CN108389334A - A kind of recyclable self-service reprographic printing system and its monitoring method that internet is shared - Google Patents
A kind of recyclable self-service reprographic printing system and its monitoring method that internet is shared Download PDFInfo
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- G—PHYSICS
- G07—CHECKING-DEVICES
- G07F—COIN-FREED OR LIKE APPARATUS
- G07F17/00—Coin-freed apparatus for hiring articles; Coin-freed facilities or services
- G07F17/26—Coin-freed apparatus for hiring articles; Coin-freed facilities or services for printing, stamping, franking, typing or teleprinting apparatus
- G07F17/266—Coin-freed apparatus for hiring articles; Coin-freed facilities or services for printing, stamping, franking, typing or teleprinting apparatus for the use of a photocopier or printing device
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- G—PHYSICS
- G06—COMPUTING; CALCULATING OR COUNTING
- G06F—ELECTRIC DIGITAL DATA PROCESSING
- G06F3/00—Input arrangements for transferring data to be processed into a form capable of being handled by the computer; Output arrangements for transferring data from processing unit to output unit, e.g. interface arrangements
- G06F3/12—Digital output to print unit, e.g. line printer, chain printer
- G06F3/1201—Dedicated interfaces to print systems
- G06F3/1202—Dedicated interfaces to print systems specifically adapted to achieve a particular effect
- G06F3/1203—Improving or facilitating administration, e.g. print management
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- G—PHYSICS
- G06—COMPUTING; CALCULATING OR COUNTING
- G06F—ELECTRIC DIGITAL DATA PROCESSING
- G06F3/00—Input arrangements for transferring data to be processed into a form capable of being handled by the computer; Output arrangements for transferring data from processing unit to output unit, e.g. interface arrangements
- G06F3/12—Digital output to print unit, e.g. line printer, chain printer
- G06F3/1201—Dedicated interfaces to print systems
- G06F3/1202—Dedicated interfaces to print systems specifically adapted to achieve a particular effect
- G06F3/121—Facilitating exception or error detection and recovery, e.g. fault, media or consumables depleted
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- G—PHYSICS
- G06—COMPUTING; CALCULATING OR COUNTING
- G06F—ELECTRIC DIGITAL DATA PROCESSING
- G06F3/00—Input arrangements for transferring data to be processed into a form capable of being handled by the computer; Output arrangements for transferring data from processing unit to output unit, e.g. interface arrangements
- G06F3/12—Digital output to print unit, e.g. line printer, chain printer
- G06F3/1201—Dedicated interfaces to print systems
- G06F3/1223—Dedicated interfaces to print systems specifically adapted to use a particular technique
- G06F3/1229—Printer resources management or printer maintenance, e.g. device status, power levels
- G06F3/1234—Errors handling and recovery, e.g. reprinting
- G06F3/1235—Errors handling and recovery, e.g. reprinting caused by end of consumables, e.g. paper, ink, toner
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- G—PHYSICS
- G06—COMPUTING; CALCULATING OR COUNTING
- G06F—ELECTRIC DIGITAL DATA PROCESSING
- G06F3/00—Input arrangements for transferring data to be processed into a form capable of being handled by the computer; Output arrangements for transferring data from processing unit to output unit, e.g. interface arrangements
- G06F3/12—Digital output to print unit, e.g. line printer, chain printer
- G06F3/1201—Dedicated interfaces to print systems
- G06F3/1223—Dedicated interfaces to print systems specifically adapted to use a particular technique
- G06F3/1237—Print job management
- G06F3/1253—Configuration of print job parameters, e.g. using UI at the client
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- G—PHYSICS
- G06—COMPUTING; CALCULATING OR COUNTING
- G06F—ELECTRIC DIGITAL DATA PROCESSING
- G06F3/00—Input arrangements for transferring data to be processed into a form capable of being handled by the computer; Output arrangements for transferring data from processing unit to output unit, e.g. interface arrangements
- G06F3/12—Digital output to print unit, e.g. line printer, chain printer
- G06F3/1201—Dedicated interfaces to print systems
- G06F3/1278—Dedicated interfaces to print systems specifically adapted to adopt a particular infrastructure
- G06F3/1285—Remote printer device, e.g. being remote from client or server
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- G—PHYSICS
- G06—COMPUTING; CALCULATING OR COUNTING
- G06Q—INFORMATION AND COMMUNICATION TECHNOLOGY [ICT] SPECIALLY ADAPTED FOR ADMINISTRATIVE, COMMERCIAL, FINANCIAL, MANAGERIAL OR SUPERVISORY PURPOSES; SYSTEMS OR METHODS SPECIALLY ADAPTED FOR ADMINISTRATIVE, COMMERCIAL, FINANCIAL, MANAGERIAL OR SUPERVISORY PURPOSES, NOT OTHERWISE PROVIDED FOR
- G06Q20/00—Payment architectures, schemes or protocols
- G06Q20/08—Payment architectures
- G06Q20/18—Payment architectures involving self-service terminals [SST], vending machines, kiosks or multimedia terminals
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- G—PHYSICS
- G06—COMPUTING; CALCULATING OR COUNTING
- G06Q—INFORMATION AND COMMUNICATION TECHNOLOGY [ICT] SPECIALLY ADAPTED FOR ADMINISTRATIVE, COMMERCIAL, FINANCIAL, MANAGERIAL OR SUPERVISORY PURPOSES; SYSTEMS OR METHODS SPECIALLY ADAPTED FOR ADMINISTRATIVE, COMMERCIAL, FINANCIAL, MANAGERIAL OR SUPERVISORY PURPOSES, NOT OTHERWISE PROVIDED FOR
- G06Q20/00—Payment architectures, schemes or protocols
- G06Q20/30—Payment architectures, schemes or protocols characterised by the use of specific devices or networks
- G06Q20/32—Payment architectures, schemes or protocols characterised by the use of specific devices or networks using wireless devices
- G06Q20/327—Short range or proximity payments by means of M-devices
- G06Q20/3276—Short range or proximity payments by means of M-devices using a pictured code, e.g. barcode or QR-code, being read by the M-device
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- G—PHYSICS
- G07—CHECKING-DEVICES
- G07F—COIN-FREED OR LIKE APPARATUS
- G07F7/00—Mechanisms actuated by objects other than coins to free or to actuate vending, hiring, coin or paper currency dispensing or refunding apparatus
- G07F7/06—Mechanisms actuated by objects other than coins to free or to actuate vending, hiring, coin or paper currency dispensing or refunding apparatus by returnable containers, i.e. reverse vending systems in which a user is rewarded for returning a container that serves as a token of value, e.g. bottles
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Abstract
The invention discloses recyclable self-service reprographic printing systems and its monitoring method that a kind of internet is shared, including：Bottom sensing subsystem, human-machine interaction subsystem, remote monitoring subsystem；Also disclose the Intelligent printing method for the recyclable self-service reprographic printing system shared based on internet, intelligent copy method based on the recyclable self-service reprographic printing system that internet is shared, intelligent consumption-reducing method based on the recyclable self-service reprographic printing system that internet is shared, intelligent failure diagnosis method based on the recyclable self-service reprographic printing system that internet is shared, intelligent waste paper recovery method based on the recyclable self-service reprographic printing system that internet is shared, it can realize unattended, self-help operation, intelligence is duplicated, Intelligent printing, fault diagnosis, waste paper recycles, the functions such as intelligence consumption reduction, it is efficient to provide, fast, the self-service reprographic printing service of environmental protection.
