CN114387743B - Financial checkout platform utilizing infrared heat - Google Patents
Financial checkout platform utilizing infrared heat Download PDFInfo
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- CN114387743B CN114387743B CN202111375119.3A CN202111375119A CN114387743B CN 114387743 B CN114387743 B CN 114387743B CN 202111375119 A CN202111375119 A CN 202111375119A CN 114387743 B CN114387743 B CN 114387743B
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- G—PHYSICS
- G07—CHECKING-DEVICES
- G07G—REGISTERING THE RECEIPT OF CASH, VALUABLES, OR TOKENS
- G07G1/00—Cash registers
- G07G1/12—Cash registers electronically operated
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- G—PHYSICS
- G06—COMPUTING; CALCULATING OR COUNTING
- G06F—ELECTRIC DIGITAL DATA PROCESSING
- G06F1/00—Details not covered by groups G06F3/00 - G06F13/00 and G06F21/00
- G06F1/26—Power supply means, e.g. regulation thereof
- G06F1/32—Means for saving power
- G06F1/3203—Power management, i.e. event-based initiation of a power-saving mode
- G06F1/3206—Monitoring of events, devices or parameters that trigger a change in power modality
- G06F1/3231—Monitoring the presence, absence or movement of users
Abstract
The invention relates to a financial checkout platform using infrared heat sense, which comprises: the inductive payment component is arranged in the night operation store and comprises an infrared thermal sensing device, a time detection device, an interface driving device and a payment execution device; and the price conversion part is used for obtaining the quantity of each type of commodity sold by the night operation store in the three extraction pictures corresponding to the first shooting picture and obtaining the quantity of each type of commodity sold by the night operation store in the three extraction pictures corresponding to the second shooting picture, and determining the sale amount of each night operation store based on the comparison result of the two quantities. The financial settlement platform utilizing infrared heat sensation has a compact structure and wide application. The induction payment component with the customized structure and the night sales statistics component with the customized checkout mechanism can be introduced into the night operation store, so that the management requirements of the night operation store on electricity saving performance and intelligent level can be met.
Description
Technical Field
The invention relates to the field of financial payment, in particular to a financial checkout platform utilizing infrared heat sensation.
Background
The commodity sales refers to the final link after the commodity is purchased, stored and transported in a real object form through various operation activities of an operation enterprise.
The commodity sales refers to a transaction behavior that commodity production enterprises sell commodities operated by monetary settlement, transfer ownership, and obtain sales income. For the accounting of commodity sales, the accounting process is different due to different accounting methods adopted by enterprises. The accounting of wholesale commodity sales generally adopts a quantity pricing amount accounting algorithm. The sales modes can be divided into warehouse sales and direct transportation sales.
At present, in order to open the market from the conventional day-time business stores and perform differentiated competition to improve economic efficiency, some night-time business stores specially used for selling commodities at night are produced. These night-time operation stores fill the blank of the sales period, bring convenience to people, and simultaneously present new challenges to the management and settlement of commodities.
Disclosure of Invention
In order to solve the technical problems in the related field, the invention provides a financial checkout platform utilizing infrared heat sensation, which can introduce an induction payment component with a customized structure and a night sales amount statistic component with a customized checkout mechanism aiming at a night operation shop specially used for selling commodities at night, so that the intelligent level of commodity sales management at night is improved while the equipment power consumption is saved and the statistic efficiency is improved.
Therefore, the invention at least needs to have the following key invention points:
(1) The inductive payment component is characterized in that the inductive payment component is of a centralized customized structure in a night management shop, comprises an infrared thermal sensing device, a time detection device, an interface driving device and a payment execution device, and is used for refusing to execute payment operation when no customer exists in the front or the inductive payment component is not in a sale period, so that the consumed power of the payment device is saved;
(2) The intelligent visual detection component is centralized in the shop to complete the unmanned statistics of the turnover at night, so that the shop operation cost is reduced, and the shop money counting efficiency is improved.
