TWM600043U - Machine table remote monitoring system - Google Patents

Abstract

This creation provides a remote monitoring system for machines. The machine remote monitoring system includes a management server and at least one terminal machine. The terminal machine can obtain the transaction data of the terminal machine through the data acquisition circuit, and transmit the transaction data to the management server for storage by the management server. The management server allows a terminal device to log in to query the transaction data of the corresponding terminal. The management server can output a transaction reminder signal to the corresponding terminal device when the transaction data of the terminal machine meets the warning condition. In this way, this creation allows personnel to connect to the management server through a terminal device, and can monitor the remote terminal machine.

Description

Machine remote monitoring system

This creation relates to a monitoring system, in particular to a remote monitoring system for machines.

Existing game machines, optional vending machines, automatic vending machines, self-service washing machines, coin-operated cash registers or coin exchange machines have been widely used in the surrounding environment of life. The appearance of these machines has brought more life to people. More entertainment and convenience effects. However, machines are mainly carried out through money transactions, so for machine owners, they must actively inspect the machines to confirm whether the machines need money replenishment, money recovery, or item replenishment, etc., so as to ensure the machine Can provide a complete operation for consumers to use. However, the above methods often spend a lot of precious time patrolling for the machine owner, and may even stop the service provided by the machine because the above-mentioned shortage of the machine is not found immediately.

This creative embodiment provides a remote monitoring system for machines, which allows personnel to perform online monitoring of remote terminal machines through terminal devices.

This creative embodiment provides a remote monitoring system for a machine, including a management server and at least one terminal machine. The terminal machine includes a communication circuit, a control circuit and a data acquisition circuit. The control circuit is electrically connected to the communication circuit and the data acquisition circuit. The control circuit obtains the transaction data of the terminal machine through the data acquisition circuit, and transmits the transaction data to the management server through the communication circuit. The management server receives and stores the transaction data returned by any terminal machine, and allows a terminal device to log in to the management server to query the corresponding transaction data. The management server analyzes and counts the transaction data of any terminal machine, and when the transaction data meets the warning conditions, it outputs a transaction reminder signal to the corresponding terminal device.

To sum up, in the remote monitoring system of the machine provided by this creative embodiment, the terminal device can be operated by personnel, and then the revenue data or the status of the remote terminal machine can be monitored in real time through the management server. In addition, the management server can actively monitor transaction data, and provide corresponding prompts to the terminal device based on the monitoring results, so that personnel can immediately perform remote control of the terminal machine, or directly go to the terminal machine site to perform subsequent operation services Therefore, this creation can effectively save the time of personnel patrolling each terminal machine, and enable the terminal machine to maintain a normal working state smoothly.

In order to have a better understanding of the features and technical content of this creation, please refer to the following detailed descriptions and drawings about this creation. However, the provided drawings are only for reference and explanation, not to limit this creation.

The following are specific specific examples to illustrate the implementation of this creation, and those skilled in the art can understand the advantages and effects of this creation from the content provided in this specification. This creation can be implemented or applied through other different specific embodiments, and various details in this specification can also be modified and changed based on different viewpoints and applications without departing from the concept of this creation. In addition, the drawings in this creation are merely schematic illustrations, and are not depicted in actual size, and are stated in advance. The following implementations will further describe the related technical content of this creation in detail, but the content provided is not intended to limit the scope of protection of this creation.

It should be understood that although terms such as "first", "second", and "third" may be used in this document to describe various elements or signals, these elements or signals should not be limited by these terms. These terms are mainly used to distinguish one element from another, or one signal from another signal. In addition, the term "or" used in this text should, depending on the actual situation, possibly include any one or a combination of more of the associated listed items.