Description
Technical field
The present invention relates to a kind of self-service reprographic printing technology, the shared recyclable self-service duplicating in specifically a kind of internet is beaten
Print system and its monitoring method.
Background technology
With the continuous development of science and technology, the common print business equipment including printer, duplicator, scanner has become
The necessary equipment of corporate office.However for most average families, it is low due to the use of rate, equipment price is high, need
The reasons such as periodic maintenance are not equipped with print business equipment generally；But selection arrives close on the relevant print business of picture and text shop purchase when needed
Service.But due to surging cost of labor and house rent so that picture and text shop must be chosen to be at the big place of the volume of the flow of passengers and open up, number
Amount has received limitation with scale.Therefore often there is user and be badly in need of the phenomenon that photocopying materials but can not find picture and text shop, increase
The time cost of user even results in important practice delay.
Invention content
To solve the above-mentioned problems, the present invention provides one kind, and there is unattended, self-help operation, intelligence duplicating, intelligence to beat
Print, fault diagnosis, waste paper recycling, the shared equipment in internet and its monitoring method intelligently to lower consumption.
To achieve the goals above, the technical scheme is that：A kind of shared recyclable self-service duplicating in internet is beaten
Print system, it includes：Bottom sensing subsystem, human-machine interaction subsystem, remote monitoring subsystem three parts, the bottom pass
Feel between subsystem and human-machine interaction subsystem through USB line connection and transmission data, the human-machine interaction subsystem with it is long-range
Pass through wireless network connection and transmission data between Monitor And Control Subsystem.
Preferably, the bottom sensing subsystem includes：High-definition camera, light sensor, light compensating lamp, printer,
Carbon dust detector, paper detection, fault alarm, infrared detector, infrared camera, infrared range-measurement system, paper feeder,
Paper piling device；
Wherein, high-definition camera connect simultaneously transmission data, light sensor and expansion interface with expansion interface by USB line
It is connect by two-line cable with expansion interface by two-line cable connection and transmission data, light compensating lamp, printer and extension
Interface is by USB line connection and transmission data, and carbon dust detector is connect by two-line cable with expansion interface and transmission data,
Paper detection is connect by two-line cable with expansion interface and transmission data, and fault alarm passes through two lines with expansion interface
Cable connection processed and transmission data, infrared detector is connect by two-line cable with expansion interface and transmission data, infrared to take the photograph
Picture head is connect by two-line cable with expansion interface and transmission data, and infrared range-measurement system passes through two-line cable with expansion interface
Connect and transmission data, paper feeder and expansion interface connects simultaneously transmission data by two-line cable, paper piling device and
Expansion interface passes through two-line cable connection and transmission data.
Preferably, the human-machine interaction subsystem include on-board controller, touch display screen, on-line payment equipment, mutually
Networked communication device, local area network communication equipment；
Wherein, on-board controller and touch display turn RJ45 lines by DC3.5 and connect and transmission data, on-board controller
It is connect by USB line with on-line payment equipment and transmission data, on-board controller is connect with internet communication equipment by USB line
And transmission data, on-board controller is connect by RJ45 lines with local area network communication equipment and transmission data.
Preferably, the remote monitoring subsystem includes：Remote data center and remote monitoring platform, the two pass through nothing
Line network connection and transmission data.
A kind of monitoring method of the shared recyclable self-service reprographic printing system in internet, it is characterised in that：The monitoring
Method includes Intelligent printing method, intelligent copy method, intelligent consumption-reducing method, intelligent failure diagnosis method, intelligent waste paper recycling
Method.
Preferably, the Intelligent printing method includes the following steps：
(A1) when user is after the main interface of touch one-piece machine selects " printing " option, appearance connects the Quick Response Code of WIFI,
User is scanned the two-dimensional code using mobile phone, you can is connected to local WIFI network；
(A2) after connecting WIFI network, touch one-piece machine playing animation and voice prompt, guiding user, which uploads, to be needed to print
Document；
(A3) after user completes document upload by mobile phone, show that document preview figure, user can roots in touch one-piece machine
According to needing that one page or multipage therein is selected to be printed, and the number of printing can be set, selection later " confirming printing " choosing
Item enters payment interface；
(A4) can be by filling in the waste paper printed comprising deduction item, user in interface of paying the bill, current printing of deducting
Part expense；
(A5) amount of money of deduction and the amount of money that it is still necessary to be paid, user are shown on interface after user completes plug paper operation
By scanning the two-dimensional code the remaining amount of money of payment after click " on-line payment " option；
(A6) start printer after the completion of payment, printed out according to the page and number of above-mentioned user selection, it
After terminate this printing flow, touch one-piece machine retracts main interface.
