TWI793171B - Cloud chess room charging management system based on wireless Internet of Things technology - Google Patents

Abstract

A cloud card room charge management system based on wireless Internet of Things technology, comprising a cloud server; a cloud program system installed in the cloud server for performing related operations of the entire system; a front computer and peripheral devices connected to the cloud server; A mobile phone is connected to the cloud server for remote monitoring by the manager; a handheld mobile phone is connected to the cloud server for the on-site chess and card room service personnel to operate; at least one mahjong machine and peripheral device combination structure is connected to the cloud server; each The combination structure of the mahjong machine and peripheral devices includes a mahjong machine. During operation, the player swipes the membership card on the combination structure of the mahjong machine and peripheral devices. At the same time, the mahjong machine is activated to allow players to entertain and give membership points; a self-service organization connects to the cloud server, and the player swipes the membership card to log in to the member interface to perform various self-service operations; and a self-service commodity organization There are built-in products for players to purchase, and it can scan the QR code of the self-service organization to identify the name of the product, and output the corresponding product to the player.

Description

Cloud chess room charging management system based on wireless Internet of Things technology

The invention relates to a charge management system for a chess and card room, in particular to a cloud card and card room charge management system based on wireless Internet of Things technology.

The charging method of the chess and card room of the known technology generally requires management personnel to personally settle on the spot, which consumes manpower and material resources. At present, there are also stand-alone semi-automatic charging methods such as credit card charging and computer settlement. Although it can save some manpower and material resources, it cannot realize remote management and monitoring, player self-service, and almost unattended charging settlement mode. And the existing management system only charges the table fee of the chess and card room, and does not manage the charging items such as commodity consumption and point exchange of players entertained in the chess and card room. Moreover, the fee model is single and cannot adapt to various flexible business models.

For example, the mainland patent No. 201620120831.7 patent case proposes an automatic mahjong machine remote management system, which only realizes the remote management and monitoring of the mahjong machine, and cannot realize the player's self-service (only self-service can greatly reduce service personnel and service errors , and can be unattended under certain conditions). Moreover, this kind of system uses the regional controller as an intermediary, which will increase the difficulty of system installation and the instability of the system, and only manage the mahjong machine fee funds, but not the player's commodity consumption and point exchange in the chess and card room. Effective management will lead to capital loss, and its fee model is single, which cannot adapt to various flexible business models.

Another example is the mainland patent No. 201810022204.3 patent case, which proposes a chess and card room management system, which uses the host computer to control the operation of extensions, uses recharge cards as player storage media, and bills each mahjong machine separately. This system also cannot realize remote supervision and unattended self-service. Only the funds for mahjong machine fees are managed, and there is no effective management of players' commodity consumption and points exchange in the chess and card room, which will lead to capital losses. Furthermore, its charging model is single and cannot adapt to various flexible business models.

Therefore, the mahjong machine charging system of the known technology can only solve the automatic settlement problem on the spot, that is, replace the manual process of timing and billing. Issuing cards, collecting money, checking, making change, selling goods, exchanging, etc.; and the charging mode is single, which cannot be flexibly switched according to the operating characteristics of the chess and card room. Since the continuous reduction of the demographic dividend is a general trend, the cost of manual services is a relatively large expense for the operators of the chess and card room.

Therefore, this case hopes to propose a brand-new cloud card room fee management system based on wireless Internet of Things technology to solve the above-mentioned defects in the previous technology.

Therefore, the purpose of the present invention is to solve the above-mentioned problems in the prior art. In the present invention, a cloud card room charge management system based on wireless Internet of Things technology is proposed, which is a cloud system program deployed on a cloud server (i.e. card charge system service Program), and the mobile phone APP, handheld APP, self-service organization, self-service commodity organization, front computer, handheld machine and mahjong machine connected to the cloud server, and the wireless network system combined with the above components can realize the chess and card room Remote monitoring by managers, on-site supervision by service personnel, and self-service entertainment functions for players. Therefore, the purpose of reducing service personnel, reducing billing errors, improving management efficiency, and improving players' entertainment effects and enthusiasm can be achieved. This case allows players to complete registration, card issuance, recharge, exchange for goods, point activities, independent entertainment and other operations by themselves. It can not only reduce the number of service personnel, but also improve the entertainment experience of players. Combined with the self-service vending system and automatic checkout function of this case, the purpose of greatly reducing service personnel can be achieved, and even unattended to a certain extent.

Furthermore, this case can realize multiple charging modes such as charging by time, charging by laps, charging by pots, charging by rounds, and charging by games. In addition, in this case, the amount of mahjong machine's table fee, commodity sales amount, point exchange amount and other related fund data are centralized and closed to form a unified account, which can avoid confusion in operating accounts and loss of operating funds, etc. situation. Therefore, management efficiency can be greatly improved, capital costs can be saved, and overall operating efficiency can be improved.

In order to achieve the above object, the present invention proposes a cloud card room charging management system based on wireless Internet of Things technology, including a cloud server for generating control pages for managers and players to operate; a cloud program system is installed in the cloud server, It is used to carry out relevant operations of the entire system; the cloud program system is used to assign an account number and encrypted password of the membership card to each player in the chess and card room, so as to ensure that the membership cards between the chess and card rooms will not be used in conjunction; the cloud program system It includes a database for storing operation-related data; a front-end computer and peripheral devices are connected to the cloud server, and the built-in browser of the application is used to log in to the chess room account to enter the cloud server; a mobile phone is connected to the cloud server, and the mobile phone A mobile APP is installed, and the built-in browser is used to log in to the chess room account to enter the cloud server, and the cloud server generates a control page and sends it to the mobile APP for remote monitoring by the administrator; a hand-held mobile phone is connected to the cloud Server, the handset is equipped with a handset APP, which uses the built-in browser to log in to the chess and card room account to enter the cloud server, and the cloud server generates a control page and sends it to the handset APP for on-site chess and card room services personnel to operate; at least one mahjong machine and peripheral devices are connected to the cloud server The combined structure of the mahjong machine and peripheral devices includes a mahjong machine. During operation, the player swipes the membership card on the combined structure of the mahjong machine and peripheral devices. When the combined structure of the mahjong machine and peripheral devices detects that the membership card has a balance , the charge will be deducted according to the charging rules set by the front-end computer and peripheral devices or the mobile APP on the cloud server, and the mahjong machine will be activated at the same time so that players can have entertainment; the combined structure of the mahjong machine and peripheral devices is based on the set Billing and automatic settlement deduction according to the rules, and give membership points; when the balance of the membership card is insufficient, the mahjong machine and the peripheral device combination structure will automatically shut down the mahjong machine; The built-in browser logs into the chess and card room account and enters the cloud server, and the cloud server generates a control page and sends it to the self-service organization for self-service operation of the player, and the player swipes the membership card to log in to the member interface to perform various operations; and a self-service commodity The institution uses a router to connect to the cloud server; the self-service commodity institution has built-in commodities for players to purchase; the self-service commodity institution uses the self-service commodity scanner to scan the QR code of the self-service institution to identify the commodity name, and will The goods output to the player.

The features and advantages of the present invention can be further understood from the following description, please refer to the accompanying drawings when reading.

1: Cloud server

2: front desk computer

3: mobile phone

57:Router

61: Self-service commodity terminal controller

62: Self-service commodity terminal touch screen

4: Mahjong machine

5: Self-service agencies

6: Self-service commodity organization

7: IoT server

8:Handheld

9: Cloud program system

10: Front computer and peripheral devices

21: Front desk card reader

22: Front desk printer

23: front router

40: Combined structure of mahjong machine and peripheral devices

42: Power controller

43: Main control circuit

44: Credit card mechanism

45:Wireless communication module

46: Main controller

47: Power

50:Self-service terminal controller

51: card issuer

52: Self-service terminal touch screen

53:Self-service ticket printing machine

54: coin acceptor

63:Receipt printing machine at the self-service commodity terminal

64: Shipping mechanism

65: Self-service commodity scanner

66:Router

67: Self-service commodity end card reader

68: Outlet

82:Handheld controller

83:Handheld card reader

84:Handheld touch screen

88:Router

91: Functional module

92: Database

93: communication port

301:Mobile APP

801:Handheld APP

911: Activity Management Unit

912: desk management unit

913:Member management unit

914: commodity management unit

915:Employee management unit

916: Report interface unit

917:Call service unit

55: Self-service terminal card reader

56:Self-service scanner

918: parameter setting unit

919: user management unit

Figure 1 shows a schematic diagram of the physical configuration of the main components of this project.

Figure 2 shows the structural block diagram of the main components of this project.

Figure 3 shows the structure block diagram of the front computer and peripheral devices in this case.

Fig. 4 shows the structural block diagram of the combined structure of the mahjong machine and peripheral devices of this case.

Figure 5 shows a block diagram of the structure of the self-service organization in this case.

Figure 6 shows a block diagram of the structure of the self-service commodity organization in this case.

