table top 1, an end side leg plate 2 and an interlayer plate 3 are connected to form the table, then a network control switch box 4 is added, a payment code 10 is added, a table connecting hole 5, an end side line hole 6, a table top line hole 7 and an interlayer line hole 8 are correspondingly formed in the table top 1, the end side leg plate 2 and the interlayer plate 3 respectively, and a support 9 is connected to the end side leg plate 2 and the interlayer plate 3; the network control switch box 4 is arranged in an interlayer space between the tabletop 1 and the interlayer plate 3; the network control integrated module has the capabilities of receiving an internet signal and sending a network control signal; and after the payment code 10 is scanned, a connection control signal is sent out through the internet, so that the on-off load of the table circuit is controlled by adopting the internet technology.

Description

Technical Field

[0001] This invention relates to a self-service payment table that uses internet technology to control the on / off state of the circuit. It is mainly suitable for controlling the connection of the table's load circuit through the internet after payment via QR code scanning. Background Technology

[0002] This invention was submitted after the inventor organized several of his own companies to conduct actual research and development, and the inventor personally produced a confidential, unsold prototype. The self-service payment table of this invention is an intelligent device that uses Internet technology to control the on / off state of circuits or sockets. It is mainly applicable to controlling the connection of load circuits via the Internet after scanning the code to pay.

[0003] Existing standard counters are not connected to the internet and are not open to specific users, causing inconvenience in certain situations, such as unattended commercial appliances. To change this situation, it is necessary to invent a practical and advanced self-service counter that accepts payment via QR code. Summary of the Invention

[0004] The present invention provides a self-service payment table for scanning codes, which is a table that uses Internet technology to control the on / off of circuits. It is mainly applicable to the table load circuit being connected via Internet control after payment by scanning codes.

[0005] The main body of the self-service payment table for QR code scanning of this invention is composed of a tabletop 1 (made of folded or stamped parts), end leg plates 2, and partition plates 3 connected together, with a network control switch box 4 and payment code 10 added. Tabletop connection holes 5, end side wiring holes 6, tabletop wiring holes 7, and partition plate wiring holes 8 are respectively fabricated on the tabletop 1, end leg plates 2, and partition plates 3. A support 9 is connected to the end leg plates 2 and partition plates 3. The tabletop 1, end leg plates 2, partition plates 3, and support 9 of the self-service payment table for QR code scanning are mainly connected by bolts.

[0006] The network control switch box 4 houses the network control integrated module and the circuit on / off switch inside the switch box. A display screen and speaker are installed on the side of the switch box, with sockets and plugs connected to them. Other accessories are installed as needed. The network control switch box 4 is installed in the partition space between the desktop 1 and the partition board 3. The network control integrated module has the ability to receive internet signals and send network control signals. Scanning payment code 10 is equivalent to sending a connection control signal through the internet, which allows the network control integrated module to activate the circuit on / off switch and connect the circuit. The display screen shows the time the circuit is connected, and the speaker provides voice prompts indicating the power control status. After the circuit on / off switch is activated, the socket or wiring is powered, allowing external electrical appliances to be connected and begin operation.

[0007] The electrical wiring of the self-service payment table is routed through some associated holes on the tabletop 1, end leg plates 2, and partition plates 3. The end side wiring hole 6, tabletop wiring hole 7, and partition wiring hole 8 are all spare wiring holes.

[0008] Table connection hole 5 is a spare hole, which is used to connect multiple self-service tables for scanning QR codes to pay and combine them into a larger platform.

[0009] There are no restrictions on the shape and size of the QR code payment self-service counter, nor on the target users, and there are no restrictions on whether it can be pre-installed or externally mounted. If advertising graphics, components, etc., need to be placed on the QR code payment self-service counter, they can be arranged as needed, and the required standard parts and auxiliary components will be provided accordingly. The QR code payment self-service counter can control the circuit connection via the Internet after payment is made via QR code. Similarly, the QR code payment self-service counter can also be directly operated and managed via the network, meaning that the circuit can be remotely controlled by a computer or mobile phone with Internet access.

[0010] In summary, the main body of the self-service payment table is composed of a tabletop 1, end leg plates 2, and partition plates 3, connected by stamped parts, and then a network control switch box 4 (payment code 10) is added. Tabletop connection holes 5, end leg plates 6, tabletop wiring holes 7, and partition plate wiring holes 8 are fabricated on the tabletop 1, end leg plates 2, and partition plates 3. A support 9 is connected to the end leg plates 2 and partition plates 3. The interconnections between the tabletop 1, end leg plates 2, partition plates 3, and support 9 of the self-service payment table are mainly achieved using bolts. The network control switch box 4 is installed in the partition space between the tabletop 1 and partition plates 3. Inside the switch box 4, a network control integrated module and a circuit on / off switch are installed; a display screen and a speaker are installed on the side of the switch box, with socket and plug wiring connected to them. The electrical wiring of the self-service payment table passes through and is arranged in some associated holes on the tabletop 1, end leg plates 2, and partition plates 3. Table connection hole 5 is a spare hole, which is used to connect multiple self-service tables for scanning QR codes to pay and combine them into a larger platform.