Preferably, the intelligent copy method includes the following steps：
(B1) when user is after the main interface of touch one-piece machine selects " duplicatings " option, startup light compensating lamp, and playing animation
And voice prompt, guiding user are put into article to be copied；
(B2) after user puts article to be copied well, after " confirm and duplicate " option in point touching all-in-one machine, start high definition
Camera carries out Image Acquisition, and is automatically performed correction, shearing manipulation；
(B3) it shows that duplicating is completed in current item on touch one-piece machine, and user is prompted to be put into next article to be copied；
(B4) after user is sequentially completed the duplicating of all items, " completing to duplicate " option in point touching all-in-one machine, and
All thumbnails for duplicating result are shown in touch one-piece machine afterwards；
(B5) user chooses the copy for needing to export printing, and is arranged which copy needs merging to be exported in a piece of paper
It prints, and each printing number of copy, then " confirming printing " option in point touching all-in-one machine enters payment circle
Face；
(B6) can be by filling in the waste paper printed comprising deduction item, user in interface of paying the bill, current printing of deducting
Part expense；
(B7) amount of money of deduction and the amount of money that it is still necessary to be paid, user are shown on interface after user completes plug paper operation
By scanning the two-dimensional code the remaining amount of money of payment after click " on-line payment " option；
(B8) start printer after the completion of payment, printed out according to the copy and number of above-mentioned user selection,
Terminate this later and duplicate flow, touch one-piece machine retracts main interface.
Preferably, the intelligent consumption-reducing method includes the following steps：
(C1) no operation is detected whether
By touch potential n of the on-board controller record active user in touch display screentch, and record user and do not operate
The time t of touch screennotch, when system is not when exporting print state, then threshold values of the system without the operating time is calculated as follows out
tSnoth, wherein n△tchFor touch potential adjusted value, numerical value is adjusted according to field condition, value range 21-34：
tSnotch=ln (ntch+nΔtch) \*MERGEFORMAT (1)
By the t obtained by above-mentioned calculatingSnoth, in conjunction with the time t of the non-operation touch-screen of usernotch, can be obtained by following formula and be
System whether the identifier F in no mode of operationnoth, wherein the F when system is in no mode of operationnothIt is 1：
Fnoth=sgn (tnotch-tSnotch) \*MERGEFORMAT (2)
(C2) intensity of illumination is detected
Transducing signal I is obtained by light sensorl, and current light intensity lm is calculated according to the following formula：
Lm=200+12487.5 (Il-4) \*MERGEFORMAT (3)
By the lm obtained by above-mentioned calculating, in conjunction with intensity of illumination threshold values lmS, can whether environment illumination intensity be obtained by following formula
Too low identifier Fl, numerical value is adjusted according to field condition, value range 45-75, wherein working as environment illumination intensity
F when too lowlIt is 1：
Fl=sgn (lm-lms) \*MERGEFORMAT (4)
(C3) short distance personnel are detected
Sensor signal V is obtained by infrared detectorr, and the identifier for closely whether having personnel is obtained according to the following formula
Fnh, wherein VSrFor personnel's detection threshold, numerical value is adjusted according to field condition, and value range 2.6-3.8 works as detection
F when to short distance without personnelnhIt is 1：
Fnh=sgn (VSr-Vr) \*MERGEFORMAT (5)
(C4) remote personnel are detected
Real-time video picture in front of equipment is obtained by infrared camera, defining ith pixel point in the picture of t moment isThe mean value of t moment ith pixel point can be then calculated by following formulaAnd standard deviationWherein α is effect
Rate parameter, numerical value are adjusted according to field condition, value range 3-5：
Obtained by above-mentioned calculatingThe remote mark for whether there are personnel to occur can be obtained by following formula
Know symbol Ffh, wherein λ is threshold parameter, and numerical value is adjusted according to field condition, value range 2-8, when detecting long distance
F when from no personnelfhIt is 1：
(C5) evaluation consumption reduction grade
By the F obtained by above-mentioned calculatingnoth、Fl、Fnh、Ffh, consumption reduction grade R, the wherein bigger expression of R values can be obtained by following formula
The rank that lowers consumption is higher：
(C6) hardware device is controlled
Corresponding hardware device is controlled by the consumption reduction grade R obtained by above-mentioned calculating, achievees the purpose that reduce system energy consumption；When
1≤R<It sets touch display screen to 75% brightness when 4；As 4≤R<It sets touch display screen to 55% brightness when 5, and closes
Close infrared range-measurement system, paper transport device, paper piling device；As 5≤R<When set touch display screen to 35% brightness, and close
Infrared range-measurement system, paper transport device, paper piling device, high-definition camera, printer.
Preferably, the intelligent failure diagnosis method includes the following steps：
(D1) detect whether that carbon dust is very few
It is respectively c by the nearest n sensing data of carbon dust detector acquisition1、c2……cn, then biography can be obtained by following formula
Feel data mean value caver, the wherein numerical value of n is adjusted according to field condition, value range 8-15：
By the sensing data mean value c obtained by above-mentioned calculatingaver, carbon dust surplus C can be obtained by following formulaleft, wherein cmaxWith
cminMaxima and minima in respectively n sensing data, κ are compensation coefficient, and numerical value is adjusted according to field condition
It is whole, value range 0.4-0.6：
Cleft=κ (1+sin (π/(cmax-cmin)·(caver-(cmax-cmin)/2)))\*MERGEFORMAT (11)
The carbon dust surplus C obtained by above formulaleft, and can obtain according to the following formula whether the very few identifier F of carbon dustc, wherein
CSleftFor carbon dust alarming threshold value, numerical value is adjusted according to field condition, value range 0.10-0.15, when detection carbon dust
F when very fewcIt is 1：
Fc=sgn (CSleft-Cleft) \*MERGEFORMAT (12)
(D2) detect whether that paper is very few
It is p by the sensing data that paper detection obtains, then paper surplus P can be obtained by following formulaleft, wherein τ is strong
Positive coefficient, numerical value are adjusted according to field condition, value range 80-120：
The paper surplus P obtained by above formulaleft, and can obtain according to the following formula whether the very few identifier F of paperp, wherein
PSleftFor paper alarming threshold value, numerical value is adjusted according to field condition, value range 30-50, when detection paper is very few
When FpIt is 1：
Fp=sgn (PSleft-Pleft) \*MERGEFORMAT (14)
(D3) detection is communicated with remote data center
Network connecting request being sent to remote data center from on-board controller and starting timer, timer time is denoted as
tnet, stop timer after receiving data center and replying, and start network connecting request next time；
By above-mentioned timer time tnet, and can show whether there are communication failures with remote data center according to the following formula
Identifier Fnet, wherein tSnetFor Connection Time threshold values, numerical value is adjusted according to field condition, value range 800-
1000, F when with remote data center communication failurenetIt is 1：
Fnet=sgn (tSnet-tnet) \*MERGEFORMAT (15)
(D4) detection is communicated with paper feeder
Serial ports read requests are sent from on-board controller to paper feeder, read the number of paper feeder storage inside position
According to, and starting timer, timer time is denoted as tser, stop timer when reading the numerical value of non-empty, and start next time
Serial ports read requests；
By above-mentioned timer time tser, and can show whether there are the marks of communication failure with paper feeder according to the following formula
Know symbol Fser, wherein tSserFor Connection Time threshold values, numerical value is adjusted according to field condition, value range 300-500,
F when with paper feeder communication failureserIt is 1：
Fser=sgn (tSser-tser) \*MERGEFORMAT (16)
(D5) fault level is evaluated
By the F obtained by above-mentioned calculatingc、Fp、Fnet、Fser, fault level G, the wherein bigger expression of G values can be obtained by following formula
Failure severity is higher：
(D6) startup separator is alarmed
Corresponding fault warning is made by the fault level G obtained by above-mentioned calculating；As 2≤G<Only to remote server when 5
Send fault data；Local fault alarm will be started as 5≤G, need to carry out Emergency Maintenance.
