An intelligent management system for self-service financial equipment

Abstract

The present invention relates to the field of intelligent management technology, and in particular to an intelligent management system for self-service financial equipment, comprising: a plurality of equipment nodes, which are set to the corresponding actual positions of the self-service financial equipment; a plurality of information collectors, which are used to collect event information and inventory information of the equipment nodes; an information response center, which is used to determine the response strategy of each equipment node; a plurality of supply nodes, which are used to determine the supply priority of the equipment nodes and perform corresponding supply respectively; by setting the above nodes or modules to determine a plurality of response strategies according to the event information and inventory information of the self-service financial equipment, the risk resistance of the self-service financial equipment can be improved, and the fastest repair and replenishment method can be determined according to the actual situation of the equipment, so that each self-service financial equipment in the management system can be quickly repaired or replenished, thereby effectively improving the equipment stability of the self-service financial equipment set up outdoors.

Description

Technical Field

[0001] The present invention relates to the field of intelligent management technology, and in particular to an intelligent management system for self-service financial equipment. Background Art

[0002] Today, my country has become the world's largest financial self-service equipment market, and has always maintained a steady growth and ownership. However, due to poor management and maintenance of self-service financial equipment, it has low operating efficiency and incomplete functions. Some equipment cannot even play the basic functions of self-service financial equipment.

[0003] At the same time, due to the special nature of self-service equipment installed outdoors, there is also the problem of being destroyed or attacked by electronic means.

[0004] China Patent Authorization Announcement No.: CN113988722B discloses a user habit adaptation method applied to comprehensive self-service equipment, characterized in that it includes the following steps: when the comprehensive self-service equipment is working, the business types of "active exit" are collected; an analysis model is established for reclassifying business priorities; within a fixed time period, the analysis model is called to redefine the business priority of the "active exit" business type, and the newly defined business priority is recorded in the business tag library; the comprehensive self-service equipment determines the display order of each business type on the comprehensive self-service equipment interface according to the business priority and business handling frequency in the business tag library. By classifying the business types and summarizing the user habits, data is preloaded and reordered in advance, making the display page of the comprehensive business handling terminal equipment clearer and improving the efficiency of human-computer interaction.

[0005] However, the above method has the following problem: it is impossible to effectively manage the self-service financial equipment installed outdoors, which results in the problem that the self-service financial equipment installed outdoors cannot work normally. Summary of the invention

[0006] To this end, the present invention provides an intelligent management system for self-service financial equipment to overcome the problem in the prior art that self-service financial equipment installed outdoors cannot be effectively managed, resulting in the self-service financial equipment installed outdoors being unable to work normally, thereby causing the equipment stability of the self-service financial equipment installed outdoors to decrease.

[0007] To achieve the above object, the present invention provides an intelligent management system for self-service financial equipment, comprising:

[0008] A number of device nodes, which are set to the corresponding actual locations of the self-service financial devices;

[0009] A number of information collectors, which are connected to corresponding device nodes and are used to collect event information and inventory information of the device nodes;

[0010] An information response center, which is connected to each information collector, and is used to determine the event response strategy of each device node according to the event information, and to determine the event response strategy of each device node according to the inventory information;

[0011] A plurality of supply nodes connected to each device node, each information collector and an information response center, for determining the device nodes to be supplied according to the inventory information of the device nodes, and for determining the supply priority of the device nodes according to the event response strategy and the event coping strategy, and supplying each device node according to the priority order and the corresponding strategy;

[0012] Wherein, the event information is related to the operating frequency of the device node, and the inventory information is related to the actual inventory of the device node;

[0013] The event response strategy is to determine the response delay of the corresponding operation of the device node in the next collection cycle according to the event information of the device node in a single collection cycle;

[0014] The event response strategy is to determine the supply node that supplies the device node in the next collection cycle according to the inventory information in a single collection cycle;

[0015] The collection period is a duration preset by the information response center.

[0016] Furthermore, when determining the event information of a single device node, the information response center will process and determine the inventory information of the device node according to the distance between the device node and the supply node, wherein:

[0017] If the distance between the device node and any supply node is not greater than the preset coverage range, the information response center determines not to determine the inventory information of the device node;

[0018] The preset coverage range is determined according to the path distance between the device node and the corresponding supply node.

