CN104765675A - Service data recording system and endpoint sale system with same - Google Patents
Service data recording system and endpoint sale system with same Download PDFInfo
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- CN104765675A CN104765675A CN201410527714.8A CN201410527714A CN104765675A CN 104765675 A CN104765675 A CN 104765675A CN 201410527714 A CN201410527714 A CN 201410527714A CN 104765675 A CN104765675 A CN 104765675A
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Abstract
The invention provides a service data recording system and an endpoint sale system with the same. The service data recording system is used for displaying data of an electronic device (such as an end point sale device). The service data recording system comprises a power device, a terminal display device, a remote monitoring interface set and a micro-processing unit, wherein the micro-processing unit is electrically connected with the electronic equipment, the terminal display device, the remote monitoring interface set and the power device and is used for receiving the power supply of the power unit or the power supply of the power device so as to display an electronic data set of the electronic units on the terminal display device or transmit the electronic data set to a remote monitoring device. Therefore, the invention can enable the preset appointed event data in the electronic equipment to be displayed on the terminal display device or transmitted to a remote monitoring device, thereby facilitating the maintenance personnel to carry out fault maintenance on the electronic equipment.
Description
Technical field
The present invention, about a kind of service data register system, is especially applied to the service data register system of electronic equipment about a kind of and have the end sale system of this service data register system.
Background technology
End points sale device (point of sale, the POS) electronic installation for widely using in current retail trade, it is mainly used for management statistics commodity and client's data; In general, end points sale device is mostly arranged at the cashier of each large super business, shop or hypermarket, and because it can show merchandise news and accounting price that consumer buys, therefore cashier can be facilitated to carry out cash register operation, to reduce the mistake occurred in check-out procedure.
Refer to Fig. 1, it is the structural representation of existing end points sale device.End points sale device 1 comprises screen 11, supporting seat 12 and host computer (not indicating in figure), and host computer is arranged in screen 11, and be made up of spare parts such as computer motherboard, hard disk or internal memories, be used for performing various computing and storing inventory information, as item quantity, the amount of money, stock or gross profit etc., those inventory information can be shown in screen simultaneously, watch for cashier.
Moreover, along with the continuous change of consumption need, the additional function that end points sale device 1 can be provided also constantly increase, the element therefore in end points sale device 1 or peripheral device is more and more many, as arranged the stripe reading device 13 for swiping the card in the side of screen main body; But; so the degree of difficulty of maintenance will be increased; that is occur extremely maybe cannot start shooting in the process using end points sale device 1 once user; user or even maintenance personal will be difficult to failure judgement part; therefore maintenance personal can only take whole you point sale device 1 apart and carry out fault detect to each element one by one, and this will seriously waste the time of failture evacuation.
In addition, for maintenance personal, when analyzing the source of damage of arbitrary damage element of end points sale device 1, if only according to the factory data of this damage element, as model, specification, build date etc., the degree that can analyze is very limited; On the contrary, if maintenance personal can obtain the use information of this damage element further, as service time, access times, spoilage etc., more effectively reliability analysis can be carried out to this damage element.
Case before some patents that exposure is relevant to trouble hunting further below.Wherein, TaiWan, China new patent the 291039th publication number discloses a kind of fault checking device, it is arranged in the electronic equipment with Basic Input or Output System (BIOS) (BIOS), mainly by Basic Input or Output System (BIOS) to each hardware carry out overhaul procedure produce output code transfer to the upper display of display module (as seven-segment display, light emitting diode indicator), because different codes corresponds to different hardware unit, therefore user or maintenance personal just can know the hardware unit that breaks down why by the code shown by from display module.But the fault checking device disclosed by this patent has following defect:
1. the fault that Basic Input or Output System (BIOS) is only applicable to the hardware relevant to motherboard detects, and the malfunction of other such as display, hard disk, peripheral device etc. and use information Basic Input or Output System (BIOS) cannot be utilized obtain;
2. when electronic equipment generation abnormality, user or maintenance personal only can know which hardware unit breaks down, but the use information of this hardware unit broken down when the past is used cannot be known by display module, as service time, access times, spoilage etc., cause maintenance personal effectively cannot repair the hardware unit of this fault, mostly only can replace the method for new product as maintenance electronic equipment.
If 3. the distress condition of electronic equipment is serious, the power unit of electronic equipment is caused to power, or cause electronic equipment to be when cannot start shooting when machine state, display module just cannot show the testing result of Basic Input or Output System (BIOS) to electronic equipment, therefore maintenance personal still will take whole electronic equipment apart and carry out fault detect to each hardware element one by one, could and then repair.
Moreover Chinese invention patent application CN102023917A publication number discloses a kind of computer system, and it as shown in Figure 2; Computer system 2 utilizes embedded controller 202 disposed therein to be coupled to multiple electronic modules (dynamic ram module 22, frequency generator 23, Basic Input or Output System (BIOS) 24, input and output control chip 25, CPU (central processing unit) 26) in computer system 2, and embedded controller 202 is when being used to computer system 2 in open state, information S22 ~ the S26 of the multiple electronic modules collected is write reservoir module 200, therefore maintenance personal can judge the reason of computer system 2 fault with reference to the content of reservoir module 200; In addition, this patented claim separately has exposure, when embedded controller is outer independent of computer system and is arranged at the element in a supervising device, embedded controller can first screen the information S22 ~ S26 of the multiple electronic modules collected, then the information S202 after screening is write reservoir module.Again, this patented claim also discloses, and when abnormality occurs computer system 2, can give a warning information, as display warning window or the sound that gives a warning, by this to warn the user of computer system 2.
But, computer system 2 disclosed by this patented claim has following defect: the warning message that the user of computer system 2 and maintenance personal only can be sent by the display warning window of computer system 2 learns that exception occurs computer system 2, if and to know which electronic module breaks down or the detailed use information of the electronic module that this breaks down, then must to read in reservoir module 200 stored content in addition and just can reach, if but the distress condition of computer system 2 is serious, the power unit of computer system 2 is caused to power, or cause computer system 2 in when cannot start shooting when machine state, just cannot read content stored in reservoir module 200 by the hardware element of computer system 2 inside, and most user (user of terminal) does not usually have ability by the reservoir module 200 in computer system 2 and takes out, the reading device recycling other reads the content of reservoir module 200, therefore user just cannot carry out the eliminating of simple and easy fault, and maintenance personal's (being not positioned at the personnel at computer system 2 scene) also cannot judge the contingent problem place of computer system 2 through the explanation of user, that is the front preparation of the row before keeping in repair of setting out cannot be carried out completely.
According to above explanation, existing troubleshooting technique still has the space of improvement, and does not also have any data record product being specifically designed to end points sale device on the market at present, therefore it is the subject under discussion of a urgently development research.