Preferably, the intelligent waste paper recovery method includes the following steps：
(E1) entry condition is detected
Serial port command from on-board controller is received by paper feeder, when receiving as issued orders, starts waste paper
Recycling：
(E2) detection plug paper action
Continuous k sensing data d is obtained by 2 infrared range-measurement systems on the outside of plug paper mouth11、d12……d1k, d21、d22……
d2k, the numerical value of k is adjusted according to field condition, value range 5-8, then can be obtained by following formula with the presence or absence of plug paper action
Identifier J12, wherein dSFor sheet detecting threshold values, numerical value is adjusted according to field condition, value range 1.2-1.5, when
J when outside has detected paper12It is 1, you can regard as the presence of plug paper action：
(E3) start paper transport device
Continuous k sensing data d is obtained by 2 infrared range-measurement systems on the inside of plug paper mouth31、d32……d3k, d41、d42……
d4k, in conjunction with above-mentioned sheet detecting threshold values dS, the identifier J with the presence or absence of plug paper action can be obtained by following formula34, when inside is detected
To J when having paper34It is 1：
J in conjunction with obtained by above-mentioned calculating12And J34, work as J12For 1 and J34When being -1, start paper transport device；
(E4) start paper piling device
J in conjunction with obtained by above-mentioned calculating12And J34, work as J12For -1 and J34When being 1, start paper piling device；
(E5) transmission data
After completing above-mentioned paper stacking action, following serial port command is sent from paper feeder to on-board controller：
When on-board controller receives the serial port command, this paper number is put into and has added 1.
The beneficial effects of the present invention are：
(1) present invention is capable of providing unattended printing and copying service, and transmitting file by local WIFI improves
Efficiency of transmission the problem of by can arbitrarily select printer page when the printout of the printing interface optimization of brief introduction, passes through
The effect that multiple copies merge output printing may be implemented in quick copy operation, and can be by filling in waste paper deduction payment
The amount of money promotes the development of low-carbon, green, environmental protection cause to promote the recycling of waste paper；
(2) present invention can detect ambient enviroment by multiple sensors, and suitable drop is calculated in conjunction with sensing data
Grade is consumed, and automatically adjusts the energy consumption of key equipment according to different consumption reduction grades；
(3) present invention can have found potential faults, evaluation event in advance by the working condition of local sensor detection device
Hinder grade, and fault alarm is sent out to remotely-or locally personnel according to actual conditions, to take timely measure discharge failure；
(4) present invention can open and close waste paper recovery system by the communication of main control device, and be examined by sensor
The plug paper action of user, automatic start-stop paper transport device and paper piling device are surveyed, to complete the statistics and recovery operation of waste paper.
Description of the drawings
Fig. 1 is the system principle diagram of the present invention；
Fig. 2 is the Intelligent printing of the present invention and intelligent copy method flow chart；
Fig. 3 is the intelligent consumption-reducing method flow chart of the present invention；
Fig. 4 is the intelligent failure diagnosis method flow chart of the present invention；
Fig. 5 is the intelligent waste paper recovery method flow chart of the present invention.
Specific implementation mode
Preferred embodiment of the invention is described in further detail below in conjunction with the accompanying drawings.
As shown in Figure 1, the recyclable self-service reprographic printing system that a kind of internet is shared, including：Bottom sensing subsystem,
Human-machine interaction subsystem, remote monitoring subsystem three parts, between the bottom sensing subsystem and human-machine interaction subsystem
By USB line connection and transmission data, connected by wireless network between the human-machine interaction subsystem and remote monitoring subsystem
Connect simultaneously transmission data.
The bottom sensing subsystem includes：High-definition camera, light sensor, light compensating lamp, printer, carbon dust detection
Device, paper detection, fault alarm, infrared detector, infrared camera, infrared range-measurement system, paper feeder, paper are stacked
Device；
Wherein, high-definition camera connect simultaneously transmission data, light sensor and expansion interface with expansion interface by USB line
It is connect by two-line cable with expansion interface by two-line cable connection and transmission data, light compensating lamp, printer and extension
Interface is by USB line connection and transmission data, and carbon dust detector is connect by two-line cable with expansion interface and transmission data,
Paper detection is connect by two-line cable with expansion interface and transmission data, and fault alarm passes through two lines with expansion interface
Cable connection processed and transmission data, infrared detector is connect by two-line cable with expansion interface and transmission data, infrared to take the photograph
Picture head is connect by two-line cable with expansion interface and transmission data, and infrared range-measurement system passes through two-line cable with expansion interface
Connect and transmission data, paper feeder and expansion interface connects simultaneously transmission data by two-line cable, paper piling device and
Expansion interface passes through two-line cable connection and transmission data.
The human-machine interaction subsystem includes on-board controller, touch display screen, on-line payment equipment, internet communication
Equipment, local area network communication equipment；
Wherein, on-board controller and touch display turn RJ45 lines by DC3.5 and connect and transmission data, on-board controller
It is connect by USB line with on-line payment equipment and transmission data, on-board controller is connect with internet communication equipment by USB line
And transmission data, on-board controller is connect by RJ45 lines with local area network communication equipment and transmission data.
The remote monitoring subsystem includes：Remote data center and remote monitoring platform, the two pass through wireless network
Connect simultaneously transmission data.
