阅读说明：本技术 一种基于物联网的订气卡智能支付系统 (Intelligent payment system for gas ordering card based on Internet of things ) 是由 李文炜 南秀娟 吴东英 于 2019-07-31 设计创作，主要内容包括：本发明公开了一种基于物联网的订气卡智能支付系统,包括订气卡、后台和配送终端,所述后台分别与订气卡、配送终端远程无线连接。订气卡与后台进行信息交互,及时传递购买信息,迅速对用户的操作做出反应,同时接收订气状态信息,帮助用户掌握配送进度。用户建立实名制账户获取订气卡并激活,同时在实名制账户上绑定银行卡或支付平台,通过订气卡一键下单,并在倒计时结束后自动确认订单,后台获取订单信息,生成配送订单并发送到配送终端,通知配送人员进行配送,同时订气卡接收后台发送的订气状态信息,帮助用户掌握配送进度,在所有流程完成后,由用户确认支付,本系统使瓶装液化石油气的流通规范化,增加了安全性,提高服务质量。(The invention discloses an intelligent payment system for a gas ordering card based on the Internet of things, which comprises the gas ordering card, a background and a distribution terminal, wherein the background is in remote wireless connection with the gas ordering card and the distribution terminal respectively. The gas ordering card performs information interaction with the background, transmits purchase information in time, reacts to the operation of the user quickly, receives the gas ordering state information and helps the user master the distribution progress. The method comprises the steps that a user establishes a real-name account to obtain a gas ordering card and activates the gas ordering card, a bank card or a payment platform is bound to the real-name account, the order is placed through one key of the gas ordering card, the order is automatically confirmed after countdown is finished, order information is obtained by a background, a distribution order is generated and sent to a distribution terminal to inform distribution staff of distribution, the gas ordering card receives gas ordering state information sent by the background to help the user master distribution progress, and payment is confirmed by the user after all processes are finished.)

1. The utility model provides a gas card intelligent payment system orders based on thing networking which characterized in that, is including ordering gas card (1), backstage (2) and delivery terminal (3), backstage (2) respectively with order gas card (1), delivery terminal (3) long-range wireless connection.

2. The Internet of things-based intelligent payment system for gas booking cards is characterized in that the gas booking card (1) comprises a gas booking key (1.8), a display screen (1.4), a display driving module (1.3), a control module (1.1), a wireless communication module (1.7), a Bluetooth module (1.2), a power module (1.5) and a GPS positioning module (1.6), wherein the control module (1.1) is respectively connected with the gas booking key (1.8), the Bluetooth module (1.2), the display driving module (1.3), the wireless communication module (1.7) and the GPS positioning module (1.6), the display driving module (1.3) is connected with the display screen (1.4), and the power module (1.5) is respectively connected with the display screen (1.4), the control module (1.1), the Bluetooth module (1.2) and the GPS positioning module (1.6).

3. An internet of things-based smart payment system for gas cards, according to claim 2, characterized in that the wireless communication module (1.7) comprises a chip supporting 4G/NB-IOT protocol and WiFi.

4. The internet of things-based intelligent payment system for gas ordering cards is characterized in that the control module (1.1) is an MCU processing unit, and the Bluetooth module (1.2), the display driving module (1.3), the wireless communication module (1.7) and the GPS positioning module (1.6) are coupled with the MCU processing unit.

5. The intelligent payment system for gas ordering cards based on the internet of things as claimed in claim 1, wherein the background (2) is remotely and wirelessly connected with the gas ordering cards (1) and the distribution terminals (3) through a PLink protocol.

6. The Internet of things-based intelligent gas-booking card payment system according to claim 5, wherein the gas-booking card (1) is connected with the background (2) through an IOT channel, the gas-booking card (1) is connected with the distribution terminal (3) through a wireless near-field channel, and the background (2) is connected with the distribution terminal (3) through an Internet channel.

Technical Field

The invention relates to a civil gas purchasing system, in particular to an intelligent payment system for a gas ordering card based on the Internet of things.

Background

In the modern society, the bottled liquefied petroleum gas is easy to carry and low in cost, and is used as a main kitchen energy source for numerous families and restaurants, along with the increasing of users of the bottled liquefied petroleum gas, the sources of the bottled liquefied petroleum gas and the used processing modes are various, and the disordered circulation mode of the bottled liquefied petroleum gas brings huge potential safety hazards to the society.