This creative embodiment provides a remote monitoring system for a machine. The remote monitoring system for a machine described here provides users with a network connection to monitor remote terminal machines. The terminal machine can be, for example, a vending machine, a game machine, an item vending machine, a self-service washing machine, a coin-operated cash register, a coin exchange machine, or other terminal machines for personnel to conduct related transactions on the machine. Furthermore, personnel can monitor the terminal machine's working status in real time by remotely monitoring the terminal machine, such as the terminal machine's own cash flow or logistics and other related information, and whether the hardware is faulty. Combining intelligent judgment to actively notify relevant signals, so that personnel can grasp this monitoring status anytime and anywhere, and make corresponding measures in real time.

[System architecture embodiment of machine remote monitoring system]

Please refer to FIG. 1. FIG. 1 is a system architecture diagram of a remote monitoring system for a machine provided by this creative embodiment. The remote monitoring system 1 described in this embodiment includes, but is not limited to, a terminal machine 112, a management server 10, and a terminal device 14, for example. The number of terminal machines 12 can be one or more, and each terminal machine 12 can be independently connected to the management server 10 through the network 2, so that each terminal machine 12 and the management server 10 Both can transmit data to each other through network 2. The terminal device 14 is also connected to the management server 10 through the network 2 so that the terminal device 14 and the management server 10 can transmit data to each other through the network 2. The terminal device 14 is, for example, for the personnel of the machine to obtain related work information of the terminal machine 12 from the management server 10 by operating a mobile phone or computer and other electronic devices that can be connected to the Internet, but this creation is not limited to this. .

Furthermore, each terminal machine 12 has its own independent identification code for the management server 10 to judge and use, and a corresponding circuit is provided inside the terminal machine 10 to correlate the terminal machine 12 itself. The data is sent back to the management server 10 through the network 2. For example, when the terminal machine 12 is operating normally, the terminal machine 12 can collect various transaction data generated by various human-computer interaction operations performed by the personnel on the terminal machine 12, such as the amount of money in the terminal machine 12 Money transaction data or item transaction data related to the quantity of items, and the collected transaction data can be further sent back to the management server 10 along with the identification code.

The amount of money mentioned above refers to the number of coins or banknotes in the terminal 12 for money exchange or money recovery, and the number of items refers to the number of items or terminals that have been shipped to personnel in the terminal 12 based on human operations. How many items are left in the machine itself for trading. In one embodiment, the aforementioned transaction data also includes time data of the occurrence of the transaction event, and this time data can be returned from the terminal 12 to the management server 10 along with the transaction data. In addition, the terminal machine 12 can further send back the machine status to the management server 10, and the machine status is, for example, the software status of the machine operation or whether the hardware status of the machine is normal.

The management server 10 can store the transaction data returned by each terminal machine 12 separately according to different terminal machines, and can further perform statistics and analysis related operations on the transaction data. For example, the management server 10 can perform statistical calculations of revenue data on the transaction data of each terminal machine 12, so that it can know that each terminal machine has a specific time period (such as daily, weekly, monthly , Quarterly or yearly) total money revenue or total item output.

Alternatively, the management server 10 may further analyze whether the transaction data meets a warning condition, and if it does, it may actively output a relevant warning signal to remind the personnel to pay attention. The above warning condition is, for example, whether the money transaction data meets a preset money amount or the article transaction data meets a preset shipment quantity, but this creation is not limited to this. For example, when the money transaction data meets the preset money amount or the item transaction data meets the preset shipment quantity, it may mean that the amount of money collected in the terminal 12 is full. The personnel need to get the money back to the terminal immediately, or If the inventory of the items inside the terminal 12 is insufficient, the personnel need to go to the terminal 12 to replenish the items immediately. At this time, the management server 10 may output a transaction prompt signal to remind relevant personnel to pay attention.