According to an aspect of the present invention, there is provided a financial checkout platform using infrared heat, the platform comprising:
the inductive payment component is arranged in the night operation store and comprises an infrared thermal sensing device, a time detection device, an interface driving device and a payment execution device, wherein the infrared thermal sensing device is used for sensing whether heat emitted by a front end target of the inductive payment component is close to the body temperature of a human body or not, sending a first detection command when the heat is judged to be close to the body temperature of the human body, otherwise, sending a second detection command, the time detection device is used for sending a third detection command when the current time point is within an operation time interval set by the night operation store, otherwise, sending a fourth detection command, the interface driving device is respectively connected with the infrared thermal sensing device and the time detection device, is used for starting a payment interface for inputting payment information by a customer when receiving the first detection command and the third detection command, and is connected with the interface driving device, is used for entering a working mode from a power saving mode when the interface driving device starts the payment interface, and is used for completing the payment operation of the customer based on the payment information input by the customer;
the scene shooting part is arranged in front of a sales shelf of the night operation store, is used for executing the shooting action of the sales shelf to obtain a first shooting picture when the current time point is equal to the starting time point of the operation time interval set by the night operation store, and is also used for executing the shooting action of the sales shelf to obtain a second shooting picture when the current time point is equal to the ending time point of the operation time interval set by the night operation store;
the primary extraction mechanism is connected with the on-site shooting component and is used for executing gamma correction processing on the received first shot picture or the second shot picture so as to obtain a corresponding primary extraction picture;
the secondary extraction mechanism is connected with the primary extraction mechanism and is used for executing image content filtering processing based on gradient sharpening on the received primary extraction image so as to obtain a corresponding secondary extraction image;
the third extraction mechanism is connected with the second extraction mechanism and is used for executing picture content enhancement processing by using a signal frequency domain on the received second extraction picture so as to obtain three corresponding extraction pictures;
the quantity analysis component is connected with the third extraction mechanism and used for carrying out analysis operation on the imaging sub-picture of each commodity target in the received three extraction pictures based on factory pictures of various commodities sold by the night operation store so as to obtain the quantity of each commodity sold by the night operation store in the three extraction pictures;
and the price conversion part is connected with the quantity analysis part and is used for obtaining the quantity of each type of commodity sold by the night operation store in the three extraction pictures corresponding to the first shooting picture and obtaining the quantity of each type of commodity sold by the night operation store in the three extraction pictures corresponding to the second shooting picture, and determining the sales amount of the night operation store in the operation time interval set by the night operation store based on the comparison result of the two quantities.
According to another aspect of the invention, a financial checkout method using infrared heat sensing is further provided, and the method comprises the step of using a financial checkout platform using infrared heat sensing as described above for centralized intelligent inductive payment components in a night-time operation shop to save the consumption power of equipment and centralized intelligent visual detection components to complete unmanned statistics of sales.
The financial checkout platform utilizing infrared heat sensing has a compact structure and is widely applied. The induction payment component with the customized structure and the night sales statistics component with the customized checkout mechanism can be introduced into the night operation store, so that the management requirements of the night operation store on electricity saving performance and intelligent level can be met.
Drawings
Embodiments of the invention will now be described with reference to the accompanying drawings, in which:
fig. 1 is a schematic diagram illustrating an internal structure of a financial checkout platform using infrared heat induction according to an embodiment of the present invention.
Detailed Description
Embodiments of the financial checkout platform using infrared heat according to the present invention will be described in detail with reference to the accompanying drawings.