Disclosure of Invention

The invention mainly solves the technical problem of disordered original circulation modes of ordering bottled liquefied petroleum gas, and provides an intelligent payment system for an air ordering card based on the Internet of things.

The technical problem of the invention is mainly solved by the following technical scheme: the system comprises a gas ordering card, a background and a distribution terminal, wherein the background is in remote wireless connection with the gas ordering card and the distribution terminal respectively. The background is used for receiving the user orders, generating delivery orders and sending the delivery orders to the delivery terminal, and meanwhile sending delivery states to the gas ordering card. The distribution terminal is a mobile phone, a computer or other handheld devices provided with related APP, is located at distribution personnel, and is used for reading distribution order information, assisting the distribution personnel in distribution and being connected with the gas card ordering Bluetooth for payment confirmation. The gas ordering card performs information interaction with the background to transmit purchase information in time, the background quickly responds to the operation of the user and informs the distribution terminal to distribute bottled liquefied petroleum gas to the user, and the gas ordering card can receive gas ordering state information sent by the background and help the user master distribution progress.

Preferably, the gas ordering card comprises a gas ordering key, a display screen, a display driving module, a control module, a wireless communication module, a Bluetooth module, a power module and a GPS positioning module, wherein the control module is respectively connected with the gas ordering key, the Bluetooth module, the display driving module, the wireless communication module and the GPS positioning module, the display driving module is connected with the display screen, and the power module is respectively connected with the display screen, the control module, the Bluetooth module and the GPS positioning module. The power module supplies power to the whole gas ordering card, a gas ordering key is pressed for ordering gas, a gas ordering request is sent to the background through the wireless communication module, the control module performs information interaction with the background by means of the wireless communication module, the gas ordering success is displayed on the display screen, the number of the residual rechargeable bottles is displayed, the order is confirmed after the countdown is finished, the background can rapidly detect order information, a distribution order is generated and sent to the distribution terminal, distribution personnel are informed to distribute in time, and meanwhile, the gas ordering card can receive gas ordering state information sent by the background to help the user to master distribution progress.

Preferably, the wireless communication module comprises a chip supporting 4G/NB-IOT protocol and WiFi. The gas ordering card performs information interaction with the background and the distribution terminal in modes of 4G, WiFi, Bluetooth communication and the like.

Preferably, the control module is an MCU processing unit, and the Bluetooth module, the display driving module, the wireless communication module and the GPS positioning module are coupled with the MCU processing unit. And each module of the gas ordering card is controlled by the MCU processing unit.

Preferably, the background is remotely and wirelessly connected with the gas ordering card and the distribution terminal through a PLink protocol.

Preferably, the gas ordering card is connected with the background through an IOT channel, the gas ordering card is connected with the distribution terminal through a wireless near field channel, and the background is connected with the distribution terminal through an internet channel. The information interaction is carried out between the gas ordering card and the background through a PLink protocol by means of an IOT channel, and the information transmission is carried out between the gas ordering card and the distribution terminal through a wireless near field channel through the PLink protocol.

The invention has the beneficial effects that: the circulation of bottled liquefied petroleum gas is managed in a real-name system, a user can place an order by using a gas ordering card with one key, the order is confirmed after countdown is finished, order information is rapidly sent to a background after the order is confirmed, the background generates a distribution order and sends the distribution order to a distribution terminal, distribution personnel are informed of timely distribution, the gas ordering card can receive gas ordering state information sent by the background, the user is helped to master distribution progress, payment is confirmed by the user after all processes are completed, safety is improved, and service quality is improved.

Drawings

Fig. 1 is a schematic diagram of one working principle of the present invention.

Fig. 2 is a block diagram of a circuit principle connection structure of the gas ordering card of the present invention.

In the figure, 1 gas ordering card, 1.1 control module, 1.2 Bluetooth module, 1.3 display driving module, 1.4 display screen, 1.5 power module, 1.6GPS positioning module, 1.7 wireless communication module, 1.8 gas ordering key, 2 background, 3 distribution terminal

Detailed Description

The technical scheme of the invention is further specifically described by the following embodiments and the accompanying drawings.