In addition, the warning condition can also be whether the numerical ratio between the item transaction data and the money transaction data exceeds a normal preset ratio, because when the transaction behavior is normal, the item transaction data and the money transaction data will fall within the normal preset ratio. When the item transaction data increases abnormally but the money recovery amount of the money transaction data at the same time does not increase with it, it may be that someone used an illegal method to obtain the items in the terminal 12, so if this situation occurs, manage it The server 10 may also actively output an abnormal alert signal to remind relevant personnel to pay attention. The above-mentioned normal preset ratio can be designed with different ratios for different terminal machines. For example, the selection vending machine and the vending machine have different functions and operations, so the normal preset ratios will be different. The actual use requirements are set by themselves.

In an embodiment, the management server 10 can further determine whether there is any fault signal in the terminal machine 12 according to the machine status returned by the terminal machine 12, and then decide whether to remind the personnel to pay attention accordingly. For example, when the management server 10 receives the fault prompt signal returned by the terminal machine 12, the management server 10 may further output the fault prompt signal to remind relevant personnel to pay attention.

The terminal device 14 can be operated by a person to log in to the management server 10 and to query relevant information of the terminal machine 12. In one embodiment, a person can register and use a new account by operating the terminal device 14 and according to the registration procedure provided by the management server 10 to obtain a legal account for use. After obtaining a legal account, a person can log in to the management server 10 with the legal account connection from any terminal device 14 and inquire about the data of the terminal machine 12 corresponding to the legal account.

Therefore, when the terminal device 14 logs in to the management server 10 with a legal account connection according to a human operation, the management server 10 can provide the relevant transaction data or the status of the terminal 12 corresponding to the legal account for query. Therefore, personnel can log in to the management server 10 through the terminal device 14 through this mechanism to remotely monitor various revenue data or machine status of the terminal machine 12, so that the personnel can experience shortages of goods and money on the terminal machine 12 When there is a shortage, money is full, or a machine malfunctions, it can be handled immediately. In one embodiment, the terminal device 14 may also actively perform remote control on the terminal device 12 after logging in to the management server 10 and when receiving a fault prompt signal output by the management server 10, for example, through the management server 10. The terminal machine 12 is controlled to restart or shut down to try to troubleshoot the problem of the terminal machine 12.

[Function block embodiment of the remote monitoring system of the machine]

Please refer to FIG. 2, which is a functional block diagram of the remote monitoring system for a machine provided by this creative embodiment. For the convenience of description, the terminal machine 12 shown in FIG. 2 is taken as an example. The terminal machine 12 may include, but is not limited to, a control circuit 120, a data acquisition circuit 122, a communication circuit 124, a money transaction device 127, and items. Output detector 126, fault detection circuit 128 and reset circuit 129. The control circuit 120 is electrically connected to the data acquisition circuit 122, the communication circuit 124, the fault detection circuit 128, and the reset circuit 129, respectively. The data acquisition circuit 122 is electrically connected to the money transaction device 127 and the item output detector 126 respectively. The terminal machine here is an example of the hardware architecture of an optional vending machine or a vending machine, but this creation is not limited to this.

In one embodiment, the control circuit 120 obtains money transaction data through the money transaction device 127 and obtains the item transaction data through the item output detector 126. The transaction data mentioned here refers to any combination of money transaction data and item transaction data. The control circuit 120 can also record the transaction time while obtaining the above transaction data, and can send the transaction data back to the management server 10 through the communication circuit 124. The money transaction device 127 described here is, for example, any combination of a coin acceptor and a cash register, and the item output detector 126 can be, for example, an infrared detector, but the invention is not limited to this. The communication circuit 124 is, for example, a Wi-Fi communication circuit or a mobile communication circuit. The money transaction data here, for example, refers to the total amount of money received by the terminal machine through the money transaction machine, and the item transaction data here, for example, refers to the number of items output at the terminal machine 12.

The fault detection circuit 128 can detect the operating status of the terminal machine 12 to know whether the terminal machine 12 itself is faulty. Furthermore, the fault detection circuit 128 can detect the software operation status of the terminal machine 12 and whether the hardware components are faulty, and can output a fault signal to the control circuit 120 when a fault is detected. The control circuit 120 can then This fault signal controls the communication circuit 124 to output a fault prompt signal to the management server 10. In addition, the detailed operation principle of the fault detection circuit 128 is known to those skilled in the art, so it will not be described in detail here.

In another embodiment, when the control circuit 120 receives the reset signal output by the management server 10 through the communication circuit 124, the control circuit 120 correspondingly controls the reset circuit 129 to initiate a reset operation. The setting action is, for example, controlling the terminal machine 12 to restart or shut down.

The management server 10 includes, but is not limited to, a communication module 102, a processing module 100, and a memory module 104, for example. The processing module 100 obtains the network 2 connection with the terminal machine 12 and the terminal device 14 through the communication module 102 to transmit data. The application programs in the memory module 104 can be used by the processing module 100 to perform the following functional operations. For example, functional modules such as the database module 10410, the statistics module 10412, the analysis module 10414, and the notification module 10416 can be processed by the module 100 execution, but this creation is not limited to this.

In one embodiment, the database module 10410 can store the data returned by each terminal machine 12 and a list of legal accounts. The statistics module 10412 can perform statistics on the data returned by each terminal device 12 stored in the database module 10410, and then learn the revenue data of each terminal device 12. The revenue data can be, for example, the amount of money income or The number of items output, but this creation is not limited by this. The analysis module 10414 can perform data analysis and judgment on the data returned by each terminal machine 12 stored in the database module 10410 and the statistical result of the statistical module 10412, and then learn the transaction data or machine of each terminal machine 12 Whether the condition meets the warning conditions. The notification module 10416 is when the analysis module 10414 determines that the transaction data or machine condition of a certain terminal machine 12 meets the warning condition, the notification module 10416 can output a prompt signal to the corresponding terminal device that logs in through a legal account. 14. The type of the prompt signal output by the notification module 10416 can be, for example, a transaction prompt signal, a failure prompt signal, and an abnormal prompt signal. The transaction reminder signal indicates that the transaction data of the terminal 12 has shown that the item needs to be restocked, the money is full, or the money is insufficient. The fault prompt signal represents that the terminal machine 12 has a fault. The abnormal warning signal means that the terminal machine 10 may have an illegal transaction.

In one embodiment, the terminal device 14 can install a monitoring program, and through the execution of the monitoring program, the terminal device 14 can log in to the management server 10, and the terminal device 12 can be remotely controlled through the management server 10 Monitor the job.

[Embodiment of the operation flow of the terminal machine]

Refer to Fig. 3 in conjunction with Figs. 1 and 2. Fig. 3 is an operation flowchart of the terminal machine provided by this creative embodiment. The operation method of the terminal machine described in this embodiment is illustrated with FIG. 1 as an example, but the creation is not limited to this. The process shown in FIG. 3 can, for example, cooperate with the architecture provided in FIGS. 1 and 2 to perform the following steps.

In step S301, the terminal machine 12 obtains transaction data. In this step, the terminal 12 can obtain transaction data through the internal data acquisition circuit 122. If the terminal machine 12 is an optional vending machine, the acquired transaction data is the amount of money transactions (such as the amount of money received) and the item transaction data (such as the quantity of goods shipped). If the terminal 12 is a currency exchange machine, the transaction data obtained is the amount of money transactions (such as how many coins are available for exchange).

In step S303, it is determined whether to transmit transaction data. In one embodiment, the terminal machine 12 can automatically return transaction data to the management server 10 at regular intervals. The execution of this step S303 is to determine whether the current time has reached the time to return, and if the determination is yes, the transaction data is automatically returned. If the judgment is no, step S305 is executed. In another embodiment, this step S303 is executed in a manner that the terminal machine 12 determines whether it has received a request from the management server 10 to output transaction data, and if the determination is yes, the transaction data is returned, and if the step S303 is determined as no, Step S305 is executed.

In step S305, fault detection is performed. The terminal machine 12 can know whether the machine itself is malfunctioning through the execution of the internal fault detection circuit 128.