The direct commodity sales refers to a sales mode that wholesale enterprises directly transport and sell commodities purchased from different places to purchasing units without warehouse storage of the wholesale enterprises. The method comprises the following steps: the wholesale enterprise purchases goods from the remote goods supply unit and directly sends the goods to the goods purchasing unit, can entrust the goods supply unit to proxy when transacting the direct transportation, and can also be transacted by a purchaser dispatched by the wholesale enterprise at the location of the goods supply unit. Generally, after a wholesale enterprise purchases goods to a sales unit and sends the goods to a purchase unit, the sales unit fills two sets of collection supporting vouchers, and meanwhile, a consignment bank handles consignment collection, one part collects the goods to the wholesale enterprise on the name of the purchase unit, the payment of the goods is divided back to a purchase unit account by the wholesale enterprise account, the other part receives the payment to the purchase unit on the name of the wholesale enterprise, and the payment of the goods is directly divided back to the wholesale enterprise account and is received into the wholesale enterprise account. The accounting for the direct-transportation commodity sales needs to fill in the receiving and dispatching bill of the direct-transportation commodity, wherein the purchase unit price and the sale unit price are marked, and the bill is used as the basis for handling the payment for receiving and paying the bill.
At present, some night operation shops dedicated to selling commodities at night are produced in order to pull the market away from the conventional day operation shops and perform differentiated competition to improve economic benefits. The night-time operation stores make up for the blank of the sale time period, bring convenience to people and simultaneously provide new challenges for commodity management and payment.
In order to overcome the defects, the financial checkout platform utilizing infrared heat sensation is built, and the corresponding technical problem can be effectively solved.
Fig. 1 is a schematic diagram illustrating an internal structure of a financial checkout platform using infrared heat induction according to an embodiment of the present invention.
The first embodiment:
the financial checkout platform using infrared heat sensation comprises:
the inductive payment component is arranged in the night operation store and comprises an infrared thermal sensing device, a time detection device, an interface driving device and a payment execution device, wherein the infrared thermal sensing device is used for sensing whether heat emitted by a front end target of the inductive payment component is close to the body temperature of a human body or not, sending a first detection command when the heat is judged to be close to the body temperature of the human body, otherwise, sending a second detection command, the time detection device is used for sending a third detection command when the current time point is within an operation time interval set by the night operation store, otherwise, sending a fourth detection command, the interface driving device is respectively connected with the infrared thermal sensing device and the time detection device, is used for starting a payment interface for inputting payment information by a customer when receiving the first detection command and the third detection command, and is connected with the interface driving device, is used for entering a working mode from a power saving mode when the interface driving device starts the payment interface, and is used for completing the payment operation of the customer based on the payment information input by the customer;
the scene shooting part is arranged in front of a sales shelf of the night operation store, is used for executing the shooting action of the sales shelf to obtain a first shooting picture when the current time point is equal to the starting time point of the operation time interval set by the night operation store, and is also used for executing the shooting action of the sales shelf to obtain a second shooting picture when the current time point is equal to the ending time point of the operation time interval set by the night operation store;
the primary extraction mechanism is connected with the on-site shooting component and used for executing gamma correction processing on the received first shot picture or the second shot picture so as to obtain a corresponding primary extraction picture;
the secondary extraction mechanism is connected with the primary extraction mechanism and is used for executing image content filtering processing based on gradient sharpening on the received primary extraction image so as to obtain a corresponding secondary extraction image;
the third extraction mechanism is connected with the second extraction mechanism and is used for executing picture content enhancement processing by using a signal frequency domain on the received second extraction picture so as to obtain three corresponding extraction pictures;
the quantity analysis part is connected with the third extraction mechanism and is used for carrying out analysis operation on the imaging sub-picture of each commodity target in the received three extraction pictures based on factory pictures of various commodities sold by the night management store so as to obtain the quantity of each commodity sold by the night management store in the three extraction pictures;
the price conversion part is connected with the quantity analysis part and is used for obtaining the quantity of each type of commodity sold by the night operation store in the three extraction pictures corresponding to the first shooting picture and obtaining the quantity of each type of commodity sold by the night operation store in the three extraction pictures corresponding to the second shooting picture, and determining the sales amount of the night operation store in the operation time interval set by the night operation store based on the comparison result of the two quantities;
the determining of the sales amount of the night operation store within the operation time interval set by the night operation store based on the comparison result of the two quantities includes: the number of each type of commodity sold by the night operation store in the first shooting picture is extracted from three positions corresponding to the first shooting picture to the number of each type of commodity sold by the night operation store in the second shooting picture, and the sales amount of the night operation store in the operation time interval set by the night operation store is calculated based on the reduction value of the number of each type of commodity and the sales price of each type of commodity;
the method for calculating the sales amount of the night operation store in the operation time interval set by the night operation store according to the reduction value of the quantity of each type of commodity and the sales price of each type of commodity comprises the following steps: multiplying the reduction value of the quantity of each type of commodities by the sales price of each type of commodities to obtain the corresponding sales amount of each commodity, and accumulating the sales amounts respectively corresponding to various commodities sold by the night operation store to obtain the sales amount of the night operation store in the operation time interval set by the night operation store;
the interface driving device is further used for closing the payment interface when the second detection command is received;
the interface driving device is further used for closing the payment interface when receiving the fourth detection command;
the payment execution equipment is also used for entering a power saving mode from an operating mode while the interface driving equipment closes the payment interface.