[0011] The main body of the self-service payment counter (QR code payment table) consists of a tabletop (1), side legs (2), and partition (3). A network control switch box (4) and payment code (10) are then added. Connection holes (5), side wiring holes (6), tabletop wiring holes (7), and partition wiring holes (8) are respectively fabricated on the tabletop (1), side legs (2), and partition (3). A support (9) is connected to both the side legs (2) and partition (3). The tabletop (1), side legs (2), partition (3), and support (9) are primarily connected using bolts. The network control switch box (4) is installed in the partition space between the tabletop (1) and partition (3). The network control integration module has the ability to receive and send network control signals. After scanning the payment code, it is equivalent to sending a connection control signal through the Internet. The network control integration module can then activate the circuit on / off switch to connect the circuit. The display screen shows the time when the circuit is connected, and the speaker provides voice prompts about the power control status. After the circuit on / off switch is turned on, the socket or line is powered on. Therefore, this device enables the use of Internet technology to control the on / off of the table, which is mainly suitable for connecting the table's load circuit via the Internet after scanning the code for payment.

[0012] Attached image description: Figure 1 This is a schematic diagram of a self-service payment table for scanning QR codes. It is only an example and is not particularly limited. The self-service payment table for scanning QR codes mainly consists of a tabletop 1, end side legs 2, partition 3, network control switch box 4, tabletop connection hole 5, end side wiring hole 6, tabletop wiring hole 7, partition wiring hole 8, support 9, payment code 10, etc.

[0013] Detailed implementation method: Refer to the above appendix Figure 1 The main body of the self-service payment table is composed of a tabletop (1), side leg plates (2), and partition plates (3) connected together, with a network control switch box (4) and payment code (10) added. Connection holes (5), end side wiring holes (6), tabletop wiring holes (7), and partition plate wiring holes (8) are respectively fabricated on the tabletop (1), side leg plates (2), and partition plates (3). A support (9) is connected to the side leg plates (2) and partition plates (3). The connections between the tabletop (1), side leg plates (2), partition plates (3), and support (9) of the main body of the self-service payment table are primarily made using bolts.

[0014] The network control switch box 4 houses the network control integrated module and circuit on / off switches inside the switch box. A display screen and speaker are installed on the side of the switch box, with sockets and plugs connected to them. Other accessories are installed as needed. The network control switch box 4 is installed in the partition space between the tabletop 1 and the partition 3. The electrical wiring for the self-service payment table passes through and is arranged in some associated holes on the tabletop 1, end leg plates 2, and partition 3. The end leg wiring hole 6, tabletop wiring hole 7, and partition wiring hole 8 are all spare holes.

[0015] Table connection hole 5 is a spare hole, which is used to connect multiple self-service tables for scanning QR codes to pay and combine them into a larger platform.

[0016] The network control integrated module in the network control switch box 4 has the ability to receive Internet signals and send network control signals; after scanning the payment code 10, it is equivalent to sending a connection control signal through the Internet, and the network control integrated module can start the circuit on / off switch to connect the circuit; the display screen shows the time when the circuit is connected, and the speaker provides voice prompts on the power control status. After the circuit on / off switch is turned on, the socket or line is powered on, and external electrical appliances can be connected to make the corresponding electrical appliances start working.

Claims

1. A self-service payment table for scanning codes, mainly composed of a tabletop (1), end leg panels (2), partition panels (3), a network control switch box (4), tabletop connection holes (5), end side wiring holes (6), tabletop wiring holes (7), partition wiring holes (8), a support (9), and a payment code (10), characterized in that: The main body is formed by connecting the tabletop (1), end leg plate (2), and partition plate (3) of the folded stamped parts, and then adding the network control switch box (4) and payment code (10).

2. The self-service payment counter for scanning codes according to claim 1, characterized in that: The network control switch box (4) is arranged and installed in the partition space between the tabletop (1) and the partition plate (3).

3. The self-service payment counter for scanning codes according to claim 1, characterized in that: The network control switch box (4) is a switch box in which a network control integrated module and a circuit on / off switch are installed inside the switch box; a display screen and a speaker are installed on the side of the switch box, and the socket plug lines are connected to it.

4. The self-service payment counter for scanning codes according to claim 1, characterized in that: The table connection hole (5), end side wiring hole (6), tabletop wiring hole (7), and partition wiring hole (8) are made on the tabletop (1), end side leg plate (2), and partition plate (3), and the support (9) is connected to the end side leg plate (2) and partition plate (3).

5. The self-service payment counter for scanning codes according to claim 1, characterized in that: The tabletop (1), end leg panels (2), partition panels (3), and supports (9) of the self-service table for scanning QR codes for payment are mainly connected by bolts.

6. The self-service payment counter for scanning codes according to claim 1, characterized in that: The electrical wiring of the self-service payment table is routed through some connecting holes on the tabletop (1), end leg plates (2), and partition plates (3).

7. The self-service payment counter for scanning codes according to claim 1, characterized in that: The table connection hole (5) is a spare hole, which is a connection hole for connecting multiple self-service tables for scanning and paying to form a larger platform.

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