Summary of the invention
The technical problem to be solved in the present invention is, for prior art above shortcomings, there is provided a kind of be applied to the service data register system of electronic equipment and there is the end sale system of service data register system, this service data register system makes the allocate event data preset in electronic equipment be shown in the display device of service data register system, and then convenient for maintaining personnel carry out the breakdown maintenance of electronic equipment.
The technical solution adopted for the present invention to solve the technical problems is to provide a kind of service data record (Service data record, SDR) system, be applied to an electronic equipment, and this electronic equipment is provided with at least one electronic unit and gives a power unit of this electronic equipment in order to power supply, wherein this service data register system comprises electric device, terminal display device, remote monitoring interface group and microprocessing unit, this microprocessing unit is electrically connected on this electronic equipment, this terminal display device, this remote monitoring interface group and this electric device, the concentrated at least part of data of an electronic data of this at least one electronic unit are made to be shown in this terminal display device in order to receive the power supply of at least one in this power unit and this electric device, and/or these at least part of data making this electronic data concentrate outwards transfer to a remote supervisory and control(ling) equipment, and/or enter this service data register system for a steering order transmission of this remote supervisory and control(ling) equipment.
Preferably, this terminal display device comprises at least one in LCD MODULE (LCM), vacuum fluorescent display device (VFD) and light emitting diode (LED) display device; And/or this electric device comprises at least one in external civil power, dry cell, accumulator, lithium battery, solar cell and biobattery; And/or this electronic equipment is end points sale device (Point of service, POS); And/or each in these at least part of data of this electronic data collection is for presetting allocate event data.
Preferably, this at least one electronic unit comprises at least one in CPU (central processing unit), motherboard, feature board, daughter board (daughter board), internal memory, display, hard disk, CD-ROM drive, adaptive device (adapter), scanister, heat printing device, USB (universal serial bus) (USB) device, power supply device, touch sensing, stripe reading device, fingeprint distinguisher, information button (information button, iButton), radio-frequency discriminating device, reader device and input media; And/or
These at least part of data that this electronic data is concentrated comprise access times of this at least one electronic unit, one service time of this at least one electronic unit, one manufaturing data of this at least one electronic unit, one firmware data of this at least one electronic unit, one abnormal data of this at least one electronic unit, one mantenance data of this at least one electronic unit, one start data of this electronic equipment, one of this electronic equipment closes at least one in a dormant data of machine data and this electronic equipment.
Preferably, when this electronic equipment is in a normal operating conditions, this power unit is powered and is given this service data register system, and when this electronic equipment is in an abnormal operation state, this electric device is powered and given this service data register system; And/or
This electronic equipment also comprises display unit, and when this electronic equipment is in a normal operating conditions, this display unit shows these at least part of data that this electronic data is concentrated, and when this electronic equipment is in an abnormal operation state, this terminal display device shows these at least part of data that this electronic data is concentrated.
Preferably, this electronic equipment is also provided with the control module being connected to this at least one electronic unit, in order to be received from this electronic data collection that this at least one electronic unit exports; And
This service data register system also comprises storage element, and this microprocessing unit is electrically connected on this control module and this storage element; Wherein, this control module is concentrated by this electronic data and is filtered out at least part of data, and transferred to this microprocessing unit, and this microprocessing unit is in order to receive at least part of data of this electronic data collection, and these received at least part of data are all transferred to the storage of this storage element, and/or all transfer to this terminal display device, and/or all transfer to this remote monitoring interface group;
Or be that this service data register system also comprises storage element, it is connected to this control module, in order to be received from this electronic data collection that this control module exports and to store, and this microprocessing unit is electrically connected on this control module and this storage element, in order to receive and to screen this electronic data collection exported from this control module, and at least part of data making this electronic data concentrate export this terminal display device and/or this remote monitoring interface group to, and/or in order to screen this electronic data collection of this storage element, and make this electronic data be concentrated to small part data to export this terminal display device and/or this remote monitoring interface group to,
Or be that this service data register system also comprises storage element, it is connected to this control module, and this control module filters out this at least part of data by this electronic data is concentrated, and transferred to the storage of this storage element, and/or these at least part of data that this electronic data is concentrated are transferred to this microprocessing unit, and these at least part of data that this microprocessing unit exports in order to be received from this control module, and make these at least part of data all transfer to this terminal display device and/or this remote monitoring interface group, and/or in order to make these at least part of data being stored in this storage element all transfer to this terminal display device and/or this remote monitoring interface group.
Preferably, this control module is embedded controller (Embedded controller); And/or this storage element is EEPROM (Electrically Erasable Programmable Read Only Memo) (EEPROM).
Preferably, this microprocessing unit stores in order to electric device data of this electric device to be transferred to this storage element; And/or this terminal display device is connected to this microprocessing unit, and this microprocessing unit stores in order to terminal display device data of this terminal display device to be transferred to this storage element.
Preferably, this remote monitoring interface group comprises at least one input and output (I/O) connecting portion and/or a network connection.
Preferably, this at least one input and output connecting portion comprises at least one in USB (universal serial bus) (USB) connectivity port, COM communication (COM) connectivity port, inter-integrated circuit (Inter-Integrated Circuit, I2C) connectivity port, 3G (Third Generation) Moblie (3G) connectivity port, forth generation mobile communication (4G) connectivity port, bluetooth connectivity port and wireless network (WiFi) connectivity port; And/or
This electronic equipment also comprises network connection unit, and when this electronic equipment is in a normal operating conditions, these at least part of data that this electronic data is concentrated outwards reach this remote supervisory and control(ling) equipment through this network connection unit, and/or this steering order of this remote supervisory and control(ling) equipment enters this service data register system through the transmission of this network connection unit; And when this electronic equipment is in an abnormal operation state, these at least part of data that this electronic data is concentrated outwards reach this remote supervisory and control(ling) equipment through this network connection, and/or this steering order of this remote supervisory and control(ling) equipment enters this service data register system through the transmission of this network connection.
The present invention also provides a kind of end sale system (Point of service with service data register system, POS), it comprises showing the display unit of a sales data, main frame and peripheral device and service data record (Service data record, SDR) system, this main frame and peripheral device have at least one electronic unit and a power unit, and this power unit gives this main frame and peripheral device in order to power supply, this service data register system comprises electric device, terminal display device, remote monitoring interface group and microprocessing unit, this microprocessing unit is electrically connected on this electric device, this terminal display device, this remote monitoring interface group and this main frame and peripheral device, the concentrated at least part of data of an electronic data of this at least one electronic unit are made to be shown in this terminal display device in order to receive the power supply of at least one in this power unit and this electric device, and/or these at least part of data making this electronic data concentrate outwards transfer to a remote supervisory and control(ling) equipment, and/or enter this service data register system for a steering order transmission of this remote supervisory and control(ling) equipment.
Preferably, this terminal display device comprises at least one in LCD MODULE (LCM), vacuum fluorescent display device (VFD) and light emitting diode (LED) display device; And/or this electric device comprises at least one in external civil power, dry cell, accumulator, lithium battery, solar cell and biobattery; And/or each in these at least part of data of this electronic data collection is for presetting allocate event data.