Second embodiment:
the financial checkout platform using infrared heat sensation comprises:
the inductive payment component is arranged in the night operation shop and comprises an infrared thermal sensing device, a time detection device, an interface driving device and a payment execution device, wherein the infrared thermal sensing device is used for sensing whether heat emitted by a front end target of the inductive payment component is close to the body temperature of a human body or not, when the heat is judged to be close to the body temperature of the human body, a first detection command is sent out, otherwise, a second detection command is sent out, the time detection device is used for sending out a third detection command when the current time point is within an operation time interval set by the night operation shop, otherwise, a fourth detection command is sent out, the interface driving device is respectively connected with the infrared thermal sensing device and the time detection device, is used for starting a payment interface to enable a customer to input payment information when the first detection command and the third detection command are received, and is connected with the interface driving device, and is used for entering a working mode from a power saving mode when the interface driving device starts the payment interface, and is used for completing the payment operation of the customer based on the payment information input by the customer;
the scene shooting part is arranged in front of a sales shelf of the night operation store, is used for executing the shooting action of the sales shelf to obtain a first shooting picture when the current time point is equal to the starting time point of the operation time interval set by the night operation store, and is also used for executing the shooting action of the sales shelf to obtain a second shooting picture when the current time point is equal to the ending time point of the operation time interval set by the night operation store;
the primary extraction mechanism is connected with the on-site shooting component and is used for executing gamma correction processing on the received first shot picture or the second shot picture so as to obtain a corresponding primary extraction picture;
the secondary extraction mechanism is connected with the primary extraction mechanism and is used for executing the image content filtering processing based on gradient sharpening on the received primary extraction image to obtain a corresponding secondary extraction image;
the third extraction mechanism is connected with the second extraction mechanism and is used for executing picture content enhancement processing by using a signal frequency domain on the received second extraction picture so as to obtain three corresponding extraction pictures;
the quantity analysis part is connected with the third extraction mechanism and is used for carrying out analysis operation on the imaging sub-picture of each commodity target in the received three extraction pictures based on factory pictures of various commodities sold by the night management store so as to obtain the quantity of each commodity sold by the night management store in the three extraction pictures;
a price conversion part which is connected with the quantity analysis part and is used for obtaining the quantity of each kind of commodity sold by the night management store in the three extraction pictures corresponding to the first shooting picture and obtaining the quantity of each kind of commodity sold by the night management store in the three extraction pictures corresponding to the second shooting picture and determining the sales amount of the night management store in the management time interval set by the night management store based on the comparison result of the two quantities;
the big data service network element is arranged at the far end of the night operation shop and used for providing data service for the night operation shop;
the big data service network element is arranged at the far end of the night operation store and used for providing data services for the night operation store, and comprises the following steps: the big data service network element provides factory pictures of various commodities sold by the night operation store for the night operation store;
determining the sales amount of the night operation shop within the operation time zone set by the night operation shop based on the comparison result of the two numbers includes: the number of each type of commodity sold by the night operation store in the first shooting picture is extracted from three positions corresponding to the first shooting picture to the number of each type of commodity sold by the night operation store in the second shooting picture, and the sales amount of the night operation store in the operation time interval set by the night operation store is calculated based on the reduction value of the number of each type of commodity and the sales price of each type of commodity;
the method for calculating the sales amount of the night operation store in the operation time interval set by the night operation store according to the reduction value of the quantity of each type of commodity and the sales price of each type of commodity comprises the following steps: multiplying the reduction value of the quantity of each type of commodities by the sales price of each type of commodities to obtain the corresponding sales amount of each commodity, and accumulating the sales amounts respectively corresponding to various commodities sold by the night operation store to obtain the sales amount of the night operation store in the operation time interval set by the night operation store;
the interface driving device is further used for closing the payment interface when the second detection command is received;
the interface driving device is further used for closing the payment interface when receiving the fourth detection command;
the payment execution equipment is also used for entering a power saving mode from an operating mode while the interface driving equipment closes the payment interface.