In another embodiment, the control circuit 120 of the terminal machine 12 may also obtain multiple signals to analyze whether there is a fault. For example, the control circuit 120 analyzes the transaction data obtained through the data acquisition circuit 122 for any malfunction. For example, when the control circuit 120 obtains the item output detector 126 through the data acquisition circuit 122 and detects the item transaction data of the item output at the first time, but within the preset time range before the first time, The control circuit 120 has not obtained any money transaction data of the money transaction device 127 through the data acquisition circuit 122, and the control circuit 12 can determine this condition as a failure.

In step S307, it is determined whether a failure occurs. Here, the detection result of step S305 is used to know whether there is a fault, if the judgment is yes, step S309 is executed, and if the judgment is no, step S301 is returned to continue execution.

In step S309, a fault prompt signal is returned. When the terminal machine 12 detects that there is a fault through the fault detection circuit 128, the terminal machine 12 may further return a fault prompt signal to the management server 10.

In step S311, it is determined whether a reset signal is received. The reset signal mentioned here refers to the output from the management server 10 to the terminal machine 12 to receive. When step S311 is judged to be yes, step S313 is executed, and when step S311 is judged to be no, step S301 is executed.

In step S313, the terminal machine 12 is reset. In this step, the terminal machine 12 is reset by restarting or shutting down, so that the terminal machine 12 can perform the startup initialization to solve the possible fault condition after the next startup.

[Embodiment of the operation flow of the management server]

Refer to FIG. 4 in conjunction with FIGS. 1 and 2. FIG. 4 is an operation flowchart of the management server provided by the authoring embodiment. The operation flow of the management server described in this embodiment here, for example, performs the following steps in accordance with the architecture provided in FIGS. 1 and 2.

In step S401, the transaction data returned by the terminal machine 12 is received. In this step, the management server 10 can receive the transaction data automatically returned by the terminal machine 12, or the management server 10 can also output a read command to the terminal machine 12 to directly read the terminal machine 12 Transaction information.

In step S403, the transaction data is stored. In this step, the management server 10 stores the received transaction data in the database module 10410 according to different terminal machines.

In step S405, the transaction data is counted. In this step, the management server 10 can perform statistics on the transaction data of each terminal machine in the database module 10410 through the statistics function provided by the statistics module 10412. The statistics mentioned here are, for example, calculating the revenue data of each terminal through money transaction data, and this revenue data can be calculated according to different time units to calculate daily revenue, weekly revenue, monthly revenue, and quarterly revenue. Various data such as revenue or annual revenue are available for query. Or, the statistics mentioned here are, for example, calculating the output quantity of each terminal 12 through the item transaction data, and can also further calculate the daily, weekly, monthly, quarterly or yearly item output quantity for query .

In step S407, the transaction data is analyzed. In this step, the management server 10 can analyze the transaction data of each terminal machine 12 in the database module 10410 through the analysis module 10414, and can refer to the calculation result of the statistical module 10412 to make the transaction data The analysis results can be fast and accurate.

In step S409, it is determined whether the warning condition is met. In this step S409, it is judged whether the transaction data of each terminal machine meets the warning condition according to the execution result of step S407. The warning condition here is, for example, whether the money transaction data meets a preset money amount or the article transaction data meets a The preset shipment quantity. In another embodiment, the warning condition may also be whether the numerical ratio between the item transaction data and the money transaction data exceeds a normal preset ratio.

In step S411, a prompt signal is output to the terminal device. When step S409 is determined to be YES, that is, step S411 will output a prompt signal to the terminal device 14. For example, when the money transaction data meets the preset money amount or the item transaction data meets the preset shipment quantity, the notification module 10416 of the management server 10 can output a transaction prompt signal to the terminal device 14 at this time. In another embodiment, when the value ratio between the item transaction data and the money transaction data exceeds the normal preset ratio, the notification module 10416 of the management server 10 may output an abnormal prompt signal to the terminal device 14 at this time. When step S409 is judged to be no, step S413 is executed.