Preferably, this at least one electronic unit comprises at least one in CPU (central processing unit), motherboard, feature board, daughter board (daughter board), internal memory, display, hard disk, CD-ROM drive, adaptive device (adapter), scanister, heat printing device, USB (universal serial bus) (USB) device, power supply device, touch sensing, stripe reading device, fingeprint distinguisher, information button (information button, iButton), radio-frequency discriminating device, reader device and input media; And/or
These at least part of data that this electronic data is concentrated comprise access times of this at least one electronic unit, one service time of this at least one electronic unit, one manufaturing data of this at least one electronic unit, one firmware data of this at least one electronic unit, one abnormal data of this at least one electronic unit, one mantenance data of this at least one electronic unit, one start data of this main frame and peripheral device, one of this main frame and peripheral device closes at least one in a dormant data of machine data and this main frame and peripheral device.
Preferably, when this main frame and peripheral device are in a normal operating conditions, this power unit is powered and is given this service data register system, and when this main frame and peripheral device are in an abnormal operation state, this electric device is powered and given this service data register system; And/or
When this main frame and peripheral device are in a normal operating conditions, this display unit shows these at least part of data that this electronic data is concentrated, and when this main frame and peripheral device are in an abnormal operation state, this terminal display device shows these at least part of data that this electronic data is concentrated.
Preferably, this main frame and peripheral device are also provided with the control module of at least one be connected in this at least one electronic unit and this display unit, this electronic data collection that at least one in order to be received from this at least one electronic unit and this display unit exports; And
This service data register system also comprises storage element, and this microprocessing unit is electrically connected on this control module and this storage element; Wherein, this control module is concentrated by this electronic data and is filtered out at least part of data, and transferred to this microprocessing unit, and this microprocessing unit stores in order to these received at least part of data all to be transferred to this storage element, and/or all transfer to this terminal display device, and/or all transfer to this remote monitoring interface group;
Or be that this service data register system also comprises storage element, it is connected to this control module, in order to be received from this electronic data collection that this control module exports and to store, and this microprocessing unit is connected to this control module and this storage element, in order to receive and to screen this electronic data collection exported from this control module, and make this electronic data be concentrated to small part data to export this terminal display device and/or this remote monitoring interface group to, and/or in order to screen this electronic data collection of this storage element, and make this electronic data be concentrated to small part data to export this terminal display device and/or this remote monitoring interface group to,
Or be that this service data register system also comprises storage element, it is connected to this control module, and this control module filters out this at least part of data by this electronic data is concentrated, and transferred to the storage of this storage element, and/or these at least part of data that this electronic data is concentrated are transferred to microprocessing unit, and these at least part of data that this microprocessing unit exports in order to be received from this control module, and make these at least part of data all transfer to this terminal display device and/or this remote monitoring interface group, and/or in order to make these at least part of data being stored in this storage element all transfer to this terminal display device and/or this remote monitoring interface group.
Preferably, this control module is embedded controller (Embedded controller); And/or this storage element is EEPROM (Electrically Erasable Programmable Read Only Memo) (EEPROM).
Preferably, this microprocessing unit stores in order to electric device data of this electric device to be transferred to this storage element; And/or this terminal display device is connected to this microprocessing unit, and this microprocessing unit stores in order to terminal display device data of this terminal display device to be transferred to this storage element.
Preferably, this remote monitoring interface group comprises at least one input and output (I/O) connecting portion and/or a network connection.
Preferably, this at least one input and output connecting portion comprises at least one in USB (universal serial bus) (USB) connectivity port, COM communication (COM) connectivity port, inter-integrated circuit (Inter-Integrated Circuit, I2C) connectivity port, 3G (Third Generation) Moblie (3G) connectivity port, forth generation mobile communication (4G) connectivity port, bluetooth connectivity port and wireless network (WiFi) connectivity port; And/or
This main frame and peripheral device also comprise network connection unit, and when this main frame and peripheral device are in a normal operating conditions, these at least part of data that this electronic data is concentrated outwards reach this remote supervisory and control(ling) equipment through this network connection unit, and/or this steering order of this remote supervisory and control(ling) equipment enters this service data register system through the transmission of this network connection unit; And when this main frame and peripheral device are in an abnormal operation state, these at least part of data that this electronic data is concentrated outwards reach this remote supervisory and control(ling) equipment through this network connection, and/or this steering order of this remote supervisory and control(ling) equipment enters this service data register system through the transmission of this network connection.
Service data register system of the present invention can make the allocate event data preset in electronic equipment (as end points sale device) be shown on the terminal display device of this service data register system, and then convenient for maintaining personnel carry out the breakdown maintenance of electronic equipment.Secondly, also can electric device be set in service data register system, be used as the stand-by electric energy of service data register system, make maintenance personal can not because of electronic equipment suddenly when machine cannot content shown by reading terminals display device to carry out breakdown maintenance and relevant reliability analysis.Again, also can select in service data register system to arrange storage element, at least part of data of the electronic data collection from electronic equipment are stored, thus the allocate event data preset in electronic equipment are recorded and storage, and then convenient for maintaining personnel carry out the breakdown maintenance of electronic equipment.In addition, service data register system is also by selecting to arrange remote monitoring interface group, and outwards transfer to a remote supervisory and control(ling) equipment for the allocate event data preset, long-range maintenance personal just can monitor the state of electronic equipment at any time.
Accompanying drawing explanation
Fig. 1: be the structural representation of existing end points sale device.
Fig. 2: the block schematic diagram of the computer system disclosed by Chinese invention patent application CN102023917A publication number.
Fig. 3: for end sale system of the present invention is in the system block schematic diagram of the first preferred embodiment.
Fig. 4: for end sale system of the present invention is in the system block schematic diagram of the second preferred embodiment.
Fig. 5: for end sale system of the present invention is in the system block schematic diagram of the 3rd preferred embodiment.
Fig. 6: for end sale system of the present invention is in the system block schematic diagram of the 4th preferred embodiment.
Fig. 7: for end sale system of the present invention is in the system block schematic diagram of the 5th preferred embodiment.
Fig. 8: for end sale system of the present invention is in the system block schematic diagram of the 6th preferred embodiment.
Fig. 9: for end sale system of the present invention is in the system block schematic diagram of the 7th preferred embodiment.
Figure 10: for end sale system of the present invention is in the system block schematic diagram of the 8th preferred embodiment.
Embodiment
What first illustrate is, service data record of the present invention (Service data record, SDR) system can be applicable to various electronic equipment, object is the every allocate event data (describing in detail after a while) making the use side of electronic equipment (terminal) show electronic equipment, allow user carry out simple and easy maintenance by this, or convenient for maintaining personnel carry out breakdown maintenance and relevant reliability analysis.Following each embodiment take electronic equipment as end points sale device (Point of service, POS) for example is described, but not as limit, the art those of ordinary skill all can carry out the design for change of any equalization according to practical application request.