Intelligent printing method in a kind of shared recyclable self-service reprographic printing system in internet, as shown in Fig. 2, it is walked
Flow is as follows：
(A1) when user is after the main interface of touch one-piece machine selects " printing " option, appearance connects the Quick Response Code of WIFI,
User is scanned the two-dimensional code using mobile phone, you can is connected to local WIFI network；
(A2) after connecting WIFI network, touch one-piece machine playing animation and voice prompt, guiding user, which uploads, to be needed to print
Document；
(A3) after user completes document upload by mobile phone, show that document preview figure, user can roots in touch one-piece machine
According to needing that one page or multipage therein is selected to be printed, and the number of printing can be set, selection later " confirming printing " choosing
Item enters payment interface；
(A4) can be by filling in the waste paper printed comprising deduction item, user in interface of paying the bill, current printing of deducting
Part expense；
(A5) amount of money of deduction and the amount of money that it is still necessary to be paid, user are shown on interface after user completes plug paper operation
By scanning the two-dimensional code the remaining amount of money of payment after click " on-line payment " option；
(A6) start printer after the completion of payment, printed out according to the page and number of above-mentioned user selection, it
After terminate this printing flow, touch one-piece machine retracts main interface.
Intelligent copy method in a kind of shared recyclable self-service reprographic printing system in internet, as shown in Fig. 2, it is walked
Flow is as follows：
(B1) when user is after the main interface of touch one-piece machine selects " duplicatings " option, startup light compensating lamp, and playing animation
And voice prompt, guiding user are put into article to be copied；
(B2) after user puts article to be copied well, after " confirm and duplicate " option in point touching all-in-one machine, start high definition
Camera carries out Image Acquisition, and is automatically performed correction, shearing manipulation；
(B3) it shows that duplicating is completed in current item on touch one-piece machine, and user is prompted to be put into next article to be copied；
(B4) after user is sequentially completed the duplicating of all items, " completing to duplicate " option in point touching all-in-one machine, and
All thumbnails for duplicating result are shown in touch one-piece machine afterwards；
(B5) user chooses the copy for needing to export printing, and is arranged which copy needs merging to be exported in a piece of paper
It prints, and each printing number of copy, then " confirming printing " option in point touching all-in-one machine enters payment circle
Face；
(B6) can be by filling in the waste paper printed comprising deduction item, user in interface of paying the bill, current printing of deducting
Part expense；
(B7) amount of money of deduction and the amount of money that it is still necessary to be paid, user are shown on interface after user completes plug paper operation
By scanning the two-dimensional code the remaining amount of money of payment after click " on-line payment " option；
(B8) start printer after the completion of payment, printed out according to the copy and number of above-mentioned user selection,
Terminate this later and duplicate flow, touch one-piece machine retracts main interface.
Intelligent consumption-reducing method in a kind of shared recyclable self-service reprographic printing system in internet, as shown in figure 3, it is walked
Flow is as follows：
(C1) no operation is detected whether
By touch potential n of the on-board controller record active user in touch display screentch, and record user and do not operate
The time t of touch screennotch, when system is not when exporting print state, then threshold values of the system without the operating time is calculated as follows out
tSnoth, wherein n△tchFor touch potential adjusted value, numerical value is adjusted according to field condition, value range 21-34：
tSnotch=ln (ntch+nΔtch) \*MERGEFORMAT (1)
By the t obtained by above-mentioned calculatingSnoth, in conjunction with the time t of the non-operation touch-screen of usernotch, can be obtained by following formula and be
System whether the identifier F in no mode of operationnoth, wherein the F when system is in no mode of operationnothIt is 1：
Fnoth=sgn (tnotch-tSnotch) \*MERGEFORMAT (2)
(C2) intensity of illumination is detected
Transducing signal I is obtained by light sensorl, and current light intensity lm is calculated according to the following formula：
Lm=200+12487.5 (Il-4) \*MERGEFORMAT (3)
By the lm obtained by above-mentioned calculating, in conjunction with intensity of illumination threshold values lmS, can whether environment illumination intensity be obtained by following formula
Too low identifier Fl, numerical value is adjusted according to field condition, value range 45-75, wherein working as environment illumination intensity
F when too lowlIt is 1：
Fl=sgn (lm-lms) \*MERGEFORMAT (4)
(C3) short distance personnel are detected
Sensor signal V is obtained by infrared detectorr, and the identifier for closely whether having personnel is obtained according to the following formula
Fnh, wherein VSrFor personnel's detection threshold, numerical value is adjusted according to field condition, and value range 2.6-3.8 works as detection
F when to short distance without personnelnhIt is 1：
Fnh=sgn (VSr-Vr) \*MERGEFORMAT (5)
(C4) remote personnel are detected
Real-time video picture in front of equipment is obtained by infrared camera, defining ith pixel point in the picture of t moment isThe mean value of t moment ith pixel point can be then calculated by following formulaAnd standard deviationWherein α is effect
Rate parameter, numerical value are adjusted according to field condition, value range 3-5：
Obtained by above-mentioned calculatingThe remote mark for whether there are personnel to occur can be obtained by following formula
Know symbol Ffh, wherein λ is threshold parameter, and numerical value is adjusted according to field condition, value range 2-8, when detecting long distance
F when from no personnelfhIt is 1：
(C5) evaluation consumption reduction grade
By the F obtained by above-mentioned calculatingnoth、Fl、Fnh、Ffh, consumption reduction grade R, the wherein bigger expression of R values can be obtained by following formula
The rank that lowers consumption is higher：
(C6) hardware device is controlled
Corresponding hardware device is controlled by the consumption reduction grade R obtained by above-mentioned calculating, achievees the purpose that reduce system energy consumption；When
1≤R<It sets touch display screen to 75% brightness when 4；As 4≤R<It sets touch display screen to 55% brightness when 5, and closes
Close infrared range-measurement system, paper transport device, paper piling device；As 5≤R<When set touch display screen to 35% brightness, and close
Infrared range-measurement system, paper transport device, paper piling device, high-definition camera, printer.
