CN2532534Y - Desk type multi-function universal electronic business process machine - Google Patents
Desk type multi-function universal electronic business process machine Download PDFInfo
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- CN2532534Y CN2532534Y CN 02202871 CN02202871U CN2532534Y CN 2532534 Y CN2532534 Y CN 2532534Y CN 02202871 CN02202871 CN 02202871 CN 02202871 U CN02202871 U CN 02202871U CN 2532534 Y CN2532534 Y CN 2532534Y
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Abstract
Disclosed is a multi-purpose electronic commerce machine which comprises an embedded computer, a common telephone, a telephone answering device, an intelligent card reader-writer and a display device. The telephone answering device is connected with a modem through a telephone interface and is connected with a processor through an address bus. The intelligent card reader-writer is connected with the processor through a RS232 interface. The embedded computer of the utility model includes a 56 kb modem and a 10M Ethernet controller. The device can be used for browsing webs, receiving and sending emails, making common calls and IP calls. The long distance telephone charge is greatly reduced by the IP technology and multimedia communication is realized. Material basis is provided for the realization of the electronic commerce by the intelligent card technology. The online transaction, online shopping and agiotage are realized by the intelligent card.
Description
Technical field:
The utility model relates to a kind of computer, relates in particular to a kind of multifunctional electric commerce machine.
Background technology:
American's Bell invented in 1876 phone, first the electric current of speech conversion for changing, and be sent to wire in the telephone set in another room and be converted to again voice, thereby realized telephone communication. The invention of telephone set makes the mankind obtain the means of remote communication, is the bridge of having erected friendship and emotional affection between the friend of two numerous mountains and rivers of being separated by and the relatives, thereby provides great convenience for people's live and work. But growing and Internet and Intranet quick growth in the world along with electronic information technology, people are not content with traditional telegram and speech business already to the requirement of communication, hope is carried out other operations at phone, transmits, receives and dispatches E-mail etc. such as online shopping, file. In recent years, the maturation of audio compression techniques, real-time Data Transmission technology and network technology was so that realized on the IP network that multimedia communication became possibility. Smart card techniques and enciphering and deciphering algorithm is ripe gradually in addition, has guaranteed the safe transmission of information. These technology provide technical conditions and assurance for the demand that satisfies people. At present, each company is all at the numerous and confused intelligent network telephone of releasing the desk type multi-function universal electronic business process machine of oneself. These products are based on a kind of network equipment, namely are connected to telephone line by the 56k modem, thereby link to each other with intelnet. Along with the foundation in internet development and broadband, broadband network will progress into huge numbers of families. But in these products, there is not intelligent card read/write device. When the client carries out online transaction in businessman, the security of client and businessman is threatened.
Summary of the invention:
The purpose of this utility model is for above problem, and a kind of safe information platform is provided, with common phone, IP phone, smart card and combined with embedded computer multifunctional universal ecommerce machine together.
The purpose of this utility model is achieved in that it comprises the display that is connected with processor, the Keyboard Control device, serial data interface, infrared interface, modem, touch-screen, the Ethernet controller, telephony interface, guiding memory, electronic hard disc, flash memory, synchronous memories, the RS232 interface is characterized in that also comprising the equipment of replying, intelligent card read/write device, the equipment of replying is connected with modem by telephony interface, and the equipment of replying is connected with processor by address bus, and intelligent card read/write device is connected with processor by the RS232 interface, the equipment of replying is that numeral is replied equipment, intelligent card read/write device has two read-write interfaces, and one is SAM card interface and be connected, and one is that intelligent card interface connects smart card.