Fig. 7 shows the structural block diagram of the handset of this case.

Figure 8 shows a schematic diagram of the application process of this case.

Fig. 9 shows the block diagram of the structure of the cloud server in this case.

Figure 10 shows a schematic diagram of the application process of this case.

Hereby, with regard to the structural composition of this case, and the effect and advantages that can be produced, in cooperation with the drawings, one of the preferred embodiments of this case is described in detail as follows.

Please refer to Fig. 1 to Fig. 10, which show the cloud card room charging management system based on wireless Internet of Things technology of the present invention, including the following components:

A cloud server 1 is used to generate control pages for managers and players to operate. Managers use this control page to perform member registration, setting and management, card room table charge rule setting, table management, product setting and sales, inventory management, exchange settings, query and generate business reports, member recharge, checkout and Operations such as hardware binding of the mahjong machine.

A cloud program system 9 is installed in the cloud server 1 for performing related operations of the entire system. This cloud program system 9 is used for distributing an account number and the encrypted password of membership card (recharging card) to each chess and card room player, can not be used in conjunction with guaranteeing the membership card between chess and card rooms. The cloud program system 9 includes a database 92 for storing operation-related data.

A front-end computer and peripheral devices 10 are connected to the cloud server 1, and the built-in browser is used to log in the card room account to enter the cloud server 1.

A mobile phone 3 is connected to the cloud server 1, and a mobile phone APP 301 is installed in the mobile phone 3, which is a built-in browser to log in the card room account to enter the cloud server 1, and the cloud server 1 generates a control page and sends it to the mobile phone APP 301 is used for remote monitoring by managers.

A handset 8 is connected to the cloud server 1, and a handset APP 801 is installed in the handset 8, which uses a built-in browser to log into the chess room account to enter the cloud server 1, and the cloud server 1 generates a control page and transmits the Go to the handset APP 801 for the on-site chess and card room service personnel to operate.

At least one mahjong machine and peripheral device combination structure 40 is connected to the cloud server 1 . Each of this mahjong machine and peripheral device combination structure 40 comprises a mahjong machine 4, and the player swipes a membership card (recharge card) on this mahjong machine and peripheral device combination structure 40 during operation, when this mahjong machine and peripheral device combination structure 40 detects If there is still a balance in the membership card, the payment will be deducted according to the charging rules set by the front computer and peripheral device 10 or mobile phone APP 301 on the cloud server 1, and the mahjong machine 4 will be activated simultaneously so that the player can entertain.

Wherein the combination structure 40 of the mahjong machine and peripheral devices is billed according to the set rules and automatically settled and debited, and presents member points. When the balance of the membership card is insufficient, the mahjong machine and peripheral device combination structure 40 automatically closes the mahjong machine 4 . Now the player can take the membership card to the front desk computer and the peripheral device 10 or the self-service mechanism 5 or the handset 8 to recharge.

A self-service organization 5 is connected to the cloud server 1, and the built-in browser is used to log in the chess and card room account to enter the cloud server 1, and the control page is generated by the cloud server 1 and sent to the self-service organization 5 for self-service operation by the players. Players swipe their membership cards to log in to the membership interface to perform operations such as recharge, point exchange, product sales, lottery activities, and self-service inquiries.

A self-service commodity organization 6 uses a router 66 to connect to the cloud server 1 . This self-service merchandise mechanism 6 is built with merchandise for players to purchase. The self-service commodity mechanism 6 uses the self-service commodity terminal scanner 65 to scan the two-dimensional code of the self-service mechanism 5 to identify the product name, and outputs the corresponding commodity to the player.

Figure 1 shows a schematic diagram of the physical configuration of this case.

As shown in FIG. 2 , the combined structure 40 of at least one mahjong machine and peripheral devices is connected to the cloud server 1 via an Internet of Things server 7 . The at least one mahjong machine and peripheral device assembly structure 40 is wirelessly connected to the Internet of Things server 7 , and the Internet of Things server 7 is used to manage all the mahjong machine and peripheral device assembly structures 40 . Applying the Internet of Things server 7 and the cloud server 1 can make the whole system operate at high speed and stably.

FIG. 3 shows a structural diagram of the front computer and peripheral devices 10 .

Wherein the front desk computer and peripheral device 10 also include:

A front computer 2 logs into the card room account through a browser to enter the cloud server 1, and the control page generated by the cloud server 1 is sent to the front computer 2.

A front-end card reader 21 is connected to the front-end computer 2 for reading and writing data on the membership card, including recharging the membership card and assigning the membership card to new members.