In step S413, it is determined whether a fault prompt signal is received. In this step, the management server 10 determines whether the fault prompt signal sent back by the terminal machine 12 is received.

In step S415, output a fault prompt signal to the terminal device. When the determination in step S413 is YES, the notification module 10416 of the management server 10 can output a fault prompt signal to the terminal device 14. When step S413 is judged to be no, return to step S401.

In step S417, it is determined whether a reset signal is received. In this step S417, the management server 10 determines whether a reset signal output by the terminal device 14 has been received.

In step S419, output a reset signal to the terminal machine. When the determination in step S417 is yes, the management server 10 will output the reset signal output by the terminal device 14 to the terminal machine 12, so that the terminal machine 12 can perform the reset operation accordingly.

In addition, FIG. 4 described above shows that the management server 10 receives the reset signal output by the terminal device 14 for illustration. However, in another embodiment, the management server 10 may directly generate the reset signal without going through the terminal device 14. For example, the management server 10 can determine whether the content meets the preset fault conditions according to the fault prompt signal returned by the terminal machine 12, and if it is determined that there is a management server 10, it will directly generate a reset signal and output it to the terminal machine 12. The above-mentioned preset failure condition is, for example, a banknote collection failure, a coin insertion failure, or a shipping failure in the terminal machine 12, which may affect the normal transaction of the terminal machine, but this creation is not limited to this.

[Embodiment of terminal device control flow]

Refer to FIG. 5 in conjunction with FIGS. 1 and 2. FIG. 5 is an operation flowchart of the terminal device provided by the authoring embodiment. The operation flow of the terminal device described in this embodiment may, for example, cooperate with the architecture provided in FIGS. 1 and 2 to perform the following steps.

In step S501, log in to the management server 10. In this step, a person logs in to the management server 10 with a legal account through the terminal device 14.

In step S503, the transaction data is obtained. When the management server 10 receives the terminal device 14 to log in, the terminal device 14 has the authority to query this legal account. The management server 10 can query the transaction data of the terminal device 12, so the personnel can directly enter the terminal device 14 Operate, and then perform remote monitoring related queries on the terminal machine 12, such as querying the terminal machine 12's revenue data, machine status, or issuing remote control to the terminal machine 12.

In step S505, the transaction information is displayed. After the terminal device 14 queries and operates according to the input of the personnel, the transaction data obtained from the management server 10 can be displayed on the display interface of the terminal device 14 so that the personnel can grasp the latest status of the terminal device 12 in real time.

In step S507, it is determined whether a prompt signal is received. In this step, the terminal device 14 determines whether the prompt signal output by the management server 10 is received. The reminder signal may be the transaction reminder signal, the abnormal reminder signal or the malfunction reminder signal described in the foregoing embodiment.

In step S509, a prompt signal is output. When the determination in step S507 is yes, the terminal device 14 will output a prompt signal to remind the personnel to pay attention. The prompt signal output mode can be through any combination of text display, light display, vibration or sound. When step S507 is judged to be no, return to step S503 for execution. In addition, after the terminal device 14 receives the fault prompt signal, the personnel can input the terminal device 14 to make the terminal device 14 output a reset signal to the management server 10.

[Beneficial effects of the embodiment]

The remote monitoring system of the machine provided by this creation mainly allows personnel to monitor the revenue data or machine status of the remote terminal machine in real time through the management server through the operation of the terminal device, and can be based on the management server This allows personnel to immediately perform remote control of the terminal machine or directly perform follow-up operations on the terminal machine site to ensure that the terminal machine can be in a stable working state.

The content provided above is only a preferred and feasible embodiment of this creation, and does not limit the scope of patent application for this creation. Therefore, all equivalent technical changes made using this creation specification and schematic content are included in this creation application Within the scope of the patent.