The utility model is by the multifunctional universal ecommerce machine of above structure specialized designs, not only system architecture is compact, has saved traditional hard disk and CDROM, finishes program and data storage with flash memory and electronic hard disc, thereby reduced frame for movement, improve the reliability that reads; Infrared data communication interface (IrDA) can be realized carrying out the data communication of wireless mode with equipment such as other PC; External serial data USB interface can be expanded the connection function of this equipment; Telephone answering is set, can realizes caller identification, preserve and deletion conversation record, F.F. and rewinding message, information is careful in record and playback; Not only utilize the IP technology greatly to save long distance telephone fee and realize multimedia communication, and smart card techniques is for realizing that ecommerce provides material base, can online transaction. For example shopping is browsed commodity by desk type multi-function universal electronic business process machine, selects own commodity of being satisfied with, and by intelligent card read/write device and businessman's realization electronic transaction, automatically consumes or passes through bank paying from blocking; Bank of family, the depositor can check the own amount of money of saving by desk type multi-function universal electronic business process machine at home in bank; The horse race in Hong Kong, lottery industry person need not arrive on-the-spot the participation, can finish all transaction by desk type multi-function universal electronic business process machine; The on-line purchase train ticket is linked desk type multi-function universal electronic business process machine on the server of Train Booking System, buys ticket and ticket information is deposited in the smart card, when entering the station, has just finished ticket checking as long as gently streak on the intelligent card read/write device of porch.
Description of drawings:
Fig. 1 is that circuit of the present utility model consists of block diagram.
Fig. 2 is the utility model modulation /demodulation and replys control partial circuit principle figure.
Fig. 3 is the utility model intelligent card read/write device partial circuit principle figure.
Fig. 4 is that the utility model is replied one of partial circuit principle figure.
Fig. 5 be the utility model reply partial circuit principle figure two.
Concrete enforcement mode:
The utility model is described in more detail below in conjunction with accompanying drawing.
As shown in Figure 1, the utility model desk type multi-function universal electronic business process machine is built-in 10M Ethernet controller and 56K modem. The user is connected to three kinds of methods on the internet: (1) Ethernet controller is linked on the broadband network by network interface card interface (RJ45); (2) if there is not the broadband network interface, then can be connected on the internet by built-in 56k modem; (3) utilize external ADSL Modem to be connected to internet. In order to protect client's security, this desk type multi-function universal electronic business process machine is built-in intelligent card read/write device. Smart card (Smart card) claims again " integrated circuit card ", i.e. IC-card (integrated card). It is a kind of portable, anti-tamper microcomputer, with the programmable data memory. Its shape is the same with credit card with size, comprises 16KB or more information, also can carry out suitable data programing. The central processing unit of smart card is a typical 8-bit microprocessor, and it has the calculating ability of early stage IBM PC. Make computer and smart card communications, card must be put into the intelligent card read/write device that links to each other with computer. Smart card has very high security, and it is to be based upon on the basis of encryption technology. Key and digital signature are kept on the interior file of card, encrypt algorithm software in card and move. When smart card is extraneous communication, carry out two-way authentication, guarantee the legitimacy of card and equipment. When smart card is connected with far-end server by network, at first will be by the authentication of far-end server, smart card also will be verified the legitimacy of far-end server simultaneously. Then just can carry out legal communication process. The data adds ciphertext data by the interim key that a front data flow and main key produce in the communication process, and uses digital signature, to prevent the illegal modifications data and to be confirmed to be the data (digital signature has uniqueness) that this user is sent.
The embedded type CPU StrongARM SA1110 of processor adopting Intel Company consists of, and SA1110 is the powerful microprocessor that INTEL Corp. specially releases for Embedded Application. The SA1110 processor is the microprocessor of a high-performance, low-power consumption, and processor speed can be configured to 133-206MHZ. The system storage device is configured to 32M synchronous memories DRAM, 32M flash memory FLASH. Digital telephone is replied the TP3054 codec chip that equipment (TAD) is based on DSP Group 6417c TAD chip and National Semiconductor, receiver directly links to each other with the TAD codec chip, and the TP3054 codec links to each other with PSTN by telephone line interface circuit. Adopt the CH1837C DAA of Cermetek company. The external voice suggestion ROM of DSP Group 6127C and message storage FLASH. V.90 the modem of standard and touch-screen, Philip advanced modulation demodulation speech simulation front end UCB1300 be front end interface circuit. It is directly linked on the telephone line by DAA. Touch-screen is inputted as data, links UCB1300. The Ethernet controller adopts the ISA/PCMCIA monolithic full duplex Ethernet controller LAN91C96 of Standard Microsystems. Serial EEPROM storage networking configuration information. Keyboard is by SPI (SPI) control FKB1406 keyboard. The Keyboard Control device uses the UR5HCSPI-106-FB of USAR company. The TFDS6000D of infrared interface TEMIC semiconductor company for two rapidly become popular outer digital analog transceiver (115kb/s and 4Mb/s), link to each other with SA1110 serial ports 2. Transceiver receives from the data signal of SA1110 and is converted to infrared pulse signal, or receives infrared pulse signal and be converted to data signal.