A front-end printer 22 is connected to the front-end computer 2 for printing operation-related bills, including checkout slips, storage slips, and stock-out slips.

A foreground router 23 is connected to the foreground computer 2 , and the foreground computer 2 is connected to the cloud server 1 by using the foreground router 23 .

FIG. 4 shows a structure diagram of the combined structure 40 of the mahjong machine and peripheral devices. Wherein the combination structure 40 of the mahjong machine and peripheral devices also includes:

A power controller 42 is connected to the power supply 47 of the mahjong machine 4 for controlling the opening and closing of the power supply 47 of the mahjong machine 4 .

A master controller 46 is connected to the power controller 42, and the master controller 46 includes a The main control circuit 43 and a wireless communication module 45 connected to the main control circuit 43 . The wireless communication module 45 is connected to the cloud server 1 through a wireless router.

At least one card swiping mechanism 44 is connected to the main controller 46 . When the payment method is that one person pays the platform fee, the at least one card-swiping mechanism 44 is a single card-swiping mechanism; when the payment method is that four players share the platform fee equally, the at least one card-swiping mechanism 44 is four card-swiping mechanisms.

After a player places the membership card on the card swiping mechanism 44, when the main controller 46 detects that the balance of the membership card is sufficient, it will be deducted according to the charging rules set by the front desk computer 2 or the mobile phone APP 301 on the cloud server 1. At the same time, the main controller 46 instructs the power controller 42 to turn on the power 47 of the mahjong machine 4, so that the player can entertain. When the power 47 of the mahjong machine 4 is turned on, the main controller 46 uploads the real-time running status of the mahjong machine 4 to the cloud server 1 for data analysis and mining.

FIG. 5 shows a composition diagram of the self-service mechanism 5 .

The self-service organization 5 is connected to the cloud server 1 via a router 57 . The self-service agency5 includes:

A self-service terminal controller 50 .

A self-service terminal touch screen 52 is connected to the self-service terminal controller 50 for displaying operation images and receiving operation instructions from players.

A card issuer 51 is connected to the self-service terminal controller 50 for issuing membership cards to players. Self-issue membership cards to players.

A self-service terminal ticket printer 53 is connected to the self-service terminal controller 50, It is used to print the relevant ticket of the player during operation, and the ticket is a QR code ticket.

A coin acceptor 54 is connected to the self-service terminal controller 50 for receiving cash from the player. When the player recharges the membership card, the coin acceptor 54 can be used for self-service payment operation.

A self-service terminal scanner 56 is connected to the self-service terminal controller 50, and is used to scan external identification codes for electronic payment operations. For example, when a player recharges a membership card, payment can be made by scanning the payment codes of Alipay, WeChat, etc. Operation.

A self-service terminal card reader 55 is connected to the self-service terminal controller 50, and is used for reading and writing the membership card, so as to perform operations such as login of the membership interface, recharging of the membership card, redemption of points, and the like.

When a new player registers as a member, the player first logs in to the registration page via the self-service terminal touch screen 52 and inputs the registration information, and then the self-service organization 5 transmits the input information to the cloud server 1 for processing, and the cloud server 1 The processed registration information is sent back to the self-service organization 5, and the card issuer 51 is instructed by the self-service terminal controller 50 to output a new membership card to the player.

The player uses the membership card swiping operation of the self-service terminal card reader 55 to log in to the member interface of the cloud server 1 to perform operations such as recharging, point exchange, commodity sales, lottery activities or self-service inquiries. The relevant operation data is sent back to the cloud server 1 for storage, and the two-dimensional code ticket is printed to the player via the ticket printing machine 53 at the self-service terminal.

FIG. 6 shows a composition diagram of the self-service commodity mechanism 6 .

The self-service commodity mechanism 6 is connected to the cloud server 1 via a router 66 .

The DIY Merchandise Set 6 contains:

A self-service commodity terminal controller 61;

A self-service commodity end touch screen 62 is connected to the self-service commodity end controller 61 for displaying operation screens and receiving operation instructions from players.

A self-service commodity terminal ticket printer 63 is connected to the self-service commodity terminal controller 61 for printing tickets for related operations;

A self-service commodity terminal scanner 65 is connected to the self-service commodity terminal controller 61, and is used to scan the two-dimensional code list of point exchange commodity or commodity sales QR code printed by the self-service terminal ticket printing machine 53 on the self-service mechanism 5 one.