A kind of intelligent failure diagnosis method in the shared recyclable self-service reprographic printing system in internet, as shown in figure 4,
It is as follows that it walks flow：
(D1) detect whether that carbon dust is very few
It is respectively c by the nearest n sensing data of carbon dust detector acquisition1、c2……cn, then biography can be obtained by following formula
Feel data mean value caver, the wherein numerical value of n is adjusted according to field condition, value range 8-15：
By the sensing data mean value c obtained by above-mentioned calculatingaver, carbon dust surplus C can be obtained by following formulaleft, wherein cmaxWith
cminMaxima and minima in respectively n sensing data, κ are compensation coefficient, and numerical value is adjusted according to field condition
It is whole, value range 0.4-0.6：
Cleft=κ (1+sin (π/(cmax-cmin)·(caver-(cmax-cmin)/2)))\*MERGEFORMAT (11)
The carbon dust surplus C obtained by above formulaleft, and can obtain according to the following formula whether the very few identifier F of carbon dustc, wherein
CSleftFor carbon dust alarming threshold value, numerical value is adjusted according to field condition, value range 0.10-0.15, when detection carbon dust
F when very fewcIt is 1：
Fc=sgn (CSleft-Cleft) \*MERGEFORMAT (12)
(D2) detect whether that paper is very few
It is p by the sensing data that paper detection obtains, then paper surplus P can be obtained by following formulaleft, wherein τ is strong
Positive coefficient, numerical value are adjusted according to field condition, value range 80-120：
The paper surplus P obtained by above formulaleft, and can obtain according to the following formula whether the very few identifier F of paperp, wherein
PSleftFor paper alarming threshold value, numerical value is adjusted according to field condition, value range 30-50, when detection paper is very few
When FpIt is 1：
Fp=sgn (PSleft-Pleft) \*MERGEFORMAT (14)
(D3) detection is communicated with remote data center
Network connecting request being sent to remote data center from on-board controller and starting timer, timer time is denoted as
tnet, stop timer after receiving data center and replying, and start network connecting request next time；
By above-mentioned timer time tnet, and can show whether there are communication failures with remote data center according to the following formula
Identifier Fnet, wherein tSnetFor Connection Time threshold values, numerical value is adjusted according to field condition, value range 800-
1000, F when with remote data center communication failurenetIt is 1：
Fnet=sgn (tSnet-tnet) \*MERGEFORMAT (15)
(D4) detection is communicated with paper feeder
Serial ports read requests are sent from on-board controller to paper feeder, read the number of paper feeder storage inside position
According to, and starting timer, timer time is denoted as tser, stop timer when reading the numerical value of non-empty, and start next time
Serial ports read requests；
By above-mentioned timer time tser, and can show whether there are the marks of communication failure with paper feeder according to the following formula
Know symbol Fser, wherein tSserFor Connection Time threshold values, numerical value is adjusted according to field condition, value range 300-500,
F when with paper feeder communication failureserIt is 1：
Fser=sgn (tSser-tser) \*MERGEFORMAT (16)
(D5) fault level is evaluated
By the F obtained by above-mentioned calculatingc、Fp、Fnet、Fser, fault level G, the wherein bigger expression of G values can be obtained by following formula
Failure severity is higher：
(D6) startup separator is alarmed
Corresponding fault warning is made by the fault level G obtained by above-mentioned calculating；As 2≤G<Only to remote server when 5
Send fault data；Local fault alarm will be started as 5≤G, need to carry out Emergency Maintenance.
A kind of intelligent waste paper recovery method in the shared recyclable self-service reprographic printing system in internet, as shown in figure 5,
It is as follows that it walks flow：
(E1) entry condition is detected
Serial port command from on-board controller is received by paper feeder, when receiving as issued orders, starts waste paper
Recycling：
(E2) detection plug paper action
Continuous k sensing data d is obtained by 2 infrared range-measurement systems on the outside of plug paper mouth11、d12……d1k, d21、d22……
d2k, the numerical value of k is adjusted according to field condition, value range 5-8, then can be obtained by following formula with the presence or absence of plug paper action
Identifier J12, wherein dSFor sheet detecting threshold values, numerical value is adjusted according to field condition, value range 1.2-1.5, when
J when outside has detected paper12It is 1, you can regard as the presence of plug paper action：
(E3) start paper transport device
Continuous k sensing data d is obtained by 2 infrared range-measurement systems on the inside of plug paper mouth31、d32……d3k, d41、d42……
d4k, in conjunction with above-mentioned sheet detecting threshold values dS, the identifier J with the presence or absence of plug paper action can be obtained by following formula34, when inside is detected
To J when having paper34It is 1：
J in conjunction with obtained by above-mentioned calculating12And J34, work as J12For 1 and J34When being -1, start paper transport device；
(E4) start paper piling device
J in conjunction with obtained by above-mentioned calculating12And J34, work as J12For -1 and J34When being 1, start paper piling device；
(E5) transmission data
After completing above-mentioned paper stacking action, following serial port command is sent from paper feeder to on-board controller：
When on-board controller receives the serial port command, this paper number is put into and has added 1.
The above, only presently preferred embodiments of the present invention, are not intended to limit the invention, every skill according to the present invention
Art essence should be included in technical solution of the present invention to any trickle amendment, equivalent replacement and improvement made by above example
Protection domain within.
Claims (10)
1. a kind of shared recyclable self-service reprographic printing system in internet, which is characterized in that including：Bottom sensing subsystem,
Human-machine interaction subsystem, remote monitoring subsystem three parts, between the bottom sensing subsystem and human-machine interaction subsystem
By USB line connection and transmission data, connected by wireless network between the human-machine interaction subsystem and remote monitoring subsystem
Connect simultaneously transmission data.
2. the shared recyclable autonomous reprographic printing system in internet according to claim 1, it is characterised in that：Described
Bottom sensing subsystem includes：High-definition camera, light sensor, light compensating lamp, printer, carbon dust detector, paper detection,
Fault alarm, infrared detector, infrared camera, infrared range-measurement system, paper feeder, paper piling device；
Wherein, high-definition camera is connect with expansion interface by USB line and transmission data, light sensor pass through with expansion interface
Simultaneously transmission data, light compensating lamp are connect with expansion interface by two-line cable for two-line cable connection, printer and expansion interface
By USB line connection and transmission data, carbon dust detector is connect by two-line cable with expansion interface and transmission data, paper
Detector is connect by two-line cable with expansion interface and transmission data, and fault alarm passes through two-wire system electricity with expansion interface
Cable connection and transmission data, infrared detector is connect by two-line cable with expansion interface and transmission data, infrared camera
It is connect by two-line cable with expansion interface and transmission data, infrared range-measurement system is connect with expansion interface by two-line cable
And transmission data, paper feeder is connect by two-line cable with expansion interface and transmission data, paper piling device and extension
Interface passes through two-line cable connection and transmission data.