Refer to Fig. 3, it is that end sale system of the present invention is in the system block schematic diagram of the first preferred embodiment.End sale system 3A comprises end points sale device 31 and service data register system 32A, and end points sale device 31 comprises display unit 311 and main frame and peripheral device 312; Wherein, main frame and peripheral device 312 have multiple electronic unit 31211-3121n, power unit 3122, network connection unit 3123 and control module 3124, electric power required when power unit 3122 is in order to provide end points sale device 31 to operate, and each electronic unit 31211-3121n is in order to provide a specific function, for example, can be used to perform various computing and the data storing kinds of goods, as item quantity, the amount of money, stock or gross profit etc., display unit 311 can show the data of those kinds of goods simultaneously, watches for cashier.
In this preferred embodiment, those electronic units 31211 ~ 3121n can be CPU (central processing unit) (CPU), motherboard, feature board, daughter board (daughter board), internal memory is (as flash memory, ROM (read-only memory), random access memory etc.), hard disk is (as conventional hard, solid state hard disc etc.), CD-ROM drive, adaptive device (adapter), scanister, heat printing device, USB (universal serial bus) (USB) device, power supply device, touch sensing, stripe reading device, fingeprint distinguisher, information button (information button, iButton), radio-frequency discriminating device and reader device, input media is (as keyboard, mouse etc.) etc., wherein, function and the operation principles of above-mentioned each hardware element are the art those of ordinary skill, therefore are namely no longer repeated at this, only, the electronic unit 31211 ~ 3121n being configured at main frame and peripheral device 312 is not limited with above-mentioned.
Moreover, control module 3124 is electrically connected on power unit 3122, network connection unit 3123, display unit 311 and at least part of electronic unit 31211 ~ 3121n, mainly be used for controlling the signal sequence of each hardware element, to carry out overall management and control to end points sale device 31, for example, the control of keyboard, the standby program, dormancy program etc. of end points sale device 31 are all be responsible for process by control module 3124; In this preferred embodiment, control module 3124 is an embedded controller (Embedded controller), in general, many electronic equipments all has embedded controller, as the upper important Signal Processing Element of its running, and it is also by the art those of ordinary skill is known, therefore namely no longer repeated at this.
Following explanation service data register system of the present invention.Service data register system 32A comprises microprocessing unit 3212, is connected to the terminal display device 323 of microprocessing unit 3212 and is connected to the electric device 322 of microprocessing unit 3212, and microprocessing unit 3212 has one first microprocessing unit connecting portion 32121; Wherein, control module 3124 has one first control linkage portion 31241, and the first microprocessing unit connecting portion 32121 of microprocessing unit 3212 is connected to the first control linkage portion 31241 of control module 3124.
Moreover, because control module 3124 is electrically connected on power unit 3122, network connection unit 3123, display unit 311 and those electronic units 31211 ~ 3121n, and the signal transacting being responsible for each hardware element, therefore control module 3124 can receive and come from power unit 3122, network connection unit 3123, the electronic data collection S301 ~ S30n of display unit 311 and those electronic units 31211 ~ 3121n, S311, S3122, S3123, and and then by whole electronic data S301 ~ S30n, S311, S3122, S3123 or electronic data collection S301 ~ S30n, S311, S3122, the partial data S6 of S3123 transfers to microprocessing unit 3212, and microprocessing unit 3212 is then in order to by received data S301 ~ S30n, S311, S3122, S3123/S6 all transfers to terminal display device 323, or from received electronic data collection S301 ~ S30n, S311, S3122, the data S6 selecting part in S3123 transfers to terminal display device 323, makes electronic data collection S301 ~ S30n, S311, S3122, at least part of data in S3123 can be shown in terminal display device 323.
Preferably, but not as limit, terminal display device 323 can be LCD MODULE (LCM), vacuum fluorescent display device (VFD) or light emitting diode (LED) display device, and in this preferred embodiment, electronic data shown by terminal display device 323 can comprise the access times (the click cumulative frequency etc. as touch sensing) of each hardware element be connected with control module 3124, service time (the unlatching accumulated time etc. as display unit 311), manufaturing data (as build date etc.), firmware data is (as firmware version, the number of times of tough body renewal, the time etc. of tough body renewal), abnormal data (abnormality code etc. as basic input-output system BIOS) and mantenance data are (as servicing time, maintenance frequency etc.) etc., or be that default allocate event data can comprise the start data of end points sale device 31 (as start accumulated time, start cumulative frequency, trigger the mode etc. of start), close machine data (as shutdown cumulative frequency, trigger shutdown mode etc.) or dormant data (as dormancy cumulative frequency, the mode etc. of trigger sleep) etc., only, the electronic data shown by terminal display device 323 is not limited with above-mentioned, and the art those of ordinary skill all can carry out the design for change of any equalization according to practical application request.
According to above explanation, the user of terminal, as cashier, just can when end points sale device 31 presents abnormality, keep in repair easily according to content shown on terminal display device 323, or be that the user of terminal can pass through and returns to the maintenance personal of long-range (not at the scene of terminal display device 323) by content shown on terminal display device 323, prepare before row before convenient for maintaining personnel keep in repair, or long-range maintenance personal also can instruct the user of terminal how to keep in repair according to content shown on terminal display device 323.
Moreover electric device 322 gives service data register system 32A in order to power supply, preferably, but not as limit, electric device 322 can be external civil power, dry cell, accumulator, lithium battery, solar cell or biobattery etc., wherein, when end points sale device 31 is in normal operating state, when operating as started shooting, electric power required when the power unit 3122 of end points sale device 31 can provide whole end sale system 3A to operate, that is, now the microprocessing unit 3212 of service data register system 32A receives electric power that power unit 3122 provides and operates, and when end points sale device 31 is in abnormal operating state, if end points sale device 31 is in when causing power unit 3122 to operate when machine, it is stand-by electric energy that the electric device 322 of service data register system 32B just can be used as, be used to provide electric power required when whole service data register system 32B operates, therefore terminal display device 323 suddenly would not cannot show electronic data when machine because of end points sale device 31.
Be with, no matter end points sale device 31 is under the state being in running of can starting shooting, or end points sale device 31 is that under the state being in running of can not starting shooting, maintenance personal all can carry out breakdown maintenance and relevant reliability analysis with reference to the content shown by end points sale device 31.
Refer to Fig. 4, it is that end sale system of the present invention is in the system block schematic diagram of the second preferred embodiment.Wherein, the end sale system 3B of this preferred embodiment is roughly similar to person described in the present invention first preferred embodiment, is namely no longer repeated at this.And this preferred embodiment and aforementioned first preferred embodiment difference are, service data register system 32B more comprises a storage element 3211, and storage element 3211 has the first storage connecting portion 32111, and microprocessing unit 3212 has more one second microprocessing unit connecting portion 32122, be connected to storage element 3211 first stores connecting portion 32111; In this preferred embodiment, storage element 3211 is an EEPROM (Electrically Erasable Programmable Read Only Memo) (EEPROM), but not as limit.
Moreover, in this preferred embodiment, control module 3124 is first from received electronic data collection S301 ~ S30n, S311, S3122, required electronic data S4 is filtered out in S3123, and control module 3124 is by judging that whether each electronic data of receiving is the default allocate event data foundations as screening, and the microprocessing unit 3212 electronic data S4 that screens of reception control unit 3124 again, and all transfer to storage element 3211 and store or all transfer to terminal display device 323 and show, and the electronic data S4 received by microprocessing unit 3212 is all default allocate event data, therefore all default allocate event data just can be stored in storage element 3211 or be shown on terminal display device 323.Certainly, microprocessing unit 3212 also can capture the electronic data S4 being stored in storage element 3211, then is transferred to terminal display device 323 and show.And above are only an embodiment, not as limit, the art those of ordinary skill can carry out the design for change of any equalization according to practical application request; For example, change and be designed to the storage element that terminal display device is also connected to service data register system, therefore terminal display device just directly can show the electronic data stored by storage element.
As shown in the above description, the data stream of each the allocate event data S4 preset stored by storage element 3211 starts from corresponding hardware element, then control module 3124 is transferred to, sequentially behind control linkage portion 31241 and the first microprocessing unit connecting portion 32121, be transferred to microprocessing unit 3212 again, finally sequentially after the second microprocessing unit connecting portion 32122 and the first storage connecting portion 32111, arrive at storage element 3211 again.
In addition, the microprocessing unit 3212 of service data register system 32B can also receive the electric device data S322 (access times, dump energy etc. as electric device 322) from the electric device 322 and terminal display device data S323 from terminal display device 323 (as terminal display device 323 access times, open accumulated time etc.), and and then transfer to storage element 3211 and store.
What illustrate is, because service data register system 32B is provided with electric device 322, therefore when end points sale device 31 is in abnormal operating state, if end points sale device 31 is in when causing power unit 3122 to operate when machine, it is stand-by electric energy that the electric device 322 of service data register system 32B just can be used as, be used to provide electric power required when whole service data register system 32B operates, therefore microprocessing unit 3212 suddenly would not cannot capture the allocate event data S4 preset stored by storage element 3211 and transfer to terminal display device 323 and show when machine because of end points sale device 31, that is, maintenance personal still can carry out breakdown maintenance and relevant reliability analysis with reference to the content shown by terminal display device 323 under end points sale device 31 is in the state working as machine.
Refer to Fig. 5, it is that end sale system of the present invention is in the system block schematic diagram of the 3rd preferred embodiment.Wherein, the end sale system 3C of this preferred embodiment is roughly similar to person described in the present invention first preferred embodiment, is namely no longer repeated at this.Wherein, this preferred embodiment and aforementioned first preferred embodiment difference are, service data register system 32C more comprises a remote monitoring interface group 324, it is connected to microprocessing unit 3212, and the electronic data S4 that microprocessing unit 3212 is received also outwards can transfer to a remote supervisory and control(ling) equipment 4.Preferably, but not as limit, remote monitoring interface group 324 comprises multiple input and output (I/O) connecting portion 3241 and network connection 3242.
Furthermore, control module 3124 first from received electronic data collection S301 ~ S30n, S311, S3122, S3123, filters out required electronic data S4, and control module 3124 is by judging that whether each electronic data of receiving is the default allocate event data foundations as screening, and the microprocessing unit 3212 electronic data S4 that screens of reception control unit 3124 again, and all transfer to terminal display device 323 and show, or received electronic data S4 is made to transfer to remote supervisory and control(ling) equipment 4 through remote monitoring interface group 324; Thus, long-range maintenance personal just can monitor the state of end points sale device 31 at any time, and when end points sale device 31 presents abnormality, the content received according to remote supervisory and control(ling) equipment 4 and obtain preliminary cognition and judgement, prepare before row before convenient for maintaining personnel keep in repair, or the long-range maintenance personal content that also can receive according to remote supervisory and control(ling) equipment 4 and instruct the user of terminal how to keep in repair.
What illustrate is, because service data register system 32C is provided with electric device 322, therefore when end points sale device 31 is in abnormal operating state, if end points sale device 31 is in when causing power unit 3122 to operate when machine, it is stand-by electric energy that the electric device 322 of service data register system 32C just can be used as, be used to provide electric power required when whole service data register system 32C operates, therefore remote supervisory and control(ling) equipment 4 suddenly would not cannot receive default allocate event data S4 because of end points sale device 31 when machine.
Moreover, long-range maintenance personal also can pass through remote monitoring interface group 324 couples of end sale system 3C and carries out remote control, that is the steering order S5 from remote supervisory and control(ling) equipment 4 can enter service data register system 32C by remote monitoring interface group 324, such as, maintenance personal can by the setting of remote supervisory and control(ling) equipment 4 actuating unit parameter, therefore the steering order S5 corresponding to this setting will input to microprocessing unit 3212 via remote monitoring interface group 324, performs corresponding control treatment program to make microprocessing unit 3212.
In addition, in this preferred embodiment, input and output connecting portion 3241 can be USB (universal serial bus) (USB) connectivity port, communication (COM) connectivity port, inter-integrated circuit (Inter-Integrated Circuit, I2C) connectivity port, 3G (Third Generation) Moblie (3G) connectivity port, forth generation mobile communication (4G) connectivity port, bluetooth connectivity port or wireless network (WiFi) connectivity port etc., but be not limited with above-mentioned.
Preferably, but not as limit, the network connection 3242 of service data register system 32C shares same network interface 3125 with the network connection unit 3123 of end points sale device 31, when end points sale device 31 is in normal operating state, when operating as started shooting, electronic data S4 can pass through the network connection unit 3123 of end points sale device 31 and is transferred to remote supervisory and control(ling) equipment 4, and also can enter end sale system 3C by the network connection unit 3123 of end points sale device 31 from the steering order S5 of remote supervisory and control(ling) equipment 4.
And when end points sale device 31 is in abnormal operating state, if end points sale device 31 is in when causing power unit 3122 to operate when machine or when network connection unit 3123 damages, received electronic data S4 is transferred to remote supervisory and control(ling) equipment 4 by the network connection 3242 that microprocessing unit 3212 is converted to through service data register system 32C, and is also converted to through the network connection 3242 of service data register system 32C from the steering order S5 of remote supervisory and control(ling) equipment 4 and enters end sale system 3C.
Refer to Fig. 6, it is for end sale system of the present invention is in the system block schematic diagram of the 4th preferred embodiment, wherein, the end sale system 3D of this preferred embodiment is roughly similar to person described in the present invention the second ~ tri-preferred embodiment, is namely no longer repeated at this.And this preferred embodiment and aforementioned the second ~ tri-preferred embodiment difference are, service data register system 32D comprises storage element 3211 and remote monitoring interface group 324 simultaneously.
Be with, when end points sale device 31 is in normal operating state, when operating as started shooting, electronic data S4 stored in storage element 3211 is transferred to remote supervisory and control(ling) equipment 4 by the network connection unit 3123 that microprocessing unit 3212 can pass through end points sale device 31, and when end points sale device 31 is in abnormal operating state, if end points sale device 31 is in when causing power unit 3122 to operate when machine or when network connection unit 3123 damages, electronic data S4 stored in storage element 3211 is transferred to remote supervisory and control(ling) equipment 4 by the network connection 3242 that microprocessing unit 3212 is converted to through service data register system 32D.
Certainly, above are only an embodiment, not as limit, the art those of ordinary skill can carry out the design for change of any equalization according to practical application request; For example, change the storage element being designed to remote monitoring interface group also Connection Service digital data recording system, therefore remote supervisory and control(ling) equipment just can pass through remote monitoring interface group and directly receives electronic data stored by storage element.
Refer to Fig. 7, it is that end sale system of the present invention is in the system block schematic diagram of the 5th preferred embodiment.Wherein, the end sale system 3E of this preferred embodiment is roughly similar to person described in the present invention second preferred embodiment, is namely no longer repeated at this.Wherein, this preferred embodiment and aforementioned second preferred embodiment difference are, control module 3124 has more one second control linkage portion 31242, and storage element 3211 has more one second storage connecting portion 32112, and it is connected to the second control linkage portion 31242.Moreover, in the second preferred embodiment, the action of screening electronic data collection S301 ~ S30n, S311, S3122, S3123 is performed by the control module 3124 of end points sale device 31, and in this preferred embodiment, the action of screening electronic data collection S301 ~ S30n, S311, S3122, S3123 is performed by the microprocessing unit 3212 of service data register system 32E.
In detail, in this preferred embodiment, the storage element 3211 that received electronic data collection S301 ~ S30n, S311, S3122, S3123 are directly transferred to service data register system 32E by control module 3124 stores, or received electronic data collection S301 ~ S30n, S311, S3122, S3123 are transferred to microprocessing unit 3212, microprocessing unit 3212 is then in order to receive and to screen the electronic data collection S301 ~ S30n exported from control module 3124, S311, S3122, S3123, and make electronic data collection S301 ~ S30n, S311, S3122, partial data S4 in S3123 transfers to terminal display device 323 and shows, or make electronic data collection S301 ~ S30n, S311, S3122, partial data S4 in S3123 transfers to storage element 3211 and stores, in addition, microprocessing unit 3212 also can in order to screen and to capture the electronic data collection S301 ~ S30n being stored in storage element 3211, S311, S3122, S3123, and make electronic data collection S301 ~ S30n, S311, S3122, partial data S4 in S3123 transfers to terminal display device 323 and shows, wherein, whether microprocessing unit 3212 is be the default allocate event data foundations as screening by each electronic data judged in electronic data collection S301 ~ S30n, S311, S3122, S3123 equally.
As shown in the above description, from electronic data collection S301 ~ S30n that control module 3124 exports, S311, S3122, S3123 be in sequentially after the second control linkage portion 31242 and second store connecting portion 32112 transmission enter storage element 3211 and be stored, microprocessing unit 3212 is then in order to electronic data collection S301 ~ S30n stored by storage element 3211, S311, S3122, default allocate event data S4 is filtered out in S3123, and make the allocate event data S4 that presets sequentially after first stores connecting portion 32111 and the second microprocessing unit connecting portion 32122 transmission enter microprocessing unit 3212, and and then make the allocate event data S4 preset transfer to terminal display device 323 to show, or be that the electronic data exported from control module 3124 collects S301 ~ S30n, S311, S3122, S3123 transmit behind the first control linkage portion 31241 and the first microprocessing unit connecting portion 32121 in sequentially to enter microprocessing unit 3212, microprocessing unit 3212 then in order to filter out default allocate event data S4 from received electronic data collection S301 ~ S30n, S311, S3122, S3123, and makes the allocate event data S4 preset transfer to terminal display device 323 to show.
Refer to Fig. 8, it is that end sale system of the present invention is in the system block schematic diagram of the 6th preferred embodiment.Wherein, the end sale system 3F of this preferred embodiment is roughly similar to person described in the present invention the 5th preferred embodiment, is namely no longer repeated at this.Wherein, this preferred embodiment and aforementioned 5th preferred embodiment difference are, service data register system 32F more comprises a remote monitoring interface group 324, it is connected to microprocessing unit 3212, makes the allocate event data S4 preset filtered out via microprocessing unit 3212 also outwards can transfer to a remote supervisory and control(ling) equipment 4; And about the operation principles of remote monitoring interface group 324, be same as the explanation to remote monitoring interface group in aforementioned 3rd preferred embodiment, namely no longer repeated at this.
Refer to Fig. 9, it is that end sale system of the present invention is in the system block schematic diagram of the 7th preferred embodiment.Wherein, the end sale system 3G of this preferred embodiment is roughly similar to person described in the present invention the 5th preferred embodiment, is namely no longer repeated at this.Wherein, this preferred embodiment and aforementioned 5th preferred embodiment difference are, the action of screening electronic data collection S301 ~ S30n, S311, S3122, S3123 is performed by the control module 3124 of end points sale device 31.Similarly, whether control module 3124 is the default allocate event data foundations as screening by each electronic data judged in electronic data collection S301 ~ S30n, S311, S3122, S3123.
In detail, in this preferred embodiment, control module 3124 first screens received electronic data collection S301 ~ S30n, S311, S3122, S3123, and the storage element 3211 making the partial data S4 in electronic data collection S301 ~ S30n, S311, S3122, S3123 transfer to service data register system 32G stores, in addition, the electronic data S4 after screening also can be transferred to microprocessing unit 3212 by control module 3124; Moreover, the electronic data S4 that microprocessing unit 3212 exports in order to be received from control module 3124, and transferred to terminal display device 323 and show, also can be stored in the electronic data S4 of storage element 3211 in order to acquisition, and be transferred to terminal display device 323 and show.
As shown in the above description, controlled unit 3124 screen and the electronic data S4 that exports be in sequentially after the second control linkage portion 31242 and second store connecting portion 32112 transmission enter storage element 3211 and be stored, microprocessing unit 3212 then in order to make the allocate event data S4 stored by storage element 3211 in sequentially after first stores connecting portion 32111 and the second microprocessing unit connecting portion 32122 transmission enter microprocessing unit 3212, and and then make the allocate event data S4 preset transfer to terminal display device 323 to show; In addition, controlled unit 3124 screen and the electronic data S4 that exports also can in sequentially behind the first control linkage portion 31241 and the first microprocessing unit connecting portion 32121 transmission enter microprocessing unit 3212, and microprocessing unit 3212 makes the allocate event data S4 preset transfer to terminal display device 323 to show again.