A delivery mechanism 64 is connected to the self-service commodity end controller 61, and is used to push commodities into a delivery port 68 for players;

A self-service commodity terminal card reader 67 is connected to the self-service commodity terminal controller 61, and is used to provide the function of reading and writing the membership card, which is used to identify the consumption information of the member and use the balance in the card as the payment commodity amount.

During operation, the player places the two-dimensional code list of point exchange product or the two-dimensional code list of product sales printed by the self-service ticket printing machine 53 of the self-service institution 5 on the scanner 65 of the self-service product terminal for scanning, identification and transmission. to the self-service commodity terminal controller 61, and the self-service commodity terminal controller 61 compares the two-dimensional code with the data stored on the cloud server 1, and when the comparison is passed, the self-service commodity terminal controller 61 instructs the self-service commodity terminal controller Carrying mechanism 64 pushes goods into this delivery port 68 to the player.

FIG. 7 shows a schematic diagram of the composition of the handset 8 . The handset 8 also includes:

A handheld controller 82 is used to control related operations of the handheld 8 .

A hand-held card reader 83 is connected to the hand-held controller 82 for reading and writing card information. By swiping the card, operations such as member registration, recharge, exchange, and consumption can be performed.

A handheld receipt printer 81 is connected to the handheld controller 82 for printing related receipts such as bills after operation.

A hand-held touch screen 84 is connected to the hand-held controller 82 for displaying operation screens and receiving player's operation instructions.

The handset 8 is connected to the cloud server 1 through a wireless router 88 . Preferably, the operating system of the handset 8 is the Android system. The handset 8 can be a customized mobile phone or PDA with card reading and printing functions.

The above-mentioned front desk computer and peripheral device 10, the handset 8, the mahjong machine and peripheral device combination structure 40, the self-service mechanism 5 and the self-service commodity mechanism 6 can use WiFi, GPRS, bluetooth, or network lines to connect the Cloud Server 1. Among them, WiFi connection is the best.

Figure 8 shows a schematic diagram of the application process of this case.

During operation, the manager of the chess and card room first enters the cloud server 1 via the front computer 2 and registers a store. After paying the corresponding fee, the manager can log in to the background user management system to activate account-related functions and assign user keys to user.

The manager of the chess and card room logs in the account assigned to it, and uses the front computer 2 to bind the hardware of the mahjong machine 4 corresponding to the store (in the Internet of Things server 7), and then sets the various operating parameters of the store. After completion, players can be provided with member registration, recharge, product exchange, product purchase, card swiping and playing mahjong and other operations. The data generated by the player during entertainment is transmitted to the database of the cloud server 1 to be stored for subsequent use.

FIG. 9 shows a schematic diagram of the structure of the cloud server 1 and the cloud program system 9 of this case.

The cloud program system 9 can be set up on the cloud server 1 and the Internet of Things server 7 .

The cloud program system 9 also includes a functional module 91, including an activity management unit 911, a Desk management unit 912, a member management unit 913, a product management unit 914, an employee management unit 915, a report interface unit 916, a call service unit 917, a parameter setting unit 918 and a user management unit 919, apply the above Each unit performs various corresponding operations.

The cloud program system 9 also includes a communication port 93 to connect the function module 91 and the database 92 . The communication port 93 is used to receive operation requests from managers or players, and generate corresponding control pages through the cloud program system 9 and then send them to managers or players through the communication port 93 . Each terminal is connected to the communication port 93 via its own account and network to log in and receive the corresponding control page, so that the administrator and the player can complete various operations.

Figure 10 shows a schematic diagram of the application process of this case.

In the unattended state, the new player uses the self-service mechanism 5 to perform a self-registration operation, enters correct member information according to the prompts, and sends it to the cloud server 1 for processing, that is, completes the self-registration.

After completing the self-registration, the card issuer 51 of the self-service mechanism 5 activates and distributes the new membership card to the new player. When a new player or an old player finds that the balance of their membership card is insufficient, the self-service mechanism 5 can be used for self-service recharging. Among them, cash, Alipay or WeChat can be used to recharge.

After the player places the membership card with remaining balance on the card swiping mechanism 44 of the mahjong machine and the peripheral device combination structure 40, the mahjong machine and the peripheral device combination structure 40 deduct money and open the power supply 47 of the mahjong machine 4, so that the player The fun can begin. Wherein the membership card is placed on the card swiping mechanism 44, and the mahjong machine and peripheral device combination structure 40 performs automatic deduction operations according to the charging rules set, and automatically generates points according to the point generation rules set by the system at the same time. The charging rules may be different charging rules such as charging by hour, charging by circle, charging by pan, charging by bureau, charging by field, and the like.