3. the shared recyclable autonomous reprographic printing system in internet according to claim 1, it is characterised in that：Described
Human-machine interaction subsystem includes on-board controller, touch display screen, on-line payment equipment, internet communication equipment, local Netcom
Believe equipment；
Wherein, on-board controller and touch display turn RJ45 lines by DC3.5 and connect and transmission data, on-board controller with
Line payment devices are connect and are passed by USB line with internet communication equipment by USB line connection and transmission data, on-board controller
Transmission of data, on-board controller is connect by RJ45 lines with local area network communication equipment and transmission data.
4. the shared recyclable autonomous reprographic printing system in internet according to claim 1, it is characterised in that：Described
Remote monitoring subsystem includes：Remote data center and remote monitoring platform, the two pass through wireless network connection and transmission data.
5. a kind of monitoring for the recyclable self-service reprographic printing system shared based on claim 1-4 any one of them internet
Method, it is characterised in that：The monitoring method includes Intelligent printing method, intelligent copy method, intelligent consumption-reducing method, intelligence event
Hinder diagnostic method, intelligent waste paper recovery method.
6. the monitoring method of the shared recyclable self-service reprographic printing system in internet according to claim 5, feature
It is：The Intelligent printing method includes the following steps：
(A1) when user is after the main interface of touch one-piece machine selects " printing " option, appearance connects the Quick Response Code of WIFI, user
It is scanned the two-dimensional code using mobile phone, you can be connected to local WIFI network；
(A2) after connecting WIFI network, touch one-piece machine playing animation and voice prompt, guiding user upload the text for needing to print
Shelves；
(A3) after user completes document upload by mobile phone, show that document preview figure, user can be according to need in touch one-piece machine
Select one page or multipage therein to be printed, and the number of printing can be set, later selection " confirm printing " option into
Enter interface of paying the bill；
(A4) can be by filling in the waste paper printed comprising deduction item, user in interface of paying the bill, deduct the portion currently printed
Divide expense；
(A5) show that the amount of money of deduction and the amount of money that it is still necessary to be paid, user are clicked on interface after user completes plug paper operation
By scanning the two-dimensional code the remaining amount of money of payment after " on-line payment " option；
(A6) start printer after the completion of payment, printed out according to the page and number of above-mentioned user selection, Zhi Houjie
Shu Benci prints flow, and touch one-piece machine retracts main interface.
7. the monitoring method of the shared recyclable self-service reprographic printing system in internet according to claim 5, feature
It is：The intelligence copy method includes the following steps：
(B1) when user is after the main interface of touch one-piece machine selects " duplicatings " option, startup light compensating lamp, and playing animation and language
Sound prompts, and guiding user is put into article to be copied；
(B2) after user puts article to be copied well, after " confirm and duplicate " option in point touching all-in-one machine, start high-definition camera
Head carries out Image Acquisition, and is automatically performed correction, shearing manipulation；
(B3) it shows that duplicating is completed in current item on touch one-piece machine, and user is prompted to be put into next article to be copied；
(B4) after user is sequentially completed the duplicating of all items, " completing to duplicate " option in point touching all-in-one machine then touches
It touches and shows all thumbnails for duplicating result in all-in-one machine；
(B5) user chooses the copy for needing to export printing, and is arranged which copy needs merging to be beaten in a piece of paper output
It prints, and each printing number of copy, then " confirming printing " option in point touching all-in-one machine enters payment interface；
(B6) can be by filling in the waste paper printed comprising deduction item, user in interface of paying the bill, deduct the portion currently printed
Divide expense；
(B7) show that the amount of money of deduction and the amount of money that it is still necessary to be paid, user are clicked on interface after user completes plug paper operation
By scanning the two-dimensional code the remaining amount of money of payment after " on-line payment " option；
(B8) start printer after the completion of payment, printed out according to the copy and number of above-mentioned user selection, later
Terminate this and duplicate flow, touch one-piece machine retracts main interface.
8. the monitoring method of the shared recyclable self-service reprographic printing system in internet according to claim 5, feature
It is：The intelligence consumption-reducing method includes the following steps：
(C1) no operation is detected whether
By touch potential n of the on-board controller record active user in touch display screentch, and record user and do not operate touch
The time t of screennotch, when system is not when exporting print state, then threshold values of the system without the operating time is calculated as follows out
tSnoth, wherein n△tchFor touch potential adjusted value, numerical value is adjusted according to field condition, value range 21-34：
tSnotch=ln (ntch+nΔtch)\*MERGEFORMAT (1)
By the t obtained by above-mentioned calculatingSnoth, in conjunction with the time t of the non-operation touch-screen of usernotch, can show that system is by following formula
The no identifier F in no mode of operationnoth, wherein the F when system is in no mode of operationnothIt is 1：
Fnoth=sgn (tnotch-tSnotch)\*MERGEFORMAT (2)
(C2) intensity of illumination is detected
Transducing signal I is obtained by light sensorl, and current light intensity lm is calculated according to the following formula：
Lm=200+12487.5 (Il-4)\*MERGEFORMAT (3)
By the lm obtained by above-mentioned calculating, in conjunction with intensity of illumination threshold values lmS, can show whether environment illumination intensity is too low by following formula
Identifier Fl, numerical value is adjusted according to field condition, value range 45-75, wherein when environment illumination intensity is too low
When FlIt is 1：
Fl=sgn (lm-lms)\*MERGEFORMAT (4)
(C3) short distance personnel are detected
Sensor signal V is obtained by infrared detectorr, and the identifier F for closely whether having personnel is obtained according to the following formulanh,
Middle VSrFor personnel's detection threshold, numerical value is adjusted according to field condition, value range 2.6-3.8, when detecting low coverage
F when from no personnelnhIt is 1：
Fnh=sgn (VSr-Vr)\*MERGEFORMAT (5)
(C4) remote personnel are detected
Real-time video picture in front of equipment is obtained by infrared camera, it is m to define ith pixel point in the picture of t momentt i(x,
Y), then the mean value u of t moment ith pixel point can be calculated by following formulat i(x, y) and standard deviation sigmat i(x, y), wherein α are effect
Rate parameter, numerical value are adjusted according to field condition, value range 3-5：
By the u obtained by above-mentioned calculatingt i(x, y), σt i(x, y) can be obtained the remote mark for whether having personnel to occur by following formula
Accord with Ffh, wherein λ is threshold parameter, and numerical value is adjusted according to field condition, value range 2-8, remote when detecting
F when without personnelfhIt is 1：
(C5) evaluation consumption reduction grade
By the F obtained by above-mentioned calculatingnoth、Fl、Fnh、Ffh, consumption reduction grade R, the wherein bigger expression consumption reduction of R values can be obtained by following formula
Rank is higher：
(C6) hardware device is controlled
Corresponding hardware device is controlled by the consumption reduction grade R obtained by above-mentioned calculating, achievees the purpose that reduce system energy consumption；As 1≤R
<It sets touch display screen to 75% brightness when 4；As 4≤R<It sets touch display screen to 55% brightness when 5, and closes red
Outer rangefinder, paper transport device, paper piling device；As 5≤R<When set touch display screen to 35% brightness, and close infrared
Rangefinder, paper transport device, paper piling device, high-definition camera, printer.