IC-card (claiming again smart card) has the advantages such as memory space is large, good, the anti-interference ability of data confidentiality is strong, storage is reliable, card-reading apparatus is simple, service speed is fast, the off line ability to work is strong, the optimum carrier that makes it to become the sign identity and deposit security information has more extensive, deep application prospect than credit card; And the various authentications from shopping at network to following information-intensive society, needed just such information carrier---IC-card is as instrument of the carrier of the payment front end of online transaction, user's certificate and signature, encryption etc., play a part very importantly, the application tool of safe and convenient is provided for shopping at network. Referring to Fig. 3, IC-card read write line UB2, UB1 connect CPU, and CPU IC card reader adopts the TDA8007 conduct of PHILIPS Co. and the interface chip of SA1110. TDA8007 has two read-write interfaces, a position SAM card interface, another IC-card interface.
The intelligent card interface circuit adopts the TDA8007 of PHILIPS Co.. TDA8007 is by two interfaces, a secure access module (SAM card) interface, and another is intelligent card interface. TDA8007 is operated under the non-multiplex mode (being address and data separating), and the read signal (OE#) of embedded processing device SA1110, write signal (WE#), sheet select signal (CS4#), read-write direction control signal (RD/WR#) to form the read-write sequence of TDA8007 by combinational logic. A0-A3 is address signal, and D0-D7 is 8 bit data signals.
Referring to Fig. 2, the utility model modem adopt Philip advanced modulation demodulation speech simulation front end UCB1300 be front end interface circuit, link to each other with SA1110 by serial bus interface, the serial line interface signal comprises SFRM_C, SCLK_C, TXD_C, RXD_C, and GPI023_UCB_IRQ is the middle break signal that UCB1300 sends to SA1110. UCB1300 is integrated in 56kmodem and audio frequency mould/number conversion in the chip piece. Modem is directly connected on the telephone wire by DAA. The sound coder of UCB1300, it is the simulation front end of IP voice bag, is about to the analog signal conversion data signal of sound pick-up, again by SA1110 with the voice data compression, packing is processed, and the IP bag is sent by modem or ether network; SA1110 unties the IP packet of modem or the reception of ether network and decompresses simultaneously, exports the voice signal through the sound encoding and decoding of UCB1300 again.
Shown in Fig. 4,5, the digital speech of telephone answering employing DSP GROUP company/signal processing chip D6571. D6571 controls its read-write by SA1110, and CS2# is that the sheet of D6571 selects signal, writes order word and the state of reading D6571 by 8 position datawires to D6571. ROM 7512 and FLASH K9F4008 deposit respectively information of voice prompt and message information. D6571 is by control line TAD_FLASH_CLE, TAD_FLASH_ALE, TAD_FLASH_WR#, TAD_FLASH_RD#, TAD_FLASH_CEO# control FLASH K9F4008, by TAD_FLASH_CE2#, TAD_FLASH_RD# control ROM 7512. D6571 receives on the telephone wire by TP3054 and CPC5604, and simultaneously D6571 receives MIC and spkeaker by TP3054, through MIC with voice recording in FLASH, through SPEAKER with the message playback among the flash.
Other discrete devices of LCB110 and LDA110 form the indication of dislodging machine and quiet indication notice SA1110 deals with.
The handset plug receiver of answering the call among the figure, telephone line plug answers the call on the line.
As shown in Figure 1, the utility model embedded OS (Embedded Operating System, EOS) is selected the Windows CE product of Microsoft company. The kernel of Windows CE is smaller, is the OS of 32 multithreadings, has the open architecture that can be used by various device, and has retractility, can support the trend of following embedded, the mobile or media product. The advantage of Windows CE is to have very strong portability, can independently select CPU, and non-power management capabilities by force is provided. In addition, Windows CE also has built-in standard traffic ability, can realize accessing Internet and receives and dispatches E-mail or browse the function of WWW. What is particularly worth mentioning is that it has the similar user interface with Windows, the user uses not only convenient but also simple.