Wherein the mode of charging on time is to collect the usage fee of the mahjong machine 4 according to the time in the chess and card room. Generally, billing units are minutes and hours.

Wherein the mode of charging by game is that the chess and card room collects the use fee of the mahjong machine 4 with the number of games as the billing unit. Among them, the mahjong machine is shuffled as a game.

Wherein, the mode of charging according to the pot is that the chess and card room collects the usage fee of the mahjong machine 4 with the number of pots as the billing unit. Among them, when a player loses all of his rated chips, it is regarded as a pot.

Wherein the mode of charging by circle is that the chess and card room collects the usage fee of the mahjong machine 4 with the number of circles as the billing unit. Among them, when all four players take turns to be the banker once, it is regarded as a circle.

Wherein the method of charging by game is that the chess and card room charges the use fee of the mahjong machine 4 according to the number of games. Among them, a specific time period is defined as one field. For example, it is divided into morning session, afternoon session, or evening session.

When the player has accumulated enough points, he can hold the membership card to the self-service mechanism 5 and swipe his card to enter the member interface to exchange points for commodity operations and points activities (such as point lottery games). After the player completes the commodity exchange, he can use the self-service commodity mechanism 6 to scan the two-dimensional code ticket printed by the self-service mechanism 5 to obtain the redeemed commodity.

In summary, under certain conditions (when the membership card storage quantity of the card issuer 51 of the self-service mechanism 5 is sufficient and the commodities in the self-service commodity mechanism 6 are sufficient), the operation of the whole chess and card room can be performed in an unattended To achieve the purpose of automatic operation. Even if a supervisor is required, applying the structure of this case can greatly reduce the number of service personnel required.

In this case, the cloud system program deployed on the cloud server (i.e., the service program of the chess and card charging system), as well as the mobile phone APP, handheld APP, self-service organization, self-service commodity organization, front-end computer, handheld phone and mahjong machine connected to the cloud server, Combined with the application of wireless network system The various components described above can realize the remote monitoring of the chess and card room manager, the on-site supervision of the service personnel, and the self-service entertainment functions of the players. Therefore, the purpose of reducing service personnel, reducing billing errors, improving management efficiency, and improving players' entertainment effects and enthusiasm can be achieved. This case allows players to complete registration, card issuance, recharge, exchange for goods, point activities, independent entertainment and other operations by themselves. It can not only reduce the number of service personnel, but also improve the entertainment experience of players. Combined with the self-service vending system and automatic checkout function of this case, the purpose of greatly reducing service personnel can be achieved, and even unattended to a certain extent.

Furthermore, this case can realize multiple charging modes such as charging by time, charging by laps, charging by pots, charging by rounds, and charging by games. In addition, in this case, the amount of mahjong machine's table fee, commodity sales amount, point exchange amount and other related fund data are centralized and closed to form a unified account, which can avoid confusion in operating accounts and loss of operating funds, etc. situation. Therefore, management efficiency can be greatly improved, capital costs can be saved, and overall operating efficiency can be improved.

To sum up, the humanized and thoughtful design of this case is quite in line with actual needs. Its specific improvement has existing deficiencies, and compared with the prior art, it has the advantage of breakthrough progress, and indeed has the enhancement of efficacy, and it is not easy to achieve. This case has not been published or disclosed in domestic and foreign literature and market, which is in compliance with the provisions of the patent law.

The above detailed description is a specific description of a feasible embodiment of the present invention, but this embodiment is not used to limit the patent scope of the present invention, and any equivalent implementation or change that does not depart from the technical spirit of the present invention shall be included in In the patent scope of this case.

1: Cloud server

3: mobile phone

5: Self-service agencies

6: Self-service commodity organization

8:Handheld

10: Front computer and peripheral devices

40: Combined structure of mahjong machine and peripheral devices

Claims (10)