[0019] Furthermore, a maximum operating frequency threshold is provided in the information collector. If the corresponding device node collected by a single information collector reaches the maximum operating frequency threshold in the single collection cycle, the information collector issues a high-frequency warning signal and sends the high-frequency warning signal to at least one of the supply nodes connected to the information collector.

[0020] Furthermore, the information collector is provided with a maximum silence threshold. If the corresponding device nodes collected by a single information collector are not operated during a preset silence period, the information collector sends a device silence signal and sends the device silence signal to the information response center.

[0021] Furthermore, the information response center is provided with a limit operation frequency threshold and a minimum inventory threshold;

[0022] For any device node, if the received operating frequency is not less than the limit operating frequency threshold, the information response center determines that the device node enters the next collection cycle and responds to the operation of the device node with a delay, and the information response center records the device node as a delayed response node;

[0023] For any device node, if the corresponding inventory information is not greater than the minimum inventory threshold, the information response center records the device node as an inventory-deficient node and determines to replenish the inventory of the device node in the next collection cycle;

[0024] The information response is sorted according to the order of device nodes entering the next collection cycle, and the device nodes are re-sorted according to the order of nodes recorded as stock-deficient nodes to generate the supply priority.

[0025] Further, the supply node responds to the stock replenishment and replenishes the stock of each device node that does not exceed a preset limit range according to the supply priority;

[0026] For any device node, upon completion of the inventory replenishment, the information response center determines that the collection cycle of the device node is reset;

[0027] Wherein, the preset limit range is determined according to the path distance.

[0028] Furthermore, the information response center is also provided with a corresponding supply route map according to the actual location of each equipment node and each supply node;

[0029] The route map includes a travel path from a supply node to a corresponding device node and a corresponding travel duration;

[0030] The path distance is related to the travel path and the travel duration. For the same number of path distances, the actual length of each corresponding travel path does not exceed the path error value, and the travel duration does not exceed the duration error value.

[0031] Furthermore, the supply node is also provided with a damage emergency strategy for processing or repairing the device node when any device node that does not exceed the preset limit range issues a damage alarm;

[0032] The damage alarm is when the information collector collects information that at least one self-service financial device set in the device node is damaged, and sends a damage alarm signal along the corresponding path of the high-frequency early warning signal.

[0033] Furthermore, if any information collector within the preset coverage area sends out the device silent signal, the information response center determines to shut down the device node corresponding to the information collector.

[0034] Furthermore, when each device node completes the inventory replenishment, the information response center records the corresponding device node as entering the next collection cycle.

[0035] Compared with the prior art, the beneficial effect of the present invention lies in that, by setting up a number of device nodes, a number of information collectors, and a number of supply nodes according to the actual location of the equipment, and the information response center determines a number of response strategies based on the event information and inventory information of the self-service financial equipment, it can improve the risk resistance of the self-service financial equipment and determine the fastest repair and replenishment method according to the actual situation of the equipment, so that each self-service financial equipment in the management system can be quickly repaired or replenished, thereby effectively improving the equipment stability of the self-service financial equipment set up outdoors.

[0036] Furthermore, by classifying the self-service financial devices, we can distinguish the self-service financial devices that require a period of time and / or a certain path to reach, and perform more complete equipment monitoring on this category of self-service financial devices. This effectively improves the efficiency of managing the self-service financial devices set up outdoors, while further improving the equipment stability of the self-service financial devices set up outdoors.

[0037] Furthermore, by calculating the next collection cycle separately, the actual time of device node maintenance or the actual time of event occurrence is updated in real time based on the device node. While reducing the monitoring load of the information response center, the urgency of each device node can be sorted according to the order of time. While effectively improving the timeliness of handling device node problems, it further improves the equipment stability of self-service financial equipment installed outdoors.

[0038] Furthermore, by shutting down self-service financial equipment that has not been used for a long time, the burden of maintaining the self-service financial equipment can be reduced, which can reduce the complexity of the management system to a certain extent, and thus effectively improve the robustness of the management system, thereby further improving the equipment stability of the self-service financial equipment installed outdoors. BRIEF DESCRIPTION OF THE DRAWINGS

[0039] Figure 1A connection diagram of the intelligent management system of the self-service financial device of the present invention;

[0040] Figure 2 A schematic diagram of the locations of device nodes and supply nodes according to an embodiment of the present invention;

[0041] In the figure: 1, supply node; 2, device node; 3, straight-line distance; 4, path distance. DETAILED DESCRIPTION

[0042] In order to make the objects and advantages of the present invention more clearly understood, the present invention is further described below in conjunction with embodiments; it should be understood that the specific embodiments described herein are only used to explain the present invention and are not used to limit the present invention.

[0043] The preferred embodiments of the present invention are described below with reference to the accompanying drawings. It should be understood by those skilled in the art that these embodiments are only used to explain the technical principles of the present invention and are not intended to limit the protection scope of the present invention.

[0044] It should be noted that, in the description of the present invention, terms such as "up", "down", "left", "right", "inside" and "outside" indicating directions or positional relationships are based on the directions or positional relationships shown in the drawings. This is merely for the convenience of description and does not indicate or imply that the device or element must have a specific orientation, be constructed and operated in a specific orientation. Therefore, it cannot be understood as a limitation on the present invention.

[0045] In addition, it should be noted that in the description of the present invention, unless otherwise clearly specified and limited, the terms "installed", "connected", and "connected" should be understood in a broad sense, for example, it can be a fixed connection, a detachable connection, or an integral connection; it can be a mechanical connection or an electrical connection; it can be a direct connection, or it can be indirectly connected through an intermediate medium, or it can be the internal communication of two components. For those skilled in the art, the specific meanings of the above terms in the present invention can be understood according to specific circumstances.

[0046] See also Figure 1 As shown, it is a connection diagram of the intelligent management system of the self-service financial device of the present invention, which includes:

[0047] A number of device nodes, which are set to the corresponding actual locations of the self-service financial devices;

[0048] A number of information collectors, which are connected to corresponding device nodes and are used to collect event information and inventory information of the device nodes;

[0049] An information response center, which is connected to each information collector, is used to determine the event response strategy of each device node according to the event information, and to determine the event response strategy of each device node according to the inventory information;

[0050] A plurality of supply nodes connected to each device node, each information collector and an information response center, for determining the device nodes to be supplied according to the inventory information of the device nodes, and for determining the supply priority of the device nodes according to the event response strategy and the event coping strategy, and supplying each device node according to the priority order and the corresponding strategy;

[0051] Among them, the event information is related to the operation frequency of the device node, and the inventory information is related to the actual inventory of the device node;

[0052] The event response strategy is to determine the response delay of the corresponding operation of the device node in the next collection cycle based on the event information of the device node in a single collection cycle;

[0053] The event response strategy is to determine the supply node that supplies the device node in the next collection cycle based on the inventory information in a single collection cycle;

[0054] The collection period is the duration preset by the information response center.

[0055] Compared with the prior art, the beneficial effect of the present invention lies in that, by setting up a number of device nodes, a number of information collectors, and a number of supply nodes according to the actual location of the equipment, and the information response center determines a number of response strategies based on the event information and inventory information of the self-service financial equipment, it can improve the risk resistance of the self-service financial equipment and determine the fastest repair and replenishment method according to the actual situation of the equipment, so that each self-service financial equipment in the management system can be quickly repaired or replenished, thereby effectively improving the equipment stability of the self-service financial equipment set up outdoors.

[0056] In implementation, the collection period is set based on a single device node. The collection period can be calculated for any duration, such as 1 hour, 12 hours, 1 day, 7 days, etc. It is usually set according to the density of the device node, such as:

[0057] In an area where there is one device node every 2km, the collection period can be set to 12 hours;

[0058] In an area where there is one device node every 5 km, the collection period can be set to 1 day;

[0059] If there is one device node every 2 km in area A and one device node every 3 km in area B, the timer in area A is set to 12 hours and in area B is set to 16 hours.

[0060] In some embodiments, when determining the event information of a single device node, the information response center will process and determine the inventory information of the device node according to the distance between the device node and the supply node, wherein:

[0061] If the distance between the device node and any supply node is not greater than the preset coverage range, the information response center determines not to determine the inventory information of the device node;

[0062] The preset coverage range is determined according to the path distance between the device node and the corresponding supply node.

[0063] In some embodiments, the supply node responds to inventory replenishment and replenishes inventory for each device node that does not exceed a preset limit range according to the supply priority;

[0064] For any device node, upon completion of the inventory replenishment, the information response center determines that the collection cycle of the device node is reset;

[0065] Among them, the preset limit range is determined according to the path distance.

[0066] In implementation, the limit range is set to the maximum distance at which the device node can receive inventory replenishment from at least one supply node;

[0067] It is understandable that the above settings should be related to the actual locations of the device nodes and the supply nodes, and will not be elaborated here.

[0068] In particular, when adjusting the limit range, the corresponding acquisition period should be adjusted synchronously in proportion.

[0069] See also Figure 2 As shown, it is a schematic diagram of the positions of the device nodes and the supply nodes according to an embodiment of the present invention. In the figure, the straight-line distance 3 between the supply node 1 and the device node 2 is shown in the figure. When measuring in the manner of this embodiment, the actual length of the path distance 4 is measured;

[0070] Among them, the straight-line distance is 60m and the path distance is 140m.

[0071] In some embodiments, the information response center also has a corresponding supply route map according to the actual location of each device node and each supply node;

[0072] The route map includes a travel path from a supply node to a corresponding device node and a corresponding travel time;

[0073] The path distance is related to the travel path and the travel time. For the same number of path distances, the actual length of each corresponding travel path does not exceed the path error value, and the travel time does not exceed the time error value.

[0074] Generally, the path error value is set to 5m and the duration error value is set to 2min.

[0075] It is understandable that the above values ​​can be set arbitrarily.

[0076] In some embodiments, a maximum operating frequency threshold is set in the information collector. If the corresponding device node collected by a single information collector reaches the maximum operating frequency threshold in a single collection cycle, the information collector issues a high-frequency warning signal and sends the high-frequency warning signal to at least one supply node connected to the information collector.

[0077] In some embodiments, a maximum silence threshold is set in the information collector. If the corresponding device nodes collected by a single information collector are not operated during the preset silence period, the information collector sends a device silence signal and sends the device silence signal to the information response center.

[0078] In implementation, for a single information collector, a corresponding maximum operating frequency threshold and a maximum silent threshold are set according to a corresponding device node, and the above values ​​are related to a path distance between the device node and the corresponding nearest supply node;

[0079] Taking the path distance of 1500m as an example, the single sampling period of the device node is set to 12 hours;

[0080] The maximum operation frequency threshold can be set to 300 times / cycle, that is, when the frequency reaches 300 times / 12 hours, the operation frequency threshold is adjusted to 240 times / cycle in the next collection cycle;

[0081] The maximum silent threshold can be set to 4 collection cycles, that is, if the device node is not used within 2 days, the device node will be shut down;

[0082] Taking the path distance of 2000m as an example, the single sampling period of the device node is set to 1 day;

[0083] The maximum operation frequency threshold can be set to 800 times / cycle, that is, a frequency of 800 times / 12 hours is reached. In the next collection cycle, the operation frequency threshold is adjusted to 700 times / cycle;

[0084] The maximum silent threshold can be set to 2 collection cycles, that is, if the device node is not used within 2 days, the device node will be shut down;

[0085] It is understandable that the above settings can be arbitrarily set according to the actual location of the device node, and when adjusting the maximum operating frequency threshold, it can be lowered by a reasonable amount;

[0086] In particular, in the above description, the operation on the device node is to issue an instruction to any self-service financial device in the device node, regardless of whether the instruction is completed.

[0087] By classifying the self-service financial devices, we can distinguish the self-service financial devices that require a period of time and / or a certain path to reach, and conduct more complete equipment monitoring on this category of self-service financial devices. This effectively improves the efficiency of managing the self-service financial devices set up outdoors, while further improving the equipment stability of the self-service financial devices set up outdoors.

[0088] In some embodiments, the information response center is provided with a limit operation frequency threshold and a minimum inventory threshold;

[0089] In practice, the limit operation frequency threshold is the continuous operation on a single device node within a short period of time, which can generally be set to 10 times / minute, that is, when 10 instructions are issued to any self-service financial device in the device node for 5 consecutive times within 1 minute, it indicates that the limit operation frequency threshold is triggered;

[0090] In particular, the extreme operation frequency threshold value can be set to a corresponding value on a single device node. The value is related to the hardware performance of the self-service financial device installed on the corresponding device node, and will not be elaborated here.

[0091] It is understandable that the purpose of setting this value is to prevent attacks on the security components of the self-service financial device by physical and / or non-physical means. For similar behaviors, hardware identification is more difficult than software identification. Therefore, this value is set to avoid the use of the hardware of the self-service financial device to crack the password;

[0092] In implementation, the minimum inventory threshold can be set according to the path distance between the device node and the corresponding supply node, such as:

[0093] For a device node with a path distance of 1000m, the corresponding inventory capacity is 1m³, and the minimum inventory threshold is set to 50%;

[0094] For a device node with a path distance of 1500m, the corresponding inventory capacity is 1m³, and the minimum inventory threshold is set to 40%;

[0095] For a device node with a path distance of 2000m, the corresponding inventory capacity is 3m³, and the minimum inventory threshold is set to 30%;

[0096] It is understandable that for self-service financial devices, the corresponding inventory capacity is banknotes. When the number of banknotes decreases to a certain proportion, the corresponding device node reaches the minimum inventory threshold.

[0097] For any device node, if the received operation frequency is not less than the limit operation frequency threshold, the information response center determines that the device node enters the next collection cycle and will delay the response to the operation of the device node. The information response center records the device node as a delayed response node;

[0098] For any device node, if its corresponding inventory information is not greater than the minimum inventory threshold, the information response center will record the device node as an inventory-deficient node and determine to replenish the inventory of the device node in the next collection cycle;

[0099] The information response is sorted according to the order of the device nodes entering the next collection cycle, and the device nodes are sorted again according to the order of the nodes that are recorded as the stock shortage, so as to generate the supply priority.

[0100] In some embodiments, when each device node completes inventory replenishment, the information response center records the corresponding device node as entering the next collection cycle.

[0101] In implementation, for device nodes A, B, C, and D, each device node shares the same supply node Q, and each is provided with a corresponding collection cycle, where:

[0102] The collection period of device node A is 12 hours, and the path distance to supply node Q is 1000m;

[0103] The collection period of device node B is 24 hours, and the path distance to supply node Q is 1500m;

[0104] The collection period of device node C is 12 hours, and the path distance to supply node Q is 1000m;

[0105] The collection period of device node D is 48 hours, and the path distance to supply node Q is 2000m;

[0106] If the operation received by device node A in the seventh hour of the first collection cycle exceeds the limit operation frequency threshold, it is determined that device node A enters the second collection cycle;

[0107] Device nodes B and C are normal;

[0108] Device node D triggers the minimum inventory threshold at the 11th hour;

[0109] At this time, node A has the highest priority, node D has a lower priority than node A, and nodes B and C determine their corresponding priorities based on the path distance to the supply node Q;

[0110] At this time, the supply node Q starts and sets the supply path to A→D→C→B for separate supply, and resets the collection cycle of each device node;

[0111] If the operation received by device node B in the 11th hour of the first collection cycle exceeds the limit operation frequency threshold, it is determined that device node A enters the second collection cycle;

[0112] Device nodes A, C, and D are normal;

[0113] At this time, node B has the highest priority, node A has a lower priority than node B, and nodes C and D determine their corresponding priorities based on the path distance to the supply node Q;

[0114] At this time, at the 48th hour, the supply node Q sets out and sets the supply path to B→A→C→D for separate replenishment, and resets the collection cycle of each device node.

[0115] By defining the next collection cycle separately, the actual time of device node maintenance or the actual time of event occurrence is updated in real time based on the device node. While reducing the monitoring load of the information response center, the urgency of each device node can be sorted according to the chronological order. While effectively improving the timeliness of handling device node problems, it further improves the equipment stability of self-service financial equipment installed outdoors.

[0116] In some embodiments, the supply node is further provided with a damage emergency strategy, which is used to process or repair the self-service financial device set up in any device node that does not exceed the preset limit range when the damage alarm is issued by the device node;

[0117] Among them, the damage alarm is that the information collector collects information that at least one self-service financial device set in the device node is damaged, and sends a damage alarm signal according to the corresponding path of the high-frequency early warning signal.

[0118] In some embodiments, if any information collector within a preset coverage area sends a device silent signal, the information response center determines to shut down the device node corresponding to the information collector.

[0119] By shutting down self-service financial equipment that has not been used for a long time, the burden of maintaining the self-service financial equipment can be reduced, which can reduce the complexity of the management system to a certain extent, and effectively improve the robustness of the management system, thereby further improving the equipment stability of the self-service financial equipment installed outdoors.

[0120] So far, the technical solutions of the present invention have been described in conjunction with the preferred embodiments shown in the accompanying drawings. However, it is easy for those skilled in the art to understand that the protection scope of the present invention is obviously not limited to these specific embodiments. Without departing from the principle of the present invention, those skilled in the art can make equivalent changes or substitutions to the relevant technical features, and the technical solutions after these changes or substitutions will fall within the protection scope of the present invention.