Below be each interface and the functional description of SA1110.
Title | Type | Functional description | |
SA1110 interface---register access and sdram interface | |||
A[0:25] |
| 26 system's address bus. A[24:0] as output, be used for the DMA access of SDRAM. A[12:2] be used for CPU to the access of SA1110 register and sram cache device. When access PCMCIA, all 26 are all used. | |
D[31:0] |
I/ | 32 internal storage data buses | |
NOE | O | Output enable is used for read access. | |
New | O | Write and enable, be used for writing access. And nCAS/DQM[3:0] dispose together and control and write byte | |
NCAS/DQM[3:0] | O | The SDRAM byte is selected signal | |
NSDCS0 | O | SDRAM chip selection signal to a physics unit | |
NSDRAS | O | The SDRAM row address is selected signal | |
NSDCAS | O | The SDRAM column address is selected signal | |
SDCLK | O | The clock of SDRAM | |
SA1110 interface---BootRom interface | |||
A[2:17] | O | Address bus, because BootRom is 32 bit data bus, location, old place A[1:0] need not | |
D[31:0] |
I/ | 32 bit data bus | |
NCS0 | O | Sheet selects signal | |
NOE | Output enable is used for read access | ||
New | Write and enable, be used for writing access, upgrade the start-up code among the BootRom | ||
SA1110 interface---Flash/DISKONCHIP interface | |||
A[0:24] | O | Address bus is because Flash is 32 bit data bus, so the address wire of Fla sh is without A[1:0]. The address wire position A[12:0 of DISKONCHIP] | |
D[31:0] | I/O | The data bus, DISKONCHIP only uses least-significant byte data bus. | |
NCS1 | O | Sheet selects signal, and Flash and DISKONCHIP select signal with same, Flash and DISKONCHIP can only alternative as the medium of storage system and data. | |
NOE | O | Output enable is used for read access. | |
New | O | Write and enable, be used for writing access. | |
SA1110 interface---56Kmodem (UCB1300) interface | |||
SFRM_C | O | The CODEC frame signal | |
SCLK_C | O | The CODEC clock | |
TXD_C | O | CODEC sends | |
RXD_C | I | CODEC receives | |
GPIO23_UCB_IRQ | I | Middle break signal | |
SA1110 interface---telephone answering circuit (D6571) interface | |||
D[7:0] | I/O | SA1110 is to the port of D6571 read-write state/order |
nCS2 | O | Sheet selects signal |
NOE | O | Output enable is used for read access. |
NEW | O | Write and enable, be used for writing access. |
A00 | O | High/low byte is selected signal |
GPIO26_TAD_ACK# | I | Answer signal, D6571 indicates its state to SA1110. |
SA1110 interface---Ethernet controller (LAN91C96) interface | ||
PA[02:12] | O | The PCMCIA address |
PD[31:0] | I/O | The PCMCIA data |
NPCE[1:2] | O | The PCMCIA byte enables signal (2=high byte, 1=low byte) |
NPREG | O | PCMCIA selects the attributes store space |
NPWE | O | PCMCIA writes and enables |
NPOE | O | The PCMCIA output enable |
NPIOR | O | PCMCIA IO reads |
NPIOR | O | PCMCIA IO writes |
NPWIT | I | PCMCIA waits for |
NPIOIS16 | I | PCMCIA IO16 signal |
GPIO22_NET_IRQ# | I | PCMCIA is ready to/hurries. |
SA1110 interface---intelligent card interface chip (TDA8007) interface | ||
A[0:3] | 0 | Address wire is for the register of selecting TDA8007 |
D[0:7] | O | The data bus, TDA8007 only uses least-significant byte data bus |
NCS4 | O | Sheet selects signal, controls the signal that enables of TDA8007D |
RD/nWR | O | Read-write control signal, read the high level position, and low level bit is write |
NWE,nOE | O | NWE, nOE and nCS4 combination produce read-write |
SA1110 interface---keyboard interface controller (UR5HCSPI-06-FB) interface | ||
GPIO12_SSP_SCLK | O | The keyboard clock |
GPIO10_SSP_TXD | O | The keyboard transmitted signal |
GPIO11_SSP_RXD | I | Keyboard receives signal |
GPIO13_SSP_SFRM | O | The keyboard frame signal |
SA1110 interface---LCD imitation screen interface chip (ADV7171) interface | ||
L_DD[0:7] | O | LCD data least-significant byte |
GPIO[2:9] | O | LCD data most-significant byte |
GPIO20_SCL | O | MPU interface serial clock |
GPIO21_SDA | I/O | MPU interface serial data |
L_LCLK | O | The LCD row clock |
L_FCLK | O | LCD frame clock |