A cloud card room charging management system based on wireless Internet of Things technology, including: a cloud server, used to generate control pages for managers and players to operate; a cloud program system installed in the cloud server, used for the entire system. Operation; the cloud program system is used to assign an account number and the encryption password of the membership card to each player in the chess and card room, so as to ensure that the membership cards between the chess and card rooms will not be used in conjunction; the cloud program system includes a database for storing Operation-related data; a front computer and peripheral devices connected to the cloud server, and a built-in browser to log in to the chess room account to enter the cloud server; a mobile phone connected to the cloud server, and a mobile APP is installed in the mobile phone, which is the application The built-in browser logs into the chess room account to enter the cloud server, and the cloud server generates a control page and sends it to the mobile APP for remote monitoring by the administrator; a hand-held phone connects to the cloud server, and the hand-held phone installs There is a handheld APP, which uses a built-in browser to log in to the account of the chess and card room to enter the cloud server. The cloud server generates a control page and sends it to the handheld APP for the on-site chess and card room service personnel to operate; at least one mahjong The combined structure of the mahjong machine and peripheral devices is connected to the cloud server; each combined structure of the mahjong machine and peripheral devices includes a mahjong machine. If the structure detects that there is still a balance in the membership card, it will deduct the payment according to the charging rules set by the front computer and peripheral devices or the mobile APP on the cloud server, and at the same time start the mahjong machine so that players can entertain; the mahjong machine The combined structure of the mahjong machine and peripheral devices is billing and automatic settlement deduction according to the set rules, and member points are presented; when the balance of the membership card is insufficient, the mahjong machine and peripheral devices The mahjong machine is automatically shut down by setting the combined structure; a self-service organization connects to the cloud server, and the built-in browser is used to log in the chess and card room account to enter the cloud server, and the cloud server generates a control page and sends it to the self-service organization for players Self-service operations, through which players swipe their membership cards to log in to the member interface to perform various operations; and a self-service commodity mechanism, which uses a router to connect to the cloud server; the self-service commodity mechanism has built-in commodities for players to purchase; the self-service commodity mechanism uses self-service The product terminal scanner scans the QR code of the self-service organization to identify the name of the product, and outputs the corresponding product to the player. According to the wireless Internet of Things technology-based cloud card room fee management system described in item 1 of the scope of the patent application, wherein the at least one mahjong machine and peripheral device combination structure is connected to the cloud server through an Internet of Things server; the at least one mahjong The combined structure of the mahjong machine and peripheral devices is wirelessly connected to the Internet of Things server, and the server of the Internet of Things is used to manage all the combined structures of the mahjong machine and peripheral devices; wherein the cloud program system is also set up on the Internet of Things server. As described in item 1 of the scope of the patent application, the cloud card room charge management system based on wireless Internet of Things technology, wherein the front computer and peripheral devices also include: a front computer, which is used to log in to the card room account through a browser to enter the cloud server , the control page generated by the cloud server is transmitted to the front computer; a front card reader is connected to the front computer for data reading and writing operations on membership cards, including membership card recharging and membership card distribution operations; a front desk A printer is connected to the front-end computer for printing operation-related bills; a front-end router is connected to the front-end computer, and the front-end computer uses the front-end router to connect to the cloud server. As described in item 1 of the scope of the patent application, the cloud chess and card room charging management system based on wireless Internet of Things technology, wherein the combined structure of the mahjong machine and peripheral devices further includes: a power controller connected to the power supply of the mahjong machine for controlling the mahjong machine The power supply of the mahjong machine is turned on and off; a main controller is connected to the power controller, and the main controller includes a main control circuit and a wireless communication module connected to the main control circuit; the wireless communication module is connected to the main control circuit through a wireless router. Cloud server; at least one card-swiping mechanism is connected to the main controller; when the payment method is that one person pays the platform fee, the at least one card-swiping mechanism is a single card-swiping mechanism; when the payment method is that four players share the platform fee equally, the at least one card-swiping mechanism is Four card-swiping institutions; when a player places a membership card in the card-swiping mechanism and the main controller detects that the balance of the membership card is sufficient, it will deduct according to the charging rules set by the front computer or mobile APP on the cloud server. At the same time, the main controller instructs the power controller to turn on the power of the mahjong machine so that players can entertain; when the power of the mahjong machine is turned on, the main controller uploads the real-time running status of the mahjong machine to the Cloud server for data analysis and mining. The cloud chess and card room fee management system based on wireless Internet of Things technology as described in item 1 of the scope of the patent application, wherein the self-service organization is connected to the cloud server through a router; the self-service organization includes: a self-service terminal controller; a self-service The touch screen of the server is connected to the self-service controller to display the operation screen and receive the player’s operation instructions; a card issuer is connected to the self-service controller to issue membership cards to the players. When registering as a member, after registering the member information on the touch screen of the self-service terminal, send The card device self-issues the membership card to the player; a self-service terminal bill printing machine is connected to the self-service terminal controller, and is used to print the relevant ticket of the player during operation, and the