9. the monitoring method of the shared recyclable self-service reprographic printing system in internet according to claim 5, feature
It is：The intelligent failure diagnosis method includes the following steps：
(D1) detect whether that carbon dust is very few
It is respectively c by the nearest n sensing data of carbon dust detector acquisition1、c2……cn, then sensing number can be obtained by following formula
According to mean value caver, the wherein numerical value of n is adjusted according to field condition, value range 8-15：
By the sensing data mean value c obtained by above-mentioned calculatingaver, carbon dust surplus C can be obtained by following formulaleft, wherein cmaxWith cminPoint
Maxima and minima that Wei be in n sensing data, κ is compensation coefficient, and numerical value is adjusted according to field condition, value
Ranging from 0.4-0.6：
Cleft=κ (1+sin (π/(cmax-cmin)·(caver-(cmax-cmin)/2)))\*MERGEFORMAT (11)
The carbon dust surplus C obtained by above formulaleft, and can obtain according to the following formula whether the very few identifier F of carbon dustc, wherein CSleft
For carbon dust alarming threshold value, numerical value is adjusted according to field condition, value range 0.10-0.15, when detection carbon dust is very few
When FcIt is 1：
Fc=sgn (CSleft-Cleft)\*MERGEFORMAT (12)
(D2) detect whether that paper is very few
It is p by the sensing data that paper detection obtains, then paper surplus P can be obtained by following formulaleft, wherein τ is that correction is
Number, numerical value are adjusted according to field condition, value range 80-120：
The paper surplus P obtained by above formulaleft, and can obtain according to the following formula whether the very few identifier F of paperp, wherein PSleft
For paper alarming threshold value, numerical value is adjusted according to field condition, value range 30-50, the F when detection paper is very fewp
It is 1：
Fp=sgn (PSleft-Pleft)\*MERGEFORMAT (14)
(D3) detection is communicated with remote data center
Network connecting request being sent to remote data center from on-board controller and starting timer, timer time is denoted as tnet,
Stop timer after receiving data center and replying, and starts network connecting request next time；
By above-mentioned timer time tnet, and can show whether there are the marks of communication failure with remote data center according to the following formula
Accord with Fnet, wherein tSnetFor Connection Time threshold values, numerical value is adjusted according to field condition, value range 800-1000, when
With F when remote data center communication failurenetIt is 1：
Fnet=sgn (tSnet-tnet)\*MERGEFORMAT (15)
(D4) detection is communicated with paper feeder
Serial ports read requests are sent from on-board controller to paper feeder, read the data of paper feeder storage inside position,
And starting timer, timer time is denoted as tser, stop timer when reading the numerical value of non-empty, and start and go here and there next time
Mouth read requests；
By above-mentioned timer time tser, and can show whether there are the identifiers of communication failure with paper feeder according to the following formula
Fser, wherein tSserFor Connection Time threshold values, numerical value is adjusted according to field condition, value range 300-500, when with
F when paper feeder communication failureserIt is 1：
Fser=sgn (tSser-tser)\*MERGEFORMAT (16)
(D5) fault level is evaluated
By the F obtained by above-mentioned calculatingc、Fp、Fnet、Fser, fault level G, the wherein bigger expression failure of G values can be obtained by following formula
Severity is higher：
(D6) startup separator is alarmed
Corresponding fault warning is made by the fault level G obtained by above-mentioned calculating；As 2≤G<It is only sent to remote server when 5
Fault data；Local fault alarm will be started as 5≤G, need to carry out Emergency Maintenance.
10. the monitoring method of the shared recyclable self-service reprographic printing system in internet according to claim 5, feature
It is：The intelligence waste paper recovery method includes the following steps：
(E1) entry condition is detected
Serial port command from on-board controller is received by paper feeder, when receiving as issued orders, starts waste paper recycling：
(E2) detection plug paper action
Continuous k sensing data d is obtained by 2 infrared range-measurement systems on the outside of plug paper mouth11、d12……d1k, d21、d22……d 2k,
The numerical value of k is adjusted according to field condition, value range 5-8, then the mark with the presence or absence of plug paper action can be obtained by following formula
Know symbol J12, wherein dSFor sheet detecting threshold values, numerical value is adjusted according to field condition, value range 1.2-1.5, when outer
J when side has detected paper12It is 1, you can regard as the presence of plug paper action：
(E3) start paper transport device
Continuous k sensing data d is obtained by 2 infrared range-measurement systems on the inside of plug paper mouth31、d32……d3k, d41、d42……d 4k,
In conjunction with above-mentioned sheet detecting threshold values dS, the identifier J with the presence or absence of plug paper action can be obtained by following formula34, when inside detects
J when having paper34It is 1：
J in conjunction with obtained by above-mentioned calculating12And J34, work as J12For 1 and J34When being -1, start paper transport device；
(E4) start paper piling device
J in conjunction with obtained by above-mentioned calculating12And J34, work as J12For -1 and J34When being 1, start paper piling device；
(E5) transmission data
After completing above-mentioned paper stacking action, following serial port command is sent from paper feeder to on-board controller：
When on-board controller receives the serial port command, this paper number is put into and has added 1.
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