Meanwhile, in order to overcome the defects, the invention also discloses a financial settlement method utilizing infrared heat, which comprises the steps of using the financial settlement platform utilizing infrared heat to intensively and intelligently sense a payment component in a night operation shop so as to save the consumed power of equipment and intensively and intelligently sense a visual detection component so as to finish unmanned statistics on turnover.
In addition, in the financial checkout platform utilizing infrared heat, a cloud service node can be arranged at the far end of the night operation store to provide data service for the night operation store;
wherein, high in the clouds service node sets up the distal end at the shop of managing night for it includes to manage the shop and provide data service for night: the cloud service node provides factory pictures of various commodities sold by the night operation store for the night operation store.
While examples of embodiments of the invention have been shown and described, it will be understood by those skilled in the art that various other modifications may be made, and equivalents may be substituted, without departing from the true scope of the invention. In addition, many modifications may be made to adapt a particular situation to the teachings of the present invention without departing from the inventive concepts described herein. Therefore, it is intended that the invention not be limited to the particular embodiment disclosed, but that the invention will include all embodiments falling within the scope of the appended claims.
Claims (7)
1. A financial checkout platform utilizing infrared thermal sensing, the platform comprising:
the inductive payment component is arranged in the night operation store and comprises an infrared thermal sensing device, a time detection device, an interface driving device and a payment execution device, wherein the infrared thermal sensing device is used for sensing whether heat emitted by a front end target of the inductive payment component is close to the body temperature of a human body or not, sending a first detection command when the heat is judged to be close to the body temperature of the human body, otherwise, sending a second detection command, the time detection device is used for sending a third detection command when the current time point is within an operation time interval set by the night operation store, otherwise, sending a fourth detection command, the interface driving device is respectively connected with the infrared thermal sensing device and the time detection device, is used for starting a payment interface for inputting payment information by a customer when receiving the first detection command and the third detection command, and is connected with the interface driving device, is used for entering a working mode from a power saving mode when the interface driving device starts the payment interface, and is used for completing the payment operation of the customer based on the payment information input by the customer;
the interface driving device is further used for closing the payment interface when the second detection command is received;
the interface driving device is further used for closing the payment interface when receiving the fourth detection command;
a field shooting part arranged in front of the sales shelf of the night operation store, used for executing the shooting action of the sales shelf to obtain a first shooting picture when the current time point is equal to the starting time point of the operation time interval set by the night operation store, and also used for executing the shooting action of the sales shelf to obtain a second shooting picture when the current time point is equal to the ending time point of the operation time interval set by the night operation store;
the primary extraction mechanism is connected with the on-site shooting component and is used for executing gamma correction processing on the received first shot picture or the second shot picture so as to obtain a corresponding primary extraction picture;
the secondary extraction mechanism is connected with the primary extraction mechanism and is used for executing the image content filtering processing based on gradient sharpening on the received primary extraction image to obtain a corresponding secondary extraction image;
the third extraction mechanism is connected with the second extraction mechanism and is used for executing picture content enhancement processing by using a signal frequency domain on the received second extraction picture so as to obtain three corresponding extraction pictures;
the quantity analysis component is connected with the third extraction mechanism and used for carrying out analysis operation on the imaging sub-picture of each commodity target in the received three extraction pictures based on factory pictures of various commodities sold by the night operation store so as to obtain the quantity of each commodity sold by the night operation store in the three extraction pictures;
and the price conversion part is connected with the quantity analysis part and is used for obtaining the quantity of each type of commodity sold by the night operation store in the three extraction pictures corresponding to the first shooting picture and obtaining the quantity of each type of commodity sold by the night operation store in the three extraction pictures corresponding to the second shooting picture, and determining the sales amount of the night operation store in the operation time interval set by the night operation store based on the comparison result of the two quantities.