ticket is a two-dimensional code ticket; a coin acceptor Connect to the self-service terminal controller to receive cash from the player. When the player recharges the membership card, the coin acceptor is used for self-service payment operation; a self-service terminal scanner is connected to the self-service terminal controller for scanning The external identification code is used for electronic payment operations; a self-service terminal card reader is connected to the self-service terminal controller to read and write membership cards for member interface login, membership card recharge, and point exchange operations ; When a new player registers as a member, the player first logs in to the registration page through the touch screen of the self-service terminal and enters the registration information, and then the self-service organization transmits the input information to the cloud server for processing, and the information processed by the cloud server The registration information is sent back to the self-service organization, and the self-service terminal controller instructs the card issuer to output a new membership card to the player; the player uses the membership card swiping operation of the self-service terminal card reader to log in to the cloud server Membership interface for recharging, point exchange, product sales, lottery activities or self-service query operations; the data after relevant operations are sent back to the cloud server for storage, and the self-service ticket printing machine prints QR code tickets to the player. As described in item 5 of the scope of the patent application, the cloud card room fee management system based on wireless Internet of Things technology, wherein the self-service commodity mechanism is connected to the cloud server through a router; the self-service commodity mechanism includes: a self-service commodity terminal controller; a self-service The touch screen of the product end is connected to the self-service product end controller to display the operation screen and receive the player's operation instructions; a self-service product end bill printing machine is connected to the self-service product end controller to print tickets for related operations ; a self-service commodity terminal scanner connected to the self-service commodity terminal controller, used to scan the QR code list of points exchanged goods or product sales QR code list printed by the self-service terminal ticket printer on the self-service institution; The delivery mechanism is connected to the self-service product end controller, and is used to push the product into a delivery port for the player; a self-service product end card reader is connected to the self-service product end controller, and is used to provide the function of reading and writing the membership card. To identify the member's consumption information and use the balance in the card as the payment for the product; during operation, the player can exchange the points printed by the self-service ticket printing machine of the self-service organization for the QR code list of the product or the QR code of the product sales. The code sheet is placed on the self-service product terminal scanner for scanning and identification and sent to the self-service product terminal controller. The self-service product terminal controller compares the QR code with the data stored on the cloud server. When the comparison passes , the self-service commodity end controller instructs the delivery mechanism to push the commodity into the delivery port for the player. As described in item 1 of the scope of the patent application, the cloud card room charge management system based on wireless Internet of Things technology, wherein the handset also includes: a hand-held controller for controlling the relevant operations of the handset; a hand-held card reader Connect to the handheld controller for reading and writing card information, and perform member registration, recharge, exchange, and consumption operations by swiping the card; a handheld bill printer is connected to the handheld controller for printing Relevant bills after operation such as bills; a hand-held touch screen is connected to the hand-held controller to display the operation screen and receive the player's operation instructions; the hand-held is connected to the cloud server through a wireless router; the hand-held The operating system is Android system; the handheld is a customized mobile phone or PDA with card reading and printing functions. As described in item 1 of the scope of the patent application, the cloud chess and card room fee management system based on wireless Internet of Things technology, wherein the cloud program system also includes a functional module, including an activity management unit, a table management unit, and a member management unit, a product management unit, an employee management unit, a report interface unit, a call service unit, a parameter setting unit and a user management unit, use the above-mentioned units to perform various corresponding operations; the cloud program system also includes a The communication port is connected to the functional module and the database; the communication port is used to receive the operation request from the manager or the player, and generate the corresponding control page through the cloud program system, and then send it to the manager or player through the communication port; Each terminal is connected to the communication port through its own account and network to log in and receive the corresponding control page, so that the administrator and the player can complete various operations. As described in item 3 of the scope of the patent application, the cloud chess and card room charge management system based on wireless Internet of Things technology, when operating, the manager of the chess and card room first enters the cloud server through the front computer and registers a store, and after paying the corresponding fee , the manager can log in to the background user management system to enable account-related functions and assign user keys to the user; among them, the manager of the chess and card room logs in to the account assigned to him, and uses the front-end computer to perform the hard drive of the mahjong machine corresponding to the store. After the completion, it can provide players with membership registration, recharge, product exchange, product purchase, card swiping and playing mahjong operations; the data generated by players during entertainment will be sent to The database of the cloud server is stored for subsequent use. As described in item 1 of the scope of the patent application, the cloud chess and card room charging management system based on wireless Internet of Things technology, wherein the charging rule is selected from hourly charging, lap charging, pot charging, game charging or field charging; wherein Managers use this control page to perform member registration and setting and management, card room table charging rule setting, table management, commodity setting and sales, inventory management, exchange settings, query and generate business reports, member recharge, checkout and checkout The hardware binding operation of the mahjong machine.

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