1: Machine remote monitoring system 10: Management server 100: Processing module 102: Communication module 104: Memory module 1041: application 10410: database module 10412: Statistics Module 10414: Analysis Module 10416: Notification Module 12: Terminal 120: control circuit 122: data acquisition circuit 124: Communication Circuit 126: Item Output Detector 127: Money Trader 128: fault test circuit 129: Reset circuit 14: terminal device 2: network S301: Obtain transaction information S303: Transfer transaction data S305: fault detection S307: Failure S309: Return fault prompt signal S311: Reset signal received S313: Reset S401: Receive transaction data returned by the terminal S403: Store transaction data S405: Statistical transaction data S407: Analyze transaction data S409: Meet the warning conditions S411: Output prompt signal to terminal device S413: Received a fault signal S415: Output fault prompt signal to terminal device S417: Reset signal received S419: Output reset signal to the terminal machine S501: Log in to the management server S503: Obtain transaction information S505: Display transaction information S507: Receive prompt signal S509: output prompt signal

Fig. 1 is a system architecture diagram of a remote monitoring system for a machine provided by an authoring embodiment.

Figure 2 is a functional block diagram of the machine remote monitoring system provided by the authoring embodiment.

Figure 3 is a flowchart of the operation of the terminal provided by the authoring embodiment.

Fig. 4 is an operation flowchart of the management server provided by the authoring embodiment.

Fig. 5 is an operation flowchart of the terminal device provided by the authoring embodiment.

1: Machine remote monitoring system

10: Management server

12: Terminal

14: terminal device

2: network

Claims (5)

A remote monitoring system for machines, including: A management server; and One at least one terminal machine; Any such terminal machine includes: A communication circuit; A control circuit electrically connected to the communication circuit A data acquisition circuit electrically connected to the control circuit; The control circuit obtains a transaction data of the terminal machine through the data acquisition circuit, and transmits the transaction data to the management server through the communication circuit; The management server receives and stores the transaction data returned by any terminal machine, and allows a terminal device to log in to the management server to query the corresponding transaction data; The management server analyzes and counts the transaction data of any terminal machine, and when the transaction data meets a warning condition, outputs a transaction prompt signal to the corresponding terminal device. The machine remote monitoring system according to claim 1, wherein the data acquisition circuit obtains a money transaction data of a money transaction device of the terminal machine and an item output detector of the terminal machine Item transaction data, the transaction data is one or a combination of the money transaction data and the item transaction data. The remote monitoring system for a machine according to claim 2, wherein the terminal machine further includes: A fault detection circuit electrically connected to the control circuit; A reset circuit electrically connected to the control circuit; When the control circuit detects a fault in the terminal machine by the fault detection circuit or the control circuit analyzes the data obtained by the data acquisition circuit to be abnormal, the control circuit outputs a fault warning signal through the communication circuit To the management server, so that the management server outputs the fault prompt signal to the corresponding terminal device; Wherein, when the management server receives a reset signal output by the terminal device, the management server outputs the reset signal to the opposite terminal machine; When the management server determines that the content meets the preset failure condition according to the fault prompt signal returned by the terminal machine, the management server generates the reset signal and outputs the reset signal to the opposite terminal machine ; When the control circuit receives the reset signal through the communication circuit, the control circuit controls the reset circuit to restart or shut down the terminal machine. The machine remote monitoring system according to claim 2, wherein the warning condition is that the money transaction data meets a preset money amount or the item transaction data meets a preset shipment quantity, and the management server is in the item When the value ratio between the transaction data and the money transaction data exceeds a normal preset ratio, a The abnormal prompt signal is sent to the corresponding terminal device. The remote monitoring system for a machine as described in claim 2, wherein the terminal machine is a vending machine, a game machine, a selection vending machine, a self-service washing machine, a coin-operated cash register or a coin exchange machine, and the communication circuit is Wi -Fi communication circuit or mobile communication circuit, the terminal device is a computer or mobile phone.

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