L_PLCK | O | The LCD pixel clock |
L_BIAS | O | LCD exchanges bias voltage and drives |
Infrared serial line interface | ||
IRDA_TXD | O | Infrared transmission |
IRDA_RXD | I | Infrared reception |
GPIO27_IRDA_SEL | O | Infrared frequency is selected |
USB interface | ||
USB_UDC- | O | The output of serial data difference |
USB_UDC+ | O | The output of serial data difference |
The RS232 serial line interface | ||
RS_RXD | I | Serial received |
RS_TXD | O | Serial sends |
RS_DTR | O | The data terminal is ready to |
RS_RTS | O | Request sends |
RS_DCD | I | Carrier detect |
RS_CTS | I | The clear transmission |
RS_DSR | I | Data equipment is ready to |
Claims (5)
1, a kind of multifunctional universal ecommerce machine, it comprises the display that is connected with processor, the Keyboard Control device, serial data interface, infrared interface, modem, touch-screen, Ethernet controller, telephony interface, the guiding memory, electronic hard disc, flash memory, synchronous memories, the RS232 interface is characterized in that: also comprise the equipment of replying, intelligent card read/write device; The equipment of wherein replying is connected with modem by telephony interface, and the equipment of replying is connected with processor by address bus, and intelligent card read/write device is connected with processor by the RS232 interface.
2, according to claim 1 multifunctional universal ecommerce machine is characterized in that the described equipment of replying is that numeral is replied equipment.
3, according to claim 1 multifunctional universal ecommerce machine is characterized in that described intelligent card read/write device has two read-write interfaces, and one is and the interface that is connected the SAM card, and one is the intelligent card interface that connects smart card.
4, according to claim 1 multifunctional universal ecommerce machine, it is characterized in that modem be external.
5, multifunctional universal ecommerce machine according to claim 1, it is characterized in that modem be built-in.
Priority Applications (1)
Application Number | Priority Date | Filing Date | Title |
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CN 02202871 CN2532534Y (en) | 2002-01-31 | 2002-01-31 | Desk type multi-function universal electronic business process machine |
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Application Number | Priority Date | Filing Date | Title |
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CN 02202871 CN2532534Y (en) | 2002-01-31 | 2002-01-31 | Desk type multi-function universal electronic business process machine |
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CN2532534Y true CN2532534Y (en) | 2003-01-22 |
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CN 02202871 Expired - Fee Related CN2532534Y (en) | 2002-01-31 | 2002-01-31 | Desk type multi-function universal electronic business process machine |
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Cited By (1)
Publication number | Priority date | Publication date | Assignee | Title |
---|---|---|---|---|
CN107480090A (en) * | 2017-08-01 | 2017-12-15 | 晶晨半导体(上海)股份有限公司 | A kind of circuit and method that GPIO functions are realized in Serial Peripheral Interface (SPI) equipment |
-
2002
- 2002-01-31 CN CN 02202871 patent/CN2532534Y/en not_active Expired - Fee Related
Cited By (2)
Publication number | Priority date | Publication date | Assignee | Title |
---|---|---|---|---|
CN107480090A (en) * | 2017-08-01 | 2017-12-15 | 晶晨半导体(上海)股份有限公司 | A kind of circuit and method that GPIO functions are realized in Serial Peripheral Interface (SPI) equipment |
CN107480090B (en) * | 2017-08-01 | 2020-08-04 | 晶晨半导体(上海)股份有限公司 | Circuit and method for realizing GPIO function on serial peripheral interface device |
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C14 | Grant of patent or utility model | ||
GR01 | Patent grant | ||
C19 | Lapse of patent right due to non-payment of the annual fee | ||
CF01 | Termination of patent right due to non-payment of annual fee |