The application of Huiyi Nengda handheld in public transportation system
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Handheld machine in public transportation system application plan 1
Application object: For public buses and minibuses that are not equipped with on-board devices, require manual ticket sales, segmented fares, and regardless of entry and exit doors
Configuration: Each car is equipped with 1-3 handhelds according to the number of conductors
Operation mode: According to the passenger’s verbal request, the ticket seller operates the handheld machine to input the ticket price, and each passenger only swipes the card once, and the corresponding amount is directly deducted from the IC card at one time
Features: The traditional model is easy for passengers to accept, simple and easy to use. The main purpose is to solve the problem that some public transportation vehicles, especially segmented toll lines, cannot use IC cards, and can be used by multiple people with one card
Insufficiency: the original ticket evasion and shortage of tickets still cannot be resolved
Handheld machine in the bus system application plan 2
Application object: For public buses and minibuses that are not equipped with on-board devices, require manual ticket sales, segmented fares, and regardless of entry and exit doors
Configuration: Each car is equipped with 1-3 handhelds according to the number of conductors
Mode of operation:
-At each station, the conductor sets the station name on the handheld in advance
-Passengers boarding the car, swipe the card with the card at the door, swiping the card for the first time
-Passengers who got off the bus also swiped their cards with their cards at the door, and swiped their cards for the second time
Two deduction methods:
-The first type: when getting on the bus, only the station name is recorded on the card, no deduction is made, and the corresponding amount will be deducted once again when getting off the bus and swiping the card
– The second type: When boarding the train, the fare between the station and the terminal is deducted from the card, and when getting off the train, the fare between the station and the terminal is returned to the card
Features: It solves the problem that IC cards cannot be used on segmented toll lines. For passengers who use IC cards to board the bus, technically solves the problem of fare evasion and fewer fares
Disadvantages: Passengers go up and down at the same door and at the same time. It is easy to miss the swipe card. The conductor has to swipe the card, count people and check the ticket. When there are many people getting on and off, it is easy to make mistakes in work.Based on this, considering that the minibus has a small number of passengers, it may be more suitable to adopt this plan
Handheld machine in the public transportation system application program 3
Application object: For public buses that are not equipped with on-board devices, require manual ticket sales, segmented toll fees, and separate gates to get on and off the bus
Configuration: Each car is equipped with 2-3 handsets according to the number of conductors
Mode of operation:
-At each station, the conductor A at the door of the bus sets the name of the station on the handheld in advance
– When passengers get on the bus, swipe the card with the card at the boarding door, the first time the card is swiped
– At each station, the conductor B at the exit door sets the station name on the handheld in advance
-When passengers get off the bus, swipe the card with the card at the door, and swipe the card for the second time
Two deduction methods:
-The first type: when getting on the bus, only the station name is recorded on the card, no deduction is made, and the corresponding amount will be deducted once again when getting off the bus and swiping the card
– The second type: When boarding the train, the fare between the station and the terminal is deducted from the card, and when getting off the train, the fare between the station and the terminal is returned to the card
Features: It solves the problem that IC cards cannot be used on segmented toll lines, and technically solves the problem of fare evasion and fewer fares for passengers who use IC cards to board the train.Compared with Option 2, it is easier to operate, and the work pressure of the conductor is relatively less.
Disadvantages: Passengers have to get on and off the bus according to the regulations, which is somewhat inconvenient; at least two conductors are required, which increases labor costs
The application of the handheld in the “one ticket system” mode
Swipe the card on some public buses that do not have the conditions to install on-board devices;
Swipe the card on the bus on the temporary bus line;
Use on temporarily increased or deployed public transport vehicles;
It is used in other occasions where it is not necessary to install an on-board device.
Complementary application of handheld device to vehicle-mounted device
For buses that have installed the on-board IC card toll collection machine, the handheld can be used as a supplement to the on-board machine in the following situations:
1. During holidays or rush hours, add a handheld device to swipe the card at the door to reduce passenger queuing and vehicle waiting time, which not only relieves the congestion of bus stations and even urban roads, but also improves vehicle operation efficiency and increases Social benefits;
2. In occasions where one card cannot be used by multiple people, the handset can be used to meet the requirements of these passengers;
3. As a backup machine, it will work instead of the vehicle-mounted machine when the vehicle-mounted machine fails to work normally.
Other applications of handhelds in public transportation systems
Data acquisition/transmission
Check the balance on the card
Small recharge
For the application of public transportation system, the characteristics of the handheld IC card toll machine should have
High safety and reliability
Data storage capacity must be large enough
Able to work continuously
Easy to carry and operate
The Application of Wireless Communication Technology on Handsets of Public Transport System
The existing data collection, transmission methods and blacklist downloading cannot solve the real-time problem;
GPRS technology has matured and its application is becoming more and more popular;
The combination of GPRS technology and IC card handset has come to the end and the time is right;
Handsets that support GPRS applications will better solve the problem of real-time data transmission in the bus system;
Our company’s handsets based on GPRS applications have been launched.
Related Products:
Smart Eye (SMART EYE) Series-Smart Eye EH-0218 Handheld IC Card Mobile Terminal
Overview of Smarteye EH-0218 Handheld
Smarteye EH0218 handheld is the first-generation product launched by Infinova based on the principle of high starting point and high investment, based on the advantages of others. It has the characteristics of super computing power, large capacity, low power consumption, and rich software and hardware interfaces. Humanized design, simple style, stