CN114038128A - Energy-saving control method, system and medium applied to self-service terminal - Google Patents

Abstract

The invention discloses an energy-saving control method, system and medium applied to a self-service terminal, wherein the method comprises the following steps: setting a first detection time period and a second detection time period; confirming a valid user based on the first detection time period and the second detection time period; setting a statistical time period and an arrangement sequence; acquiring service log data of an effective user; adjusting the working state of the self-service terminal based on the statistical time period, the arrangement sequence and the service log data; acquiring a service requirement; executing service processing operation based on the working state and the service requirement; detecting the service processing condition of the service processing operation; executing a non-printed voucher output operation or a printed voucher output operation based on the business processing condition; the invention can intelligently awaken the internal module matched with the service requirement in the self-service terminal, and adjust the awakening state of the internal module at any time according to the service requirement without keeping all the internal modules in standby, thereby greatly reducing the waste of power resources.

Description

Energy-saving control method, system and medium applied to self-service terminal

Technical Field

The invention relates to the technical field of terminal equipment regulation and control, in particular to an energy-saving control method, system and medium applied to a self-service terminal.

Background

When the existing self-service terminal equipment is not used by a user, all modules are in a standby state, and when the existing self-service terminal equipment is used by the user, the self-service terminal equipment can adjust the modules used by the user to be in a working state and keep other modules in the standby state; the resource load capacity generated by the control mode of the internal module of the self-service terminal is extremely high, which causes the waste of power resources and equipment resources; meanwhile, the existing self-service terminal equipment adopts a printing mode when outputting receipt information for a user, and the mode can cause waste of paper resources when facing the receipt information with more contents;

in summary, the existing control method for the self-service terminal device has very poor energy saving performance, so a self-service terminal control method capable of intelligently controlling the awakening state of the internal module of the self-service terminal device and intelligently controlling the printing mode of the user receipt information is needed.

Disclosure of Invention

The invention mainly aims to develop a self-service terminal control method which can intelligently control the awakening state of an internal module of self-service terminal equipment and can intelligently control a user receipt information printing mode, so that the environmental protection and energy conservation of the self-service terminal are improved, and the service life of the self-service terminal equipment is further prolonged.

In order to achieve the purpose, the invention adopts a technical scheme that: the energy-saving control method applied to the self-service terminal comprises the following steps:

and an effective user detection step:

configuring a sensing detection module, a voice prompt module and an audio detection module; setting a first detection time period and a second detection time period; confirming a valid user based on the sensing detection module, the voice prompt module, the audio detection module, the first detection time period and the second detection time period;

and service energy-saving processing:

configuring a biological characteristic recognition module and a network communication module; setting a statistical time period and an arrangement sequence; acquiring the service log data of the effective user based on the biological feature recognition module and the network communication module, and adjusting the working state of service processing equipment in the self-service terminal based on the statistical time period, the arrangement sequence and the service log data; acquiring the service requirement of the effective user, and executing service processing operation based on the working state and the service requirement;

and a credential energy-saving output step:

a configuration voucher information generation module; setting a third detection time period and a voucher byte threshold; creating an information delivery webpage, first voucher check and receipt prompt information, second voucher check and receipt prompt information and third voucher check and receipt prompt information; detecting a service processing condition of the service processing operation based on the third detection time period; executing a non-printed voucher output operation or a printed voucher output operation based on the voucher information generation module, the voucher byte threshold, the information delivery webpage, the first voucher check prompt information, the second voucher check prompt information, the third voucher check prompt information and the business processing condition.

As an improvement, the step of confirming a valid user based on the sensing detection module, the voice prompt module, the audio detection module, the first detection time period and the second detection time period further comprises:

setting a sensing range of the sensing detection module; voice prompt information is configured in the voice prompt module; configuring a first voice feature in the audio detection module;

calling the sensing detection module to detect whether human body features exist in the sensing range every other first detection time period; if the human body features exist, calling the voice prompt module to output the voice prompt information in a voice mode;

calling the audio detection module to detect whether a second voice feature matched with the first voice feature exists at intervals of a second detection time period after the voice prompt module outputs the voice prompt information in a voice mode; and if the second voice feature exists, confirming that the user corresponding to the human body feature in the sensing range is the effective user.

As an improved solution, the step of obtaining the service log data of the valid user based on the biometric identification module and the network communication module, and adjusting the working state of the service processing device in the self-service terminal based on the statistical time period, the arrangement order and the service log data further includes:

calling the biological characteristic recognition module to acquire first biological characteristic data of the effective user; calling the network communication module to access a user database of the self-service terminal;

judging whether second biological characteristic data matched with the first biological characteristic data exists in the user database or not; if the second biological characteristic data exists, calling the network communication module to extract the service log data matched with the second biological characteristic data in the user database;

counting a plurality of service types in the service log data within the counting time period and a plurality of service use frequencies respectively corresponding to the service types; sequencing the service use frequencies according to the sequencing order to obtain a frequency sequence;

setting the service use frequency at the highest frequency in the frequency sequence as a first service use frequency; setting the service use frequency positioned at the second order of the first service use frequency in the frequency sequence as a second service use frequency; identifying a first service type and a second service type corresponding to the first service using frequency and the second service using frequency respectively;

adjusting the working state of the service processing equipment respectively matched with the first service type and the second service type in the self-service terminal to be an awakening state; and adjusting the working state of the service processing equipment in the self-service terminal, which is not matched with the first service type and the second service type, into a dormant state.

As an improved solution, the service processing operation includes:

setting the service processing equipment with the working state as the awakening state as first processing equipment; identifying a first service requirement type of the service requirement; judging whether a second service demand type which is not matched with the service type of the first processing equipment exists in the first service demand type;

if the second service requirement type does not exist, calling the first processing equipment to process the service requirement; if the second service requirement type exists, adjusting first service processing equipment matched with the second service requirement type in the self-service terminal to be in the awakening state, and setting the first service processing equipment as second processing equipment; and calling the first processing equipment and the second processing equipment to process the service requirement.

As an improved solution, the step of detecting the traffic handling condition of the traffic handling operation based on the third detection time period further includes:

detecting a first service requirement processing completion degree of the first processing device or a second service requirement processing completion degree of the first processing device and the second processing device every other third detection time period;

when the first service requirement processing completion degree is that the first processing equipment completes the service or the second service requirement processing completion degree is that the first processing equipment and the second processing equipment both complete the service, setting the service processing condition as service processing completion;

and when the first service requirement processing completion degree is that the first processing equipment does not complete the service or the second service requirement processing completion degree is that the first processing equipment or the second processing equipment does not complete the service, setting the service processing condition as service processing incomplete.

As an improved aspect, the step of performing a non-printed voucher output operation or a printed voucher output operation based on the voucher information generation module, the voucher byte threshold, the information delivery webpage, the first voucher audit trail message, the second voucher audit trail message, the third voucher audit trail message and the transaction processing condition further comprises:

when the business processing condition is that the business processing is finished, calling the voucher information generation module to generate voucher information matched with the business processing operation; detecting a first byte occupation value of the voucher information, and comparing whether the first byte occupation value is not less than the voucher byte threshold value;

if not, executing the non-printing voucher output operation based on the information delivery webpage, the first voucher check prompt message, the second voucher check prompt message and the voucher message;

if the user number is less than the preset number, generating a first voucher output option and a second voucher output option on the interactive display equipment of the self-service terminal; detecting a touch action of the active user on the interactive display device for the first and second voucher output options; when the touch action is that the valid user touches the first voucher output option, executing the non-printed voucher output operation based on the information delivery webpage, the first voucher check prompt message, the second voucher check prompt message and the voucher information; when the touch action is that the valid user touches the second voucher output option, executing the printed voucher output operation based on the third voucher check-in prompt message and the voucher message.

As an improvement, the non-printed voucher output operation comprises:

calling the network communication module to acquire the communication address of the effective user in the user database; adding the voucher information to the information delivery webpage, and packaging and sending a webpage address of the information delivery webpage and the first voucher check prompt information to the communication address; creating a jump two-dimensional code linked with the webpage address; outputting the skip two-dimensional code on the interactive display equipment, and calling the voice prompt module to output the second voucher check and receipt prompt information in a voice mode;

the printed voucher output operation comprises: and calling a voucher printing module of the self-service terminal to print a paper voucher based on the voucher information, and calling the voice prompt module to output the third voucher check and receipt prompt information in a voice mode.

As an improved solution, the operation step of adjusting the working state of the service processing device to the awake state further includes:

calling power supply equipment of the self-service terminal to supply power to the service processing equipment, and calling a programmable logic controller on a mainboard of the self-service terminal to send an enabling signal to the service processing equipment;

the operation step of adjusting the working status of the service processing device to the dormant status further comprises: and controlling the power supply equipment of the self-service terminal to keep a non-power supply state for the service processing equipment.

The invention also provides an energy-saving control system based on the energy-saving control method applied to the self-service terminal, which comprises the following steps:

the system comprises an effective user detection module, a business energy-saving processing module and a receipt energy-saving output module;

the effective user detection module is provided with the sensing detection module, the voice prompt module and the audio detection module; the effective user detection module is used for setting a first detection time period and a second detection time period and confirming an effective user based on the sensing detection module, the voice prompt module, the audio detection module, the first detection time period and the second detection time period;

the business energy-saving processing module is provided with a biological characteristic recognition module and a network communication module; the service energy-saving processing module is used for setting a statistical time period and an arrangement sequence; the business energy-saving processing module acquires the business log data of the effective user based on the biological characteristic identification module and the network communication module, and adjusts the working state of business processing equipment in the self-service terminal based on the statistical time period, the arrangement sequence and the business log data; the service energy-saving processing module is also used for acquiring the service requirement of the effective user and executing service processing operation based on the working state and the service requirement;

a voucher information generation module is configured in the voucher energy-saving output module; the voucher energy-saving output module is used for setting a third detection time period and a voucher byte threshold; the voucher energy-saving output module is also used for creating an information delivery webpage, first voucher check and receipt prompt information, second voucher check and receipt prompt information and third voucher check and receipt prompt information; the receipt energy-saving output module detects the business processing condition of the business processing operation based on the third detection time period; the voucher energy-saving output module executes non-printed voucher output operation or printed voucher output operation based on the voucher information generation module, the voucher byte threshold, the information delivery webpage, the first voucher check prompt information, the second voucher check prompt information, the third voucher check prompt information and the business processing condition.

The invention also provides a computer readable storage medium having a computer program stored thereon, which, when executed by a processor, implements the steps of the energy saving control method applied to the self-service terminal.

The invention has the beneficial effects that:

1. the energy-saving control method applied to the self-service terminal can intelligently awaken the internal module matched with the user service requirement in the self-service terminal equipment, and adjust the awakening state of the internal module of the self-service terminal equipment at any time according to the service requirement of the user, so that all the internal modules are not required to be kept in the standby state, and the waste of power resources is greatly reduced; meanwhile, the energy-saving control method applied to the self-service terminal can also selectively print according to the content of the receipt, so that the user requirements are met, paper resources are saved, the energy saving performance of the self-service terminal device is greatly improved, and the service life of the self-service terminal device is prolonged.

2. According to the energy-saving control system, the effective user detection module, the business energy-saving processing module and the receipt energy-saving output module are matched with each other, so that the internal module matched with the business requirements of the user in the self-service terminal equipment is awakened intelligently, the awakening state of the internal module of the self-service terminal equipment is adjusted at any time according to the business requirements of the user, all the internal modules are not required to be kept in a standby state, and the waste of power resources is greatly reduced; meanwhile, the energy-saving control system can also selectively print according to the content of the receipt, so that the paper resource is saved while the user requirement is met, the energy saving performance of the self-service terminal equipment is greatly improved finally, and the service life of the self-service terminal equipment is prolonged.

3. The computer readable storage medium can guide an effective user detection module, a business energy-saving processing module and a receipt energy-saving output module to be matched, further realize intelligent awakening of an internal module matched with the business requirements of a user in the self-service terminal equipment, and adjust the awakening state of the internal module of the self-service terminal equipment at any time according to the business requirements of the user, all the internal modules are not required to be kept in a standby state, so that the waste of power resources is greatly reduced; meanwhile, the printing can be selectively carried out according to the content of the receipt, so that the user requirements are met, meanwhile, paper resources are saved, the energy saving performance of the self-service terminal equipment is greatly improved finally, the service life of the self-service terminal equipment is prolonged, and the operability of the energy-saving control method applied to the self-service terminal is effectively improved.

Drawings

In order to more clearly illustrate the embodiments of the present invention or the technical solutions in the prior art, the drawings used in the description of the embodiments or the prior art will be briefly described below, and it is obvious that the drawings in the following description are some embodiments of the present invention, and other drawings can be obtained by those skilled in the art without creative efforts.

Fig. 1 is a flowchart of an energy saving control method applied to a self-service terminal according to embodiment 1 of the present invention;

fig. 2 is a schematic specific flowchart of an energy saving control method applied to a self-service terminal according to embodiment 1 of the present invention;

fig. 3 is an architecture diagram of an energy-saving control system applied to a self-service terminal according to embodiment 2 of the present invention.

Detailed Description

The following detailed description of the preferred embodiments of the present invention, taken in conjunction with the accompanying drawings, will make the advantages and features of the invention easier to understand by those skilled in the art, and thus will clearly and clearly define the scope of the invention.

In the description of the present invention, it should be noted that the described embodiments of the present invention are a part of the embodiments of the present invention, and not all embodiments; all other embodiments, which can be derived by a person skilled in the art from the embodiments given herein without making any creative effort, shall fall within the protection scope of the present invention.

In the description of the present invention, it should be noted that the terms "first", "second", and "third" are used for descriptive purposes only and are not to be construed as indicating or implying relative importance.

In the description of the present invention, it is to be noted that: CPLD (Complex Programmable Logic device) is a complex Programmable Logic device; ip (internet protocol) is an internet protocol address.

Example 1

The embodiment provides an energy-saving control method applied to a self-service terminal, as shown in fig. 1 and fig. 2, including the following steps:

s100, an effective user detection step, which specifically comprises the following steps:

s110, configuring a sensing detection module, a voice prompt module and an audio detection module; setting a first detection time period and a second detection time period; confirming a valid user based on the sensing detection module, the voice prompt module, the audio detection module, the first detection time period and the second detection time period; in this embodiment, the sensing detection module is a combination mechanism of a proximity sensor and an image sensing device, which can perform approach detection of a human body and capture corresponding human body characteristics; the voice prompt module is a power amplifier device and is used for carrying out voice prompt on a user; the audio detection module is pickup equipment and is used for capturing feedback audio information of a user for the voice prompt;

specifically, a sensing range of the sensing detection module is set; voice prompt information is configured in the voice prompt module; configuring a first voice feature in the audio detection module; in this embodiment, the sensing range is a detection range of the proximity sensor, and is set in a specific case, in this embodiment, 5 meters; correspondingly, the voice prompt information includes but is not limited to: asking whether business processing is needed or not and asking for a voice answer; the first speech feature includes, but is not limited to: the words such as 'yes', 'confirmation' and 'need' indicate a number of characteristics of confirmation for the voice prompt information; calling the sensing detection module to detect whether human body features exist in the sensing range every other first detection time period; in the present embodiment, in order to achieve the criterion of energy saving and at the same time achieve detection of a higher frequency, the first detection period is set to 5 seconds in the present embodiment; if the human body characteristics exist, which indicates that a user exists near the self-service terminal, calling the voice prompt module to output the voice prompt information in a voice mode; calling the audio detection module to detect whether a second voice feature matched with the first voice feature exists at intervals of a second detection time period after the voice prompt module outputs the voice prompt information in a voice mode; in order to improve the user experience, a faster feedback operation is required, so that the second detection time period is set to be 1 second; if the second voice feature matched with the first voice feature exists, the user replies voice prompt information, and the user needs to perform business processing operation through a self-service terminal, and the user corresponding to the human body feature in the sensing range is confirmed to be the effective user; correspondingly, the effective user of the self-service terminal can be confirmed through the step S100, so that the effective utilization rate of the self-service terminal is improved, the follow-up energy-saving operation is matched, the self-service terminal is prevented from being in an invalid standby state when no effective user exists, and the waste of power resources and terminal resources is avoided.

S200, a service energy-saving processing step specifically comprises:

s210, configuring a biological feature recognition module and a network communication module; setting a statistical time period and an arrangement sequence; acquiring the service log data of the effective user based on the biological feature recognition module and the network communication module, and adjusting the working state of service processing equipment in the self-service terminal based on the statistical time period, the arrangement sequence and the service log data; acquiring the service requirement of the effective user, and executing service processing operation based on the working state and the service requirement; in the present embodiment, the biometric module includes, but is not limited to, a face information capture detection device and a fingerprint information capture detection device; the network communication module is information transmission access equipment based on the Ethernet;

specifically, the biological characteristic recognition module is called to obtain first biological characteristic data of the effective user; the first biological characteristic data is fingerprint information or face information of an effective user; calling the network communication module to access a user database of the self-service terminal; the user database is a database which is inherent in the self-service terminal equipment and is used for storing all service information and account information of the terminal user; judging whether second biological characteristic data matched with the first biological characteristic data exists in the user database or not; if the second biological characteristic data exists, calling the network communication module to extract the service log data matched with the second biological characteristic data in the user database; the service log data is the historical service processing record of the effective user; counting a plurality of service types in the service log data within the counting time period and a plurality of service use frequencies respectively corresponding to the service types; in this embodiment, in order to improve the user experience and improve the confirmation accuracy of the device, the statistical time period is set to be one month away from the current time point, the progress of the statistical time period along with time is updated at any time, and the updating unit is 24 hours; sequencing the service use frequencies according to the sequencing order to obtain a frequency sequence; in this embodiment, the arrangement order is from high to low or from low to high; setting the service use frequency at the highest frequency in the frequency sequence as a first service use frequency; setting the service use frequency positioned at the second order of the first service use frequency in the frequency sequence as a second service use frequency; identifying a first service type and a second service type corresponding to the first service using frequency and the second service using frequency respectively; correspondingly, the services corresponding to the first service type and the second service type are respectively the services which have the most recent processing frequency and more processing frequencies of the effective user; after confirming that the effective user recently uses or processes more services, corresponding processing equipment in the self-service terminal can be started according to the first service type and the second service type, and other unrelated equipment is powered off and kept dormant, so that the utilization rate of resources is improved to a certain extent, and the waste of the resources is reduced; therefore, the working state of the service processing equipment respectively matched with the first service type and the second service type in the self-service terminal is adjusted to be an awakening state; and adjusting the working state of the service processing equipment in the self-service terminal, which is not matched with the first service type and the second service type, into a dormant state. Specifically, the operation step of adjusting the working state of the service processing device to the awake state further includes: calling power supply equipment of the self-service terminal to supply power to the service processing equipment, and calling a CPLD (programmable logic controller) on a mainboard of the self-service terminal to send an enabling signal to the service processing equipment; the operation step of adjusting the working state of the service processing device to the dormant state further includes: controlling the power supply equipment of the self-service terminal to keep a non-power supply state for the service processing equipment; correspondingly, in this embodiment, maintaining the non-power-supply state for the service processing device means that power will not be supplied to the service processing device, so that the service processing device is maintained in the off state; to a certain extent, the power supply amount is kept, and meanwhile, the used equipment is reduced, so that the working efficiency and the working quality of the service processing equipment which is processing the service are improved, and the experience of effective users is further improved; correspondingly, in this embodiment, a plurality of basic service processing devices are preset in the self-service terminal device, and when the second biometric data does not exist, it indicates that the valid user is a new user for the first use, the new user needs to be added to the user database, and the working states of the basic service processing devices are adjusted to be an awake state, so as to process the service requirements for the new user, thereby improving the applicability and the application range of the method;

specifically, the service processing operation includes: setting the service processing equipment with the working state as the awakening state as first processing equipment; identifying a first service requirement type of the service requirement; judging whether a second service demand type which is not matched with the service type of the first processing equipment exists in the first service demand type; the second service demand type is a service type which can not be processed by the first processing equipment alone; for example: the first processing device is a withdrawal device; the first service requirement type comprises withdrawal requirements and identity information change requirements; if the withdrawal device cannot process the identity information change requirement, the second service requirement type is the identity information change requirement; if the second service requirement type does not exist, the first service requirement type is completely matched with the first processing equipment analyzed by the method according to the effective user service processing frequency, so that the first processing equipment is called to process the service requirement; if the second service requirement type exists, the first processing equipment cannot complete the processing of the service requirement, so that the first service processing equipment matched with the second service requirement type in the self-service terminal is adjusted to be in the awakening state, and the first service processing equipment is set to be the second processing equipment; calling the first processing equipment and the second processing equipment to cooperatively process the service requirement; thereby meeting the requirements of effective users; in this embodiment, the emphasis is on energy-saving control of internal devices in the self-service terminal, so how to process the service requirement is less relevant to the emphasis of the present invention, and is not described herein again.

S300, a credential energy-saving output step, which specifically comprises:

s310, configuring a voucher information generation module; setting a third detection time period and a voucher byte threshold; creating an information delivery webpage, first voucher check and receipt prompt information, second voucher check and receipt prompt information and third voucher check and receipt prompt information; detecting a service processing condition of the service processing operation based on the third detection time period; executing a non-printed voucher output operation or a printed voucher output operation based on the voucher information generation module, the voucher byte threshold, the information delivery webpage, the first voucher check prompt information, the second voucher check prompt information, the third voucher check prompt information and the business process condition; in this embodiment, since the service requirement processing requires time, the third detection time period does not need to be set too short, and the real-time detection effect does not need to be achieved, so the third detection time period is set to any value between 5 seconds and 10 seconds; the voucher byte threshold is a judgment standard for judging whether the voucher information generated by the business requirement processing of the effective user needs paper printing, and in the prior art, the paper voucher is inevitably printed as long as the user selects the voucher to output; the voucher information is used for assisting a user to check business operation, and is not necessarily printed as a paper edition, so that the use and waste of paper resources in self-service terminal equipment are reduced by taking the voucher information as a starting point; the voucher information generating module is a networking device which is configured in the self-service terminal device and used for generating receipt voucher information corresponding to a business processing flow according to the business processing flow of an effective user;

specifically, detecting a first service requirement processing completion degree of the first processing device or a second service requirement processing completion degree of the first processing device and the second processing device every other third detection time period;

when the first service requirement processing completion degree is that the first processing equipment completes the service or the second service requirement processing completion degree is that the first processing equipment and the second processing equipment both complete the service, setting the service processing condition as service processing completion; when the first service requirement processing completion degree is that the first processing equipment does not complete the service or the second service requirement processing completion degree is that the first processing equipment or the second processing equipment does not complete the service, setting the service processing condition as service processing incomplete; the existing or existing conditions are respectively corresponding to two different service processing operations, namely, the service processing operations respectively corresponding to the service processing operation when the first processing device processes the service requirement independently and the service processing operation when the first processing device and the second processing device process the service requirement cooperatively;

specifically, when the business processing is finished, the voucher printing is required, and the corresponding determination operation is executed: calling the voucher information generation module to generate voucher information matched with the business processing operation; detecting a first byte occupation value of the voucher information, and comparing whether the first byte occupation value is not less than the voucher byte threshold value; the first byte occupation value is the byte value or the file size of the voucher information; for example, the first byte occupancy value is 500 bytes, 500kb or 1 mb; in this embodiment, the voucher byte threshold is set according to the size of the voucher, and is usually set to a byte occupancy value that can be carried by the voucher, for example: 300 bytes; correspondingly, byte represents a storage unit byte; kb represents a unit of kilobytes of storage; mb represents a megabyte; if not, the voucher information is excessive, so the non-printing voucher output operation is executed based on the information delivery webpage, the first voucher check prompt information, the second voucher check prompt information and the voucher information; if the user identification number is less than the preset value, the voucher information can be printed in a paper mode or non-paper mode, so that printing operation is required to be carried out according to user requirements, and a first voucher output option and a second voucher output option are generated on the interactive display device of the self-service terminal; in the embodiment, the interactive display equipment is touchable display screen equipment configured on the self-service terminal equipment; the first voucher output option and the second voucher output option are respectively 'sending voucher information to the mobile phone' and 'printing paper voucher'; detecting a touch action of the active user on the interactive display device for the first and second voucher output options; when the touch action is that the valid user touches the first voucher output option, voucher information needs to be sent to the mobile phone of the valid user, and the non-printed voucher output operation is executed based on the information delivery webpage, the first voucher check prompt information, the second voucher check prompt information and the voucher information; when the touch action is that the valid user touches the second voucher output option, a paper voucher needs to be printed, and the printed voucher output operation is executed based on the third voucher check prompt message and the voucher information;

specifically, the non-printing voucher output operation includes:

calling the network communication module to acquire the communication address of the effective user in the user database; the communication address includes but is not limited to: the mobile phone number, the micro signal and the mobile terminal login IP of the bank account of the effective user are obtained; a jump webpage with selectively printable voucher information needs to be generated, so that the voucher information is added to the information delivery webpage, and a webpage address of the information delivery webpage and the first voucher check prompt information are packaged and sent to the communication address; the first voucher check prompt message is 'please click the web page address to jump to the voucher information page, and you can save the voucher information to the mobile phone or print the voucher by using a personal printer on the voucher information page'; the information is prevented from being deleted by mistake or the information receiving interception is set; therefore, a jump two-dimensional code linked with the webpage address is created; outputting the jump two-dimensional code on the interactive display equipment, calling the voice prompt module to output the second voucher check and receipt prompt information in a voice mode, and prompting a user to scan the two-dimensional code to obtain webpage voucher information; the second voucher check prompt message is that the user scans the skip two-dimensional code on the display screen and then skips to a voucher information page with voucher information, and the user can store the voucher information in the voucher information page or print the voucher by using a personal printer; correspondingly, the printed voucher output operation comprises: calling a voucher printing module of the self-service terminal to print a paper voucher based on the voucher information, and calling the voice prompt module to output the third voucher checking and accepting prompt information in a voice mode; the third voucher check-up prompt message is 'please take your business voucher from the paper voucher outlet'; correspondingly, it is conceivable to add a check code matched with the identity information of the valid user on the voucher information page, thereby preventing the voucher information from being modified or revealed by others.

Example 2

The present embodiment provides an energy-saving control system applied to a self-service terminal based on the inventive concept of an energy-saving control method applied to the self-service terminal in embodiment 1, as shown in fig. 3, including: the system comprises an effective user detection module, a business energy-saving processing module and a receipt energy-saving output module;

in the energy-saving control system applied to the self-service terminal, the sensing detection module, the voice prompt module and the audio detection module are configured in the effective user detection module; the effective user detection module is used for setting a first detection time period and a second detection time period and confirming an effective user based on the sensing detection module, the voice prompt module, the audio detection module, the first detection time period and the second detection time period;

specifically, the effective user detection module sets a sensing range of the sensing detection module; the effective user detection module configures voice prompt information in the voice prompt module; the effective user detection module configures a first voice feature in the audio detection module; the effective user detection module calls the sensing detection module to detect whether human body features exist in the sensing range every other first detection time period; if the human body characteristics exist, the effective user detection module calls the voice prompt module to output the voice prompt information in a voice mode; the effective user detection module calls the audio detection module to detect whether a second voice feature matched with the first voice feature exists every second detection time period after the voice prompt module outputs the voice prompt information in a voice mode; and if the second voice feature exists, the effective user detection module confirms that the user corresponding to the human body feature in the sensing range is the effective user.

In the energy-saving control system applied to the self-service terminal, a biological characteristic identification module and a network communication module are configured in a business energy-saving processing module; the service energy-saving processing module is used for setting a statistical time period and an arrangement sequence; the business energy-saving processing module acquires the business log data of the effective user based on the biological characteristic identification module and the network communication module, and adjusts the working state of business processing equipment in the self-service terminal based on the statistical time period, the arrangement sequence and the business log data; the service energy-saving processing module is also used for acquiring the service requirement of the effective user and executing service processing operation based on the working state and the service requirement;

specifically, the business energy-saving processing module calls the biological characteristic identification module to acquire first biological characteristic data of the effective user; the service energy-saving processing module calls the network communication module to access a user database of the self-service terminal; the service energy-saving processing module judges whether second biological characteristic data matched with the first biological characteristic data exists in the user database; if the second biological characteristic data exists, the service energy-saving processing module calls the network communication module to extract the service log data matched with the second biological characteristic data in the user database; a service energy-saving processing module counts a plurality of service types in the service log data within the counting time period and a plurality of service use frequencies respectively corresponding to the service types; the service energy-saving processing module sorts the service use frequencies according to the sorting sequence to obtain a frequency sequence; the service energy-saving processing module sets the service use frequency at the highest frequency in the frequency sequence as a first service use frequency; the service energy-saving processing module sets the service use frequency positioned at the second service use frequency in the frequency sequence as a second service use frequency; the service energy-saving processing module identifies a first service type and a second service type corresponding to the first service using frequency and the second service using frequency respectively; the service energy-saving processing module adjusts the working state of the service processing equipment which is respectively matched with the first service type and the second service type in the self-service terminal into an awakening state; the service energy-saving processing module adjusts the working state of the service processing equipment in the self-service terminal, which is not matched with the first service type and the second service type, into a dormant state;

specifically, the specific operation of adjusting the working state of the service processing device to the awake state includes: the service energy-saving processing module calls the power supply equipment of the self-service terminal to supply power to the service processing equipment and calls the programmable logic controller on the mainboard of the self-service terminal to send an enabling signal to the service processing equipment; the specific operation of adjusting the working state of the service processing device to the dormant state includes: the service energy-saving processing module controls the power supply equipment of the self-service terminal to keep a non-power supply state for the service processing equipment;

specifically, the service processing operation includes: the service energy-saving processing module sets the service processing equipment with the working state being the awakening state as first processing equipment; the service energy-saving processing module identifies a first service requirement type of the service requirement; the service energy-saving processing module judges whether a second service requirement type which is not matched with the service type of the first processing equipment exists in the first service requirement type; if the second service requirement type does not exist, the service energy-saving processing module calls the first processing equipment to process the service requirement; if the second service requirement type exists, the service energy-saving processing module adjusts first service processing equipment matched with the second service requirement type in the self-service terminal to be in the awakening state, and sets the first service processing equipment as second processing equipment; and the service energy-saving processing module calls the first processing equipment and the second processing equipment to process the service requirement.

In the energy-saving control system applied to the self-service terminal, a voucher information generation module is configured in the voucher energy-saving output module; the voucher energy-saving output module is used for setting a third detection time period and a voucher byte threshold; the voucher energy-saving output module is also used for creating an information delivery webpage, first voucher check and receipt prompt information, second voucher check and receipt prompt information and third voucher check and receipt prompt information; the receipt energy-saving output module detects the business processing condition of the business processing operation based on the third detection time period; the voucher energy-saving output module executes non-printed voucher output operation or printed voucher output operation based on the voucher information generation module, the voucher byte threshold, the information delivery webpage, the first voucher check prompt information, the second voucher check prompt information, the third voucher check prompt information and the business processing condition;

specifically, the entry energy saving output module detects a first service requirement processing completion degree of the first processing device or a second service requirement processing completion degree of the first processing device and the second processing device every other third detection time period; when the first service requirement processing completion degree is that the first processing device completes the service or the second service requirement processing completion degree is that the first processing device and the second processing device both complete the service, the credential energy-saving output module sets the service processing condition as service processing completion; when the first service requirement processing completion degree is that the first processing device does not complete the service or the second service requirement processing completion degree is that the first processing device or the second processing device does not complete the service, the credential energy-saving output module sets the service processing condition as that the service processing is not complete;

specifically, when the business processing condition is that the business processing is completed, the voucher energy-saving output module calls the voucher information generation module to generate voucher information matched with the business processing operation; the voucher energy-saving output module detects a first byte occupation value of the voucher information and compares whether the first byte occupation value is not less than the voucher byte threshold value or not; if not, the voucher energy-saving output module executes the non-printing voucher output operation based on the information delivery webpage, the first voucher check prompt message, the second voucher check prompt message and the voucher information; if the user number is less than the preset value, the receipt energy-saving output module generates a first receipt output option and a second receipt output option on the interactive display equipment of the self-service terminal; a credential energy-saving output module detects touch actions of the active user on the interactive display device with respect to the first credential output option and the second credential output option; when the touch action is that the valid user touches the first voucher output option, the voucher energy-saving output module executes the non-printed voucher output operation based on the information delivery webpage, the first voucher check prompt information, the second voucher check prompt information and the voucher information; when the touch action is that the valid user touches the second voucher output option, the voucher energy-saving output module executes the printed voucher output operation based on the third voucher check-in prompt message and the voucher message;

specifically, the non-printing voucher output operation includes: the credential energy-saving output module calls the network communication module to acquire the communication address of the valid user in the user database; the voucher energy-saving output module adds the voucher information to the information delivery webpage, and packages and sends the webpage address of the information delivery webpage and the first voucher check and receipt prompt information to the communication address; creating a jump two-dimensional code linked with the webpage address by a receipt energy-saving output module; outputting the skip two-dimensional code on the interactive display equipment, and calling the voice prompt module to output the second voucher check and receipt prompt information in a voice mode;

specifically, the printed voucher output operation includes: and the voucher energy-saving output module calls a voucher printing module of the self-service terminal to print a paper voucher based on the voucher information, and calls the voice prompt module to output the third voucher check and receipt prompt information in a voice mode.

Example 3

The present embodiments provide a computer-readable storage medium comprising:

the storage medium is used for storing computer software instructions for implementing the energy-saving control method applied to the self-service terminal in the embodiment 1, and comprises a program for executing the energy-saving control method applied to the self-service terminal; specifically, the executable program may be embedded in the energy saving control system described in embodiment 2, so that the energy saving control system may implement the energy saving control method applied to the self-service terminal described in embodiment 1 by executing the embedded executable program.

Furthermore, the computer-readable storage medium of the present embodiments may take any combination of one or more readable storage media, where a readable storage medium includes an electronic, optical, electromagnetic, infrared, or semiconductor system, apparatus, or device, or any combination thereof.

Different from the prior art, the energy-saving control method, the system and the medium applied to the self-service terminal can intelligently awaken the internal module matched with the user service requirement in the self-service terminal device through the method, and adjust the awakening state of the internal module of the self-service terminal device at any time according to the service requirement of the user, so that all the internal modules are not required to be kept in a standby state, and the waste of power resources is greatly reduced; meanwhile, the method can also selectively print according to the content of the receipt, so that the user requirement is met, meanwhile, paper resources are saved, effective technical support is provided for the method through the system, the energy saving performance of the self-service terminal device is greatly improved finally, and the service life of the self-service terminal device is further prolonged.

The numbers of the embodiments disclosed in the embodiments of the present invention are merely for description, and do not represent the merits of the embodiments.

It will be understood by those skilled in the art that all or part of the steps of implementing the above embodiments may be implemented by hardware, and a program that can be implemented by the hardware and can be instructed by the program to be executed by the relevant hardware may be stored in a computer readable storage medium, where the storage medium may be a read-only memory, a magnetic or optical disk, and the like.

The above description is only an embodiment of the present invention, and not intended to limit the scope of the present invention, and all modifications of equivalent structures and equivalent processes performed by the present specification and drawings, or directly or indirectly applied to other related technical fields, are included in the scope of the present invention.

Claims (10)

1. An energy-saving control method applied to a self-service terminal is characterized by comprising the following steps:

and an effective user detection step:

configuring a sensing detection module, a voice prompt module and an audio detection module; setting a first detection time period and a second detection time period; confirming a valid user based on the sensing detection module, the voice prompt module, the audio detection module, the first detection time period and the second detection time period;

and service energy-saving processing:

configuring a biological characteristic recognition module and a network communication module; setting a statistical time period and an arrangement sequence; acquiring the service log data of the effective user based on the biological feature recognition module and the network communication module, and adjusting the working state of service processing equipment in the self-service terminal based on the statistical time period, the arrangement sequence and the service log data; acquiring the service requirement of the effective user, and executing service processing operation based on the working state and the service requirement;

and a credential energy-saving output step:

a configuration voucher information generation module; setting a third detection time period and a voucher byte threshold; creating an information delivery webpage, first voucher check and receipt prompt information, second voucher check and receipt prompt information and third voucher check and receipt prompt information; detecting a service processing condition of the service processing operation based on the third detection time period; executing a non-printed voucher output operation or a printed voucher output operation based on the voucher information generation module, the voucher byte threshold, the information delivery webpage, the first voucher check prompt information, the second voucher check prompt information, the third voucher check prompt information and the business processing condition.

2. The energy-saving control method applied to the self-service terminal according to claim 1, wherein the step of confirming the valid user based on the sensing detection module, the voice prompt module, the audio detection module, the first detection time period and the second detection time period further comprises:

setting a sensing range of the sensing detection module; voice prompt information is configured in the voice prompt module; configuring a first voice feature in the audio detection module;

calling the sensing detection module to detect whether human body features exist in the sensing range every other first detection time period; if the human body features exist, calling the voice prompt module to output the voice prompt information in a voice mode;

calling the audio detection module to detect whether a second voice feature matched with the first voice feature exists at intervals of a second detection time period after the voice prompt module outputs the voice prompt information in a voice mode; and if the second voice feature exists, confirming that the user corresponding to the human body feature in the sensing range is the effective user.

3. The energy-saving control method applied to the self-service terminal according to claim 2, wherein the step of obtaining the service log data of the valid user based on the biometric identification module and the network communication module, and adjusting the working state of the service processing device in the self-service terminal based on the statistical time period, the arrangement sequence and the service log data further comprises:

calling the biological characteristic recognition module to acquire first biological characteristic data of the effective user; calling the network communication module to access a user database of the self-service terminal;

judging whether second biological characteristic data matched with the first biological characteristic data exists in the user database or not; if the second biological characteristic data exists, calling the network communication module to extract the service log data matched with the second biological characteristic data in the user database;

counting a plurality of service types in the service log data within the counting time period and a plurality of service use frequencies respectively corresponding to the service types; sequencing the service use frequencies according to the sequencing order to obtain a frequency sequence;

setting the service use frequency at the highest frequency in the frequency sequence as a first service use frequency; setting the service use frequency positioned at the second order of the first service use frequency in the frequency sequence as a second service use frequency; identifying a first service type and a second service type corresponding to the first service using frequency and the second service using frequency respectively;

adjusting the working state of the service processing equipment respectively matched with the first service type and the second service type in the self-service terminal to be an awakening state; and adjusting the working state of the service processing equipment in the self-service terminal, which is not matched with the first service type and the second service type, into a dormant state.

4. The energy-saving control method applied to the self-service terminal according to claim 3, wherein the business processing operation comprises:

setting the service processing equipment with the working state as the awakening state as first processing equipment; identifying a first service requirement type of the service requirement; judging whether a second service demand type which is not matched with the service type of the first processing equipment exists in the first service demand type;

if the second service requirement type does not exist, calling the first processing equipment to process the service requirement; if the second service requirement type exists, adjusting first service processing equipment matched with the second service requirement type in the self-service terminal to be in the awakening state, and setting the first service processing equipment as second processing equipment; and calling the first processing equipment and the second processing equipment to process the service requirement.

5. The energy-saving control method applied to the self-service terminal according to claim 4, wherein the step of detecting the service processing condition of the service processing operation based on the third detection time period further comprises:

detecting a first service requirement processing completion degree of the first processing device or a second service requirement processing completion degree of the first processing device and the second processing device every other third detection time period;

when the first service requirement processing completion degree is that the first processing equipment completes the service or the second service requirement processing completion degree is that the first processing equipment and the second processing equipment both complete the service, setting the service processing condition as service processing completion;

and when the first service requirement processing completion degree is that the first processing equipment does not complete the service or the second service requirement processing completion degree is that the first processing equipment or the second processing equipment does not complete the service, setting the service processing condition as service processing incomplete.

6. The energy-saving control method applied to the self-service terminal according to claim 5, wherein the step of executing the non-printed voucher output operation or the printed voucher output operation based on the voucher information generation module, the voucher byte threshold, the information delivery webpage, the first voucher check prompt information, the second voucher check prompt information, the third voucher check prompt information and the transaction processing condition further comprises:

when the business processing condition is that the business processing is finished, calling the voucher information generation module to generate voucher information matched with the business processing operation; detecting a first byte occupation value of the voucher information, and comparing whether the first byte occupation value is not less than the voucher byte threshold value;

if not, executing the non-printing voucher output operation based on the information delivery webpage, the first voucher check prompt message, the second voucher check prompt message and the voucher message;

if the user number is less than the preset number, generating a first voucher output option and a second voucher output option on the interactive display equipment of the self-service terminal; detecting a touch action of the active user on the interactive display device for the first and second voucher output options; when the touch action is that the valid user touches the first voucher output option, executing the non-printed voucher output operation based on the information delivery webpage, the first voucher check prompt message, the second voucher check prompt message and the voucher information; when the touch action is that the valid user touches the second voucher output option, executing the printed voucher output operation based on the third voucher check-in prompt message and the voucher message.

7. The energy-saving control method applied to the self-service terminal according to claim 6, wherein the non-printed voucher output operation comprises:

calling the network communication module to acquire the communication address of the effective user in the user database; adding the voucher information to the information delivery webpage, and packaging and sending a webpage address of the information delivery webpage and the first voucher check prompt information to the communication address; creating a jump two-dimensional code linked with the webpage address; outputting the skip two-dimensional code on the interactive display equipment, and calling the voice prompt module to output the second voucher check and receipt prompt information in a voice mode;

the printed voucher output operation comprises: and calling a voucher printing module of the self-service terminal to print a paper voucher based on the voucher information, and calling the voice prompt module to output the third voucher check and receipt prompt information in a voice mode.

8. The energy-saving control method applied to the self-service terminal according to claim 7, wherein the operation step of adjusting the working state of the service processing device to the wake-up state further comprises:

calling power supply equipment of the self-service terminal to supply power to the service processing equipment, and calling a programmable logic controller on a mainboard of the self-service terminal to send an enabling signal to the service processing equipment;

the operation step of adjusting the working status of the service processing device to the dormant status further comprises: and controlling the power supply equipment of the self-service terminal to keep a non-power supply state for the service processing equipment.

9. The energy-saving control system applied to the energy-saving control method of the self-service terminal is characterized by comprising the following steps of: the system comprises an effective user detection module, a business energy-saving processing module and a receipt energy-saving output module;

the effective user detection module is provided with the sensing detection module, the voice prompt module and the audio detection module; the effective user detection module is used for setting a first detection time period and a second detection time period and confirming an effective user based on the sensing detection module, the voice prompt module, the audio detection module, the first detection time period and the second detection time period;

the business energy-saving processing module is provided with a biological characteristic recognition module and a network communication module; the service energy-saving processing module is used for setting a statistical time period and an arrangement sequence; the business energy-saving processing module acquires the business log data of the effective user based on the biological characteristic identification module and the network communication module, and adjusts the working state of business processing equipment in the self-service terminal based on the statistical time period, the arrangement sequence and the business log data; the service energy-saving processing module is also used for acquiring the service requirement of the effective user and executing service processing operation based on the working state and the service requirement;

a voucher information generation module is configured in the voucher energy-saving output module; the voucher energy-saving output module is used for setting a third detection time period and a voucher byte threshold; the voucher energy-saving output module is also used for creating an information delivery webpage, first voucher check and receipt prompt information, second voucher check and receipt prompt information and third voucher check and receipt prompt information; the receipt energy-saving output module detects the business processing condition of the business processing operation based on the third detection time period; the voucher energy-saving output module executes non-printed voucher output operation or printed voucher output operation based on the voucher information generation module, the voucher byte threshold, the information delivery webpage, the first voucher check prompt information, the second voucher check prompt information, the third voucher check prompt information and the business processing condition.

10. A computer-readable storage medium, having a computer program stored thereon, which, when being executed by a processor, implements the steps of the energy saving control method applied to a self-service terminal according to any one of claims 1 to 8.

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