2. The financial checkout platform utilizing infrared heat according to claim 1 wherein said platform further comprises:
and the big data service network element is arranged at the far end of the night operation store and is used for providing data service for the night operation store.
3. The financial checkout platform utilizing infrared heat sensing of claim 2 wherein:
the big data service network element is arranged at the far end of the night operation store and used for providing data services for the night operation store, and comprises the following steps: and the big data service network element provides factory pictures of various commodities sold by the night operation store for the night operation store.
4. The financial checkout platform utilizing infrared heat sensing of any of claims 1-3 wherein:
the determining of the sales amount of the night operation store within the operation time interval set by the night operation store based on the comparison result of the two quantities includes: and calculating the sales amount of each type of commodity sold by the night operation store in the operation time interval set by the night operation store based on the reduction value of the quantity of each type of commodity and the sales price of each type of commodity.
5. The financial checkout platform utilizing infrared heat sensing of claim 4 wherein:
the method for calculating the sales amount of the night operation store in the operation time interval set by the night operation store according to the reduction value of the quantity of each type of commodity and the sales price of each type of commodity comprises the following steps: and multiplying the reduction value of the quantity of each type of commodities by the sales price of each type of commodities to obtain the corresponding sales amount of each commodity, and accumulating the sales amounts respectively corresponding to the various types of commodities sold by the night operation store to obtain the sales amount of the night operation store in the operation time interval set by the night operation store.
6. The financial checkout platform utilizing infrared heat sensing of claim 5 wherein:
the payment execution equipment is also used for entering a power saving mode from an operating mode while the interface driving equipment closes the payment interface.
7. A financial checkout method using infrared heat, the method comprising providing a financial checkout platform using infrared heat according to any one of claims 1 to 6 for operating shops at night to centralize intelligent sensing payment means to save power consumed by devices and to centralize intelligent visual detection means to complete unmanned statistics of turnover.
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| CN109903484A (en) * | 2018-12-25 | 2019-06-18 | 中国银联股份有限公司 | A kind of self-checkout equipment and self-service accounts settling method |
| CN110020848A (en) * | 2018-12-14 | 2019-07-16 | 拉扎斯网络科技（上海）有限公司 | A kind of method that nobody sells, intelligent commodity shelf and storage medium |
| CN110853258A (en) * | 2018-08-21 | 2020-02-28 | 罗勇 | Scanning type automatic cash registering method |
| CN210605957U (en) * | 2019-06-03 | 2020-05-22 | 广州织点智能科技有限公司 | Self-checkout terminal |
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| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US9536236B2 (en) * | 2012-06-08 | 2017-01-03 | Ronny Hay | Computer-controlled, unattended, automated checkout store outlet and related method |
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Patent Citations (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110853258A (en) * | 2018-08-21 | 2020-02-28 | 罗勇 | Scanning type automatic cash registering method |
| CN110020848A (en) * | 2018-12-14 | 2019-07-16 | 拉扎斯网络科技（上海）有限公司 | A kind of method that nobody sells, intelligent commodity shelf and storage medium |
| CN109903484A (en) * | 2018-12-25 | 2019-06-18 | 中国银联股份有限公司 | A kind of self-checkout equipment and self-service accounts settling method |
| CN210605957U (en) * | 2019-06-03 | 2020-05-22 | 广州织点智能科技有限公司 | Self-checkout terminal |
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