[0121] The above description is only a preferred embodiment of the present invention and is not intended to limit the present invention. For those skilled in the art, the present invention may have various modifications and variations. Any modification, equivalent replacement, improvement, etc. made within the spirit and principle of the present invention shall be included in the protection scope of the present invention.

Claims

1. An intelligent management system for self-service financial equipment, characterized in that: include: A number of device nodes, which are set to the corresponding actual locations of the self-service financial devices; A number of information collectors, which are connected to corresponding device nodes and are used to collect event information and inventory information of the device nodes; An information response center, which is connected to each information collector, and is used to determine the event response strategy of each device node according to the event information, and to determine the event response strategy of each device node according to the inventory information; A plurality of supply nodes connected to each device node, each information collector and an information response center, for determining the device nodes to be supplied according to the inventory information of the device nodes, and for determining the supply priority of the device nodes according to the event response strategy and the event coping strategy, and supplying each device node according to the priority order and the corresponding strategy; Wherein, the event information is related to the operating frequency of the device node, and the inventory information is related to the actual inventory of the device node; The event response strategy is to determine the response delay of the corresponding operation of the device node in the next collection cycle according to the event information of the device node in a single collection cycle; The information response center is provided with a limit operation frequency threshold and a minimum inventory threshold; For any device node, if the received operating frequency is not less than the limit operating frequency threshold, the information response center determines that the device node enters the next collection cycle and responds to the operation of the device node with a delay, and the information response center records the device node as a delayed response node; For any device node, if the corresponding inventory information is not greater than the minimum inventory threshold, the information response center records the device node as an inventory-deficient node and determines to replenish the inventory of the device node in the next collection cycle; The information responses are sorted according to the order of device nodes entering the next collection cycle; The supply node responds to the inventory replenishment and replenishes the inventory of each device node that does not exceed a preset limit range according to the supply priority; For any device node, upon completion of the inventory replenishment, the information response center determines that the collection cycle of the device node is reset; Wherein, the preset limit range is determined according to the path distance; The event response strategy is to determine the supply node that supplies the device node in the next collection cycle according to the inventory information in a single collection cycle; by defining the next collection cycle of each device node separately, the actual time of maintenance of the device node or the actual time of occurrence of the event is updated in real time based on the device node; The collection period is a duration preset by the information response center; When each device node completes the inventory replenishment, the information response center records the corresponding device node as entering the next collection cycle.

2. The intelligent management system for self-service financial equipment according to claim 1, characterized in that: When determining the event information of a single device node, the information response center will process and determine the inventory information of the device node according to the distance between the device node and the supply node, wherein: If the distance between the device node and any supply node is not greater than the preset coverage range, the information response center determines not to determine the inventory information of the device node; The preset coverage range is determined according to the path distance between the device node and the corresponding supply node.

3. The intelligent management system for self-service financial equipment according to claim 2, characterized in that: The information collector is provided with a maximum operating frequency threshold. If the corresponding device node collected by a single information collector reaches the maximum operating frequency threshold in the single collection cycle, the information collector issues a high-frequency warning signal and sends the high-frequency warning signal to at least one of the supply nodes connected to the information collector.

4. The intelligent management system for self-service financial equipment according to claim 2, characterized in that: The information collector is provided with a maximum silence threshold. If the corresponding device nodes collected by a single information collector are not operated during a preset silence period, the information collector sends a device silence signal and sends the device silence signal to the information response center.

5. The intelligent management system for self-service financial equipment according to claim 1 or 3, characterized in that: The information response center also has a corresponding supply route map according to the actual location of each equipment node and each supply node; The route map includes a travel path from a supply node to a corresponding device node and a corresponding travel duration; The path distance is related to the travel path and the travel duration. For the same number of path distances, the actual length of each corresponding travel path does not exceed the path error value, and the travel duration does not exceed the duration error value.

6. The intelligent management system for self-service financial equipment according to claim 5, characterized in that: The supply node is also provided with a damage emergency strategy, which is used to process or repair any device node when a damage alarm is issued by any device node that does not exceed the preset limit range; The damage alarm is when the information collector collects information that at least one self-service financial device set in the device node is damaged, and sends a damage alarm signal along the corresponding path of the high-frequency early warning signal.

7. The intelligent management system for self-service financial equipment according to claim 6, characterized in that: If any information collector within the preset coverage area sends out a device silent signal, the information response center determines to shut down the device node corresponding to the information collector.

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