Refer to Figure 10, it is that end sale system of the present invention is in the system block schematic diagram of the 8th preferred embodiment.Wherein, the end sale system 3H of this preferred embodiment is roughly similar to person described in the present invention the 7th preferred embodiment, is namely no longer repeated at this.Wherein, this preferred embodiment and aforementioned 7th preferred embodiment difference are, service data register system 32H more comprises a remote monitoring interface group 324, it is connected to microprocessing unit 3212, makes the allocate event data S4 preset received via microprocessing unit 3212 also outwards can transfer to a remote supervisory and control(ling) equipment 4; And about the operation principles of remote monitoring interface group 324, be same as the explanation to remote monitoring interface group in aforementioned 3rd preferred embodiment, namely no longer repeated at this.
The foregoing is only preferred embodiment of the present invention, and be not used to limit right of the present invention, under therefore all other does not depart from disclosed spirit, the equivalence that completes changes or modifies, and all should be contained in scope of patent protection of the present invention.
Claims (18)
1. a service data register system, is applied to an electronic equipment, and this electronic equipment is provided with at least one electronic unit and gives a power unit of this electronic equipment in order to power supply, and it is characterized in that, this service data register system comprises:
Electric device;
Terminal display device;
Remote monitoring interface group; And
Microprocessing unit, be electrically connected on this electronic equipment, this terminal display device, this remote monitoring interface group and this electric device, the concentrated at least part of data of an electronic data of this at least one electronic unit are made to be shown in this terminal display device in order to receive the power supply of at least one in this power unit and this electric device, and/or these at least part of data making this electronic data concentrate outwards transfer to a remote supervisory and control(ling) equipment, and/or enter this service data register system for a steering order transmission of this remote supervisory and control(ling) equipment.
2. service data register system as claimed in claim 1, it is characterized in that, this terminal display device comprises at least one in LCD MODULE, vacuum fluorescent display device and light emitting display device; And/or this electric device comprises at least one in external civil power, dry cell, accumulator, lithium battery, solar cell and biobattery; And/or this electronic equipment is end points sale device; And/or each in these at least part of data of this electronic data collection is for presetting allocate event data.
3. service data register system as claimed in claim 1, it is characterized in that, this at least one electronic unit comprises at least one in CPU (central processing unit), motherboard, feature board, daughter board, internal memory, display, hard disk, CD-ROM drive, adaptive device, scanister, heat printing device, universal serial bus device, power supply device, touch sensing, stripe reading device, fingeprint distinguisher, information button, radio-frequency discriminating device, reader device and input media; And/or
These at least part of data that this electronic data is concentrated comprise access times of this at least one electronic unit, one service time of this at least one electronic unit, one manufaturing data of this at least one electronic unit, one firmware data of this at least one electronic unit, one abnormal data of this at least one electronic unit, one mantenance data of this at least one electronic unit, one start data of this electronic equipment, one of this electronic equipment closes at least one in a dormant data of machine data and this electronic equipment.
4. service data register system as claimed in claim 1, it is characterized in that, when this electronic equipment is in a normal operating conditions, this power unit is powered and is given this service data register system, and when this electronic equipment is in an abnormal operation state, this electric device is powered and is given this service data register system; And/or
This electronic equipment also comprises display unit, and when this electronic equipment is in a normal operating conditions, this display unit shows these at least part of data that this electronic data is concentrated, and when this electronic equipment is in an abnormal operation state, this terminal display device shows these at least part of data that this electronic data is concentrated.
5. service data register system as claimed in claim 1, it is characterized in that, this electronic equipment is also provided with the control module being connected to this at least one electronic unit, in order to be received from this electronic data collection that this at least one electronic unit exports; And
This service data register system also comprises storage element, and this microprocessing unit is electrically connected on this control module and this storage element; Wherein, this control module is concentrated by this electronic data and is filtered out at least part of data, and transferred to this microprocessing unit, and this microprocessing unit is in order to receive at least part of data of this electronic data collection, and these received at least part of data are all transferred to the storage of this storage element, and/or all transfer to this terminal display device, and/or all transfer to this remote monitoring interface group;
Or be that this service data register system also comprises storage element, it is connected to this control module, in order to be received from this electronic data collection that this control module exports and to store, and this microprocessing unit is electrically connected on this control module and this storage element, in order to receive and to screen this electronic data collection exported from this control module, and at least part of data making this electronic data concentrate export this terminal display device and/or this remote monitoring interface group to, and/or in order to screen this electronic data collection of this storage element, and make this electronic data be concentrated to small part data to export this terminal display device and/or this remote monitoring interface group to,
Or be that this service data register system also comprises storage element, it is connected to this control module, and this control module filters out this at least part of data by this electronic data is concentrated, and transferred to the storage of this storage element, and/or these at least part of data that this electronic data is concentrated are transferred to this microprocessing unit, and these at least part of data that this microprocessing unit exports in order to be received from this control module, and make these at least part of data all transfer to this terminal display device and/or this remote monitoring interface group, and/or in order to make these at least part of data being stored in this storage element all transfer to this terminal display device and/or this remote monitoring interface group.
6. service data register system as claimed in claim 5, it is characterized in that, this control module is embedded controller; And/or this storage element is EEPROM (Electrically Erasable Programmable Read Only Memo).
7. service data register system as claimed in claim 5, is characterized in that, this microprocessing unit stores in order to electric device data of this electric device to be transferred to this storage element; And/or this terminal display device is connected to this microprocessing unit, and this microprocessing unit stores in order to terminal display device data of this terminal display device to be transferred to this storage element.
8. service data register system as claimed in claim 1, it is characterized in that, this remote monitoring interface group comprises at least one input and output connecting portion and/or a network connection.
9. service data register system as claimed in claim 8, it is characterized in that, this at least one input and output connecting portion comprises at least one in general series bus connection port, COM communication port, inter-integrated circuit connectivity port, 3G (Third Generation) Moblie connectivity port, forth generation mobile communication connectivity port, bluetooth connectivity port and wireless network connectivity port; And/or
This electronic equipment also comprises network connection unit, and when this electronic equipment is in a normal operating conditions, these at least part of data that this electronic data is concentrated outwards reach this remote supervisory and control(ling) equipment through this network connection unit, and/or this steering order of this remote supervisory and control(ling) equipment enters this service data register system through the transmission of this network connection unit; And when this electronic equipment is in an abnormal operation state, these at least part of data that this electronic data is concentrated outwards reach this remote supervisory and control(ling) equipment through this network connection, and/or this steering order of this remote supervisory and control(ling) equipment enters this service data register system through the transmission of this network connection.
10. there is an end sale system for service data register system, it is characterized in that, comprising:
In order to show the display unit of a sales data;
Main frame and peripheral device, have at least one electronic unit and a power unit, and this power unit gives this main frame and peripheral device in order to power supply; And
Service data register system, it comprises:
Electric device;
Terminal display device;
Remote monitoring interface group; And
Microprocessing unit, be electrically connected on this electric device, this terminal display device, this remote monitoring interface group and this main frame and peripheral device, the concentrated at least part of data of an electronic data of this at least one electronic unit are made to be shown in this terminal display device in order to receive the power supply of at least one in this power unit and this electric device, and/or these at least part of data making this electronic data concentrate outwards transfer to a remote supervisory and control(ling) equipment, and/or enter this service data register system for a steering order transmission of this remote supervisory and control(ling) equipment.
11. end sale systems as claimed in claim 10, it is characterized in that, this terminal display device comprises at least one in LCD MODULE, vacuum fluorescent display device and light emitting display device; And/or this electric device comprises at least one in external civil power, dry cell, accumulator, lithium battery, solar cell and biobattery; And/or each in these at least part of data of this electronic data collection is for presetting allocate event data.
12. end sale systems as claimed in claim 10, it is characterized in that, this at least one electronic unit comprises at least one in CPU (central processing unit), motherboard, feature board, daughter board, internal memory, display, hard disk, CD-ROM drive, adaptive device, scanister, heat printing device, universal serial bus device, power supply device, touch sensing, stripe reading device, fingeprint distinguisher, information button, radio-frequency discriminating device, reader device and input media; And/or
These at least part of data that this electronic data is concentrated comprise access times of this at least one electronic unit, one service time of this at least one electronic unit, one manufaturing data of this at least one electronic unit, one firmware data of this at least one electronic unit, one abnormal data of this at least one electronic unit, one mantenance data of this at least one electronic unit, one start data of this main frame and peripheral device, one of this main frame and peripheral device closes at least one in a dormant data of machine data and this main frame and peripheral device.
13. end sale systems as claimed in claim 10, it is characterized in that, when this main frame and peripheral device are in a normal operating conditions, this power unit is powered and is given this service data register system, and when this main frame and peripheral device are in an abnormal operation state, this electric device is powered and is given this service data register system; And/or
When this main frame and peripheral device are in a normal operating conditions, this display unit shows these at least part of data that this electronic data is concentrated, and when this main frame and peripheral device are in an abnormal operation state, this terminal display device shows these at least part of data that this electronic data is concentrated.
14. end sale systems as claimed in claim 10, it is characterized in that, this main frame and peripheral device are also provided with the control module of at least one be connected in this at least one electronic unit and this display unit, this electronic data collection that at least one in order to be received from this at least one electronic unit and this display unit exports; And
This service data register system also comprises storage element, and this microprocessing unit is electrically connected on this control module and this storage element; Wherein, this control module is concentrated by this electronic data and is filtered out at least part of data, and transferred to this microprocessing unit, and this microprocessing unit stores in order to these received at least part of data all to be transferred to this storage element, and/or all transfer to this terminal display device, and/or all transfer to this remote monitoring interface group;
Or be that this service data register system also comprises storage element, it is connected to this control module, in order to be received from this electronic data collection that this control module exports and to store, and this microprocessing unit is connected to this control module and this storage element, in order to receive and to screen this electronic data collection exported from this control module, and make this electronic data be concentrated to small part data to export this terminal display device and/or this remote monitoring interface group to, and/or in order to screen this electronic data collection of this storage element, and make this electronic data be concentrated to small part data to export this terminal display device and/or this remote monitoring interface group to,
Or be that this service data register system also comprises storage element, it is connected to this control module, and this control module filters out this at least part of data by this electronic data is concentrated, and transferred to the storage of this storage element, and/or these at least part of data that this electronic data is concentrated are transferred to microprocessing unit, and these at least part of data that this microprocessing unit exports in order to be received from this control module, and make these at least part of data all transfer to this terminal display device and/or this remote monitoring interface group, and/or in order to make these at least part of data being stored in this storage element all transfer to this terminal display device and/or this remote monitoring interface group.
15. end sale systems as claimed in claim 14, it is characterized in that, this control module is embedded controller; And/or this storage element is EEPROM (Electrically Erasable Programmable Read Only Memo).
16. end sale systems as claimed in claim 14, is characterized in that, this microprocessing unit stores in order to electric device data of this electric device to be transferred to this storage element; And/or this terminal display device is connected to this microprocessing unit, and this microprocessing unit stores in order to terminal display device data of this terminal display device to be transferred to this storage element.
17. end sale systems as claimed in claim 10, it is characterized in that, this remote monitoring interface group comprises at least one input and output connecting portion and/or a network connection.
18. end sale systems as claimed in claim 17, it is characterized in that, this at least one input and output connecting portion comprises at least one in general series bus connection port, COM communication port, inter-integrated circuit connectivity port, 3G (Third Generation) Moblie connectivity port, forth generation mobile communication connectivity port, bluetooth connectivity port and wireless network connectivity port; And/or
This main frame and peripheral device also comprise network connection unit, and when this main frame and peripheral device are in a normal operating conditions, these at least part of data that this electronic data is concentrated outwards reach this remote supervisory and control(ling) equipment through this network connection unit, and/or this steering order of this remote supervisory and control(ling) equipment enters this service data register system through the transmission of this network connection unit; And when this main frame and peripheral device are in an abnormal operation state, these at least part of data that this electronic data is concentrated outwards reach this remote supervisory and control(ling) equipment through this network connection, and/or this steering order of this remote supervisory and control(ling) equipment enters this service data register system through the transmission of this network connection.
Priority Applications (2)
| Application Number | Priority Date | Filing Date | Title |
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| CN201410527714.8A CN104765675A (en) | 2014-01-03 | 2014-10-09 | Service data recording system and endpoint sale system with same |
| US14/592,561 US20150379493A9 (en) | 2014-01-03 | 2015-01-08 | Service data record system and pos system with the same |
Applications Claiming Priority (9)
| Application Number | Priority Date | Filing Date | Title |
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| TW103200122 | 2014-01-03 | ||
| TW103200120 | 2014-01-03 | ||
| TW103200122 | 2014-01-03 | ||
| TW103200120U TWM476326U (en) | 2014-01-03 | 2014-01-03 | Service data record system and point of sale using the same |
| CN201420049436 | 2014-01-26 | ||
| CN2014200506485 | 2014-01-26 | ||
| CN201420050648 | 2014-01-26 | ||
| CN2014200494365 | 2014-01-26 | ||
| CN201410527714.8A CN104765675A (en) | 2014-01-03 | 2014-10-09 | Service data recording system and endpoint sale system with same |
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| CN104765675A true CN104765675A (en) | 2015-07-08 |
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| Application Number | Title | Priority Date | Filing Date |
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| CN201410527714.8A Pending CN104765675A (en) | 2014-01-03 | 2014-10-09 | Service data recording system and endpoint sale system with same |
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| CN (1) | CN104765675A (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
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