CN202632435U - Handheld designated driver POS machine - Google Patents
Handheld designated driver POS machine Download PDFInfo
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- CN202632435U CN202632435U CN 201220032653 CN201220032653U CN202632435U CN 202632435 U CN202632435 U CN 202632435U CN 201220032653 CN201220032653 CN 201220032653 CN 201220032653 U CN201220032653 U CN 201220032653U CN 202632435 U CN202632435 U CN 202632435U
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Abstract
Disclosed is a handheld designated driver POS machine, comprising a designated driver handheld POS system assembly, an electrical storage device, a data transmitter-receiver set, an IC card induction apparatus, and an input and display apparatus, wherein the designated driver handheld POS machine system assembly comprises a display and input module, a database, a data transmit-receive module, an IC card induction module, a timing module, a power supply module, a printing module, and a data calculating module which are respectively connected with a central processing unit; the data transmit-receive module is connected with the data transmitter-receiver set; the IC card induction module is connected with the IC card induction apparatus; the display and input module is connected with the input and display apparatus; the power supply module is connected with the electrical storage device; the printing module is connected with the printing apparatus; and the central processing unit, the display and input module, the database, the data transmit-receive module, the IC card induction module, the timing module, the power supply module, the printing module, the data calculating module, the data transmitter-receiver set, the IC card induction apparatus, the input and display apparatus, and the printing apparatus are respectively connected with the electrical storage device.
Description
Technical field
The utility model relates to a kind of handheld POS machine control system, and particularly a kind of hand-held generation is driven the POS machine.
Background technology
Along with country is more and more perfect for the related law of driving when intoxicated, the idea of not driving after drinking becomes more and more popular, and it is wide that generation drives the industry market outlook.Along with improving constantly of public's sense of risk and legal consciousness, and traffic control department is to the hitting dynamics of the behavior of driving when intoxicated and improving constantly of density, and the public also increases the demand of " the generation service of driving after drinking " gradually." generation drives " as a kind of service of deriving, the market forces of its industry development and the market space are with long-term existence.In generation in the past, driven charge, is that artificial book keeping operation is main basically, lacks effective information management means and basic data, caused the phenomenon lack of standardization, that payment is not convenient, blank is not supported, serves in supervision of charging.The problems referred to above have seriously hindered for the practical property of driving charge, have increased the vacancy of city management greatly.
The utility model content
The technical matters that the utility model will solve provides a kind of portable hand-held generation and drives the POS machine.
In order to solve the problems of the technologies described above, the utility model provides a kind of hand-held generation to drive the POS machine, comprises for driving handheld POS machine system component, electrical storage device, data source and sink, IC-card induction installation and input and display device; In said generation, drives the handheld POS machine system component and comprises demonstration and load module, database, data transmit-receive module, IC-card induction module, timing module, power module, print module and the data computation module that is connected with CPU respectively; Said data transmit-receive module is connected with data source and sink; Said IC-card induction module is connected with the IC-card induction installation; Said demonstration and load module are connected with input and display device; Said power module is connected with electrical storage device; Said print module is connected with printing equipment; Said CPU, demonstration are electrically connected with electrical storage device respectively with display device and printing equipment with load module, database, data transmit-receive module, IC-card induction module, timing module, power module, print module, data computation module, data source and sink, IC-card induction installation, input.
As the improvement that the hand-held generation of the utility model is driven the POS machine: said power module is connected with external power interface; Said external power interface is connected with printing equipment with display device with load module, database, data transmit-receive module, IC-card induction module, timing module, print module, data computation module, data source and sink, IC-card induction installation, input with CPU, demonstration.
In the generation of the utility model, drives the handheld POS machine terminal and arrives outdoor with the wireless network application in conjunction first.Network through with mobile network or CDMA carries out data interaction, and charge separates with different module with transmission, and can there be local POS machine in data when handheld POS machine had network, can upload automatically etc. on the network linking, need not artificial the participation and uploads.The vehicle-state of each generation of society being driven the driver based on the wireless GPRS transmission technology carries out real-time inquiry.Through the data that each driver uploads, issue the IT information platform, in system, the vacant situation of checking each vehicle that can be real-time lets scheduling that vehicle is distributed to information platform data transmission.Through WIFI, GPRS network, generation being driven handheld POS machine, the connection of IT infotech, made the comprehensive service platform of the four big functions that integrate disbursement and sattlement, information monitoring and inquiry system service.
Comprehensive above scheme, lack of standardization to charging, payment is not convenient, supervision is not supported and serve blank problem and certain effect is all played in the management of management of vehicles and charge.In the hand-held generation of the utility model, drives the POS machine and just in time can reasonably use and regulate charges, more made things convenient for people's trip, reduced many unnecessary troubles, for government shares somebody's cares and burdens.
Description of drawings
Below in conjunction with accompanying drawing the embodiment of the utility model is done further explain.
Fig. 1 is an annexation schematic block diagram of the hand-held generation of the utility model driving the POS machine;
Annexation schematic block diagram when Fig. 2 is actual use of driving the POS machine the hand-held generation of the utility model.
Embodiment
Embodiment 1, Fig. 1 provide hand-held for driving the POS machine, comprise for driving handheld POS machine system component 1, electrical storage device 2, data source and sink 3, IC-card induction installation 4, input and display device 5, printing equipment 7, supply unit 2 and external power interface 21.
In above-described generation, drives handheld POS machine system component 1 and comprises CPU 10, demonstration and load module 11, database 12, data transmit-receive module 13, IC-card induction module 14, timing module 15, power module 16, print module 17 and data computation module 18.
Above-described electrical storage device 2 is electrically connected with display device 5 and printing equipment 7 with load module 11, database 12, data transmit-receive module 13, IC-card induction module 14, timing module 15, power module 16, print module 17, data computation module 18, data source and sink 3, IC-card induction installation 4, input with CPU 10, demonstration respectively with external power interface 21.When external power interface 21 is connected with external power supply; By external power supply power supply is provided, when external power interface 21 can't connect external power supply, power supply is provided by electrical storage device 2; In order to keep drawing clean and tidy, omit all electrical connections in the accompanying drawing.
Above-described demonstration is connected with CPU 10 respectively with load module 11, database 12, data transmit-receive module 13, IC-card induction module 14, timing module 15, power module 16, print module 17 and data computation module 18.Data source and sink 3 is connected with data transmit-receive module 13; IC-card induction installation 4 is connected with IC-card induction module 14; Input is connected with load module 11 with demonstration with display device 5; Print module 17 is connected with printing equipment 7.
Data source and sink 3 can adopt the data source and sink of technology such as GPRS, WIFI or CDMA.
During actual the use, concrete steps are following:
1, connect external power supply through external power interface 21, electrical storage device 2 is through power module 16 beginnings charging automatically.When external power interface 21 can't be received external power supply, by electrical storage device 2 directly supply power (can with reference to existing known technology).
2, generation drive the driver with IC-card 100 near IC-card induction installation 4, IC-card induction installation 4 reads the information in the IC-card 100, and through IC-card induction module 14 information in the IC-card 100 is sent in the CPU 10; CPU 10 receives the information in the IC-card 100, and CPU 10 arrives the information stores in the IC-card that receives 100 in the database 12; Simultaneously, CPU 10 is presented at the information in the IC-card that receives 100 on input and the display device 5 through input and display module 11.
3, in generation, drive after the driver sees the information that shows on input and the display device 5, and just input generation is driven the information of beginning on input and display device 5, and the information that generation is driven beginning is sent on the CPU 10 through input and display module 11.
4, CPU 10 receives for the information of driving beginning, and CPU 10 begins to read the temporal information in the timing module 15, and temporal information is saved in the database 12.
5, arriving generation drives the destination, generation drive the driver with IC-card 100 near IC-card induction installation 4, IC-card induction installation 4 reads the information in the IC-card 100, and through IC-card induction module 14, the information in the IC-card 100 is sent in the CPU 10; After CPU 10 received the information in the IC-card 100, CPU 10 was according to the information that is kept at the IC-card 100 in the database 12 in the information in the C card 100 (information of the IC-card 100 that reads for swiping the card in the step 5) read step 2 and 3 (packets of information that is kept at the interior IC-card 100 of database 12 in the step 2 and 3 contain for the temporal information of driving beginning etc.); CPU 10 is presented at the information in the IC-card that receives 100 on input and the display device 5 through input and display module 11.
If in the above-mentioned steps 5, in generation, drive driver's mistake other IC-card swiped the card, and then carries out following steps:
After CPU 10 received the information in the IC-card, CPU 10 was kept at the information (packets of information that is kept at the interior IC-card 100 of database 12 in the step 2 and 3 contain for the temporal information of driving beginning etc.) of the IC-card 100 in the database 12 in can't read step 2 and 3 according to the information in the C card (information of the IC-card that reads for swiping the card in the step 5); CPU 10 just will be sent the information of an IC-card mistake, and the information of IC-card mistake is presented on input and the display device 5 through input and display module 11.
6, after the information in the IC-card 100 is presented on input and the display device 5 through input and display module 11; In generation, drives the driver and just on input and display device 5, imports for the information of driving end; The information that generation is driven end is sent on the CPU 10 through input and display module 11; CPU 10 receives for after driving the information of end; CPU 10 just begins to read the temporal information in the timing module 15, and drives the temporal information of end to the temporal information in the timing module 15 that reads this moment as generation; At this moment, in the generation of the utility model, driven the handheld POS device with the work of carrying out following two aspects simultaneously:
On the one hand:
To deduct generation for the time of driving end and drive time of beginning, have hourage and the number of minutes like the mistiming; Then remove the number of minutes, and hourage is risen one automatically as chargeable time poor (for example 2 hours 15 minutes mistiming, then the chargeable time difference is 3 hours); Then the chargeable time difference multiply by unit price (be expense hourly, this unit price is set up in advance) in CPU 10, calculate generation and drive expense; Simultaneously, CPU 10 is presented at the amount of money that the client who receives should pay on input and the display device 5 through input and display module 11.
On the other hand:
7, after generation drives the amount of money and the relevant information in the IC-card 100 (including the information such as the existing amount of money in the IC-card 100) that the driver sees that the client that shows on input and the display device 5 should pay; The information that just input begins to settle accounts on input and display device 5; The information that begins to settle accounts is sent on the CPU 10 through input and display module 11; The amount of money that relevant information in the IC-card 100 in the CPU 10 beginning reading databases 12 and client should pay; And deduct the amount of money that the client should pay in the relevant information in IC-card 100, and be kept at the relevant information of the IC-card 100 after the clearing in the database 12 and (cover the relevant information in original IC-card 100 comprehensively); Simultaneously, the relevant information with IC-card 100 is presented on input and the display device 5 through input and display module 11.
8, in generation, drive after the driver sees the relevant information of the IC-card 100 that shows on input and the display device 5; The information that just the input payment is accomplished on input and display device 5; The information that payment is accomplished is sent on the CPU 10 through input and display module 11; After CPU 10 received the information that payment accomplishes, CPU 10 was with regard to the relevant information of IC-card 100 in the reading of data storehouse 12, and carried out following two work simultaneously:
Work one is: CPU 10 sends to the relevant information of IC-card 100 in the print module 17, and print module 17 control printing equipments 7 are printed the relevant information of IC-card 100.
Work two is: CPU 10 with the relevant information of IC-card 100 through data transmit-receive module 13 in data source and sink 3 sends to administrative center 200; After administrative center 200 receives the relevant information of IC-card 100, just the relevant information of IC-card 100 is stored.
Above-described IC-card is held by the automobilist, drives at first in generation, gives generation by the automobilist and drives the driver and swipe the card, and when generation is driven end, gives generation by the automobilist and drives the driver and swipe the card once more.
9, supplement with money:
9.1, the automobilist gives generation with IC-card and drives driver (the perhaps keeper of POS machine); The generation drive the driver with IC-card 100 near IC-card induction installation 4; IC-card induction installation 4 reads the information in the IC-card 100, and through IC-card induction module 14 information in the IC-card 100 is sent in the CPU 10; CPU 10 receives the information in the IC-card 100, and CPU 10 arrives the information stores in the IC-card that receives 100 in the database 12; Simultaneously, CPU 10 is presented at the information in the IC-card that receives 100 on input and the display device 5 (process is fully with step 2) through input and display module 11.
9.2, generation drives after the driver sees the information that shows on input and the display device 5, the information that just input is supplemented with money on input and display device 5, the information of supplementing with money is sent on the CPU 10 through input and display module 11.
9.3, after CPU 10 receives the information of supplementing with money; CPU 10 is with regard to the information in the IC-card 100 in the reading of data storehouse 12; And with the information in the IC-card 100 through data transmit-receive module 13 in data source and sink 3 sends to administrative center 200; After administrative center 200 receives the information in the IC-card 100, transfer relevant information about IC-card 100 information such as (in the IC-card) the existing amount of money, and the relevant information of IC-card 100 is fed back to data source and sink 3; Data source and sink 3 receives the relevant information of IC-card 100; Relevant information with IC-card 100 is sent in the CPU 10 through data transmit-receive module 13 again, after CPU 10 receives the relevant information of IC-card 100, the relevant information of IC-card 100 is stored in the database 12; Simultaneously, CPU 10 is presented at the relevant information in the IC-card that receives 100 on input and the display device 5 through input and display module 11.
9.4, after generation drives the information that the driver sees that input and display device 5 show; Through importing the amount of currency information that to supplement with money with display device 5 inputs; The amount of currency information that need supplement with money is sent in the CPU 10 through showing with load module 11; After CPU 10 receives the amount of currency information that need supplement with money; The relevant information of the IC-card 100 in the reading database 12; And in the relevant information of IC-card 100, be added to the amount of money in the amount of currency information that to supplement with money; Behind the amount of money in being added to the amount of currency information that need supplement with money, CPU 10 sends to the relevant information of new IC-card 100 in the database 12 relevant information of original IC-card 100 (will cover) storage, and the relevant information that CPU 10 will new IC-card 100 through input and display module 11 be presented at import and display device 5 on.
9.5, generation drives after the driver sees the relevant information of the new IC-card 100 that input and display device 5 show; Just on input and display device 5, import the information of supplementing completion with money; The information of supplementing completion with money is sent on the CPU 10 through input and display module 11; After CPU 10 received the information of supplementing completion with money, CPU 10 was with regard to the relevant information of IC-card new in the reading of data storehouse 12 100, and carried out following two work simultaneously:
Work one is: CPU 10 sends to the relevant information of new IC-card 100 in the print module 17, and print module 17 control printing equipments 7 are printed the relevant information of IC-card 100.
Work two is: CPU 10 with the relevant information of new IC-card 100 through data transmit-receive module 13 in data source and sink 3 sends to administrative center 200; After administrative center 200 receives the relevant information of new IC-card 100, just the relevant information of new IC-card 100 is stored.
Simultaneously, CPU 10 with the relevant information of IC-card 100 through data transmit-receive module 13 in data source and sink 3 sends to administrative center 200, after administrative center 200 receives the relevant information of IC-card 100, just with the relevant information storage of IC-card 100.
10, can't use external power supply if generation is driven the residing environment of driver, then use electrical storage device 2 power supplies, till the power supply of electrical storage device 2 stored exhausts.
At last, it is also to be noted that what more than enumerate only is a specific embodiment of the utility model.Obviously, the utility model is not limited to above embodiment, and many distortion can also be arranged.All distortion that those of ordinary skill in the art can directly derive or associate from the disclosed content of the utility model all should be thought the protection domain of the utility model.
Claims (2)
1. in hand-held generation, driven the POS machine, it is characterized in that: comprise for driving handheld POS machine system component (1) and electrical storage device (2);
In said generation, drives handheld POS machine system component (1) and comprises CPU (10), and described CPU (10) is connected with data source and sink (3), IC-card induction installation (4), input and display device (5), electrical storage device (2) and printing equipment (7) respectively;
Said CPU (10), data source and sink (3), IC-card induction installation (4), input are electrically connected with electrical storage device (2) respectively with display device (5) and printing equipment (7).
2. hand-held generation according to claim 1 is driven the POS machine, it is characterized in that: in said hand-held generation, drives the POS machine and also comprises external power interface (21);
Said CPU (10), data source and sink (3), IC-card induction installation (4), input are connected with external power interface (21) respectively with printing equipment (7) with display device (5).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 201220032653 CN202632435U (en) | 2012-02-02 | 2012-02-02 | Handheld designated driver POS machine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 201220032653 CN202632435U (en) | 2012-02-02 | 2012-02-02 | Handheld designated driver POS machine |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN202632435U true CN202632435U (en) | 2012-12-26 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN 201220032653 Expired - Fee Related CN202632435U (en) | 2012-02-02 | 2012-02-02 | Handheld designated driver POS machine |
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| Country | Link |
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| CN (1) | CN202632435U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105551113A (en) * | 2015-12-10 | 2016-05-04 | 河海大学常州校区 | Designated driving system for designated driving without accompanion by vehicle owner and application method thereof |
| CN106056682A (en) * | 2016-07-12 | 2016-10-26 | 北京展智工程技术有限公司 | Mobile charging machine |
-
2012
- 2012-02-02 CN CN 201220032653 patent/CN202632435U/en not_active Expired - Fee Related
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105551113A (en) * | 2015-12-10 | 2016-05-04 | 河海大学常州校区 | Designated driving system for designated driving without accompanion by vehicle owner and application method thereof |
| CN105551113B (en) * | 2015-12-10 | 2018-06-12 | 河海大学常州校区 | It is a kind of that system and its application method are driven based on the generation that nobody follows |
| CN106056682A (en) * | 2016-07-12 | 2016-10-26 | 北京展智工程技术有限公司 | Mobile charging machine |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20121226 Termination date: 20150202 |
|
| EXPY | Termination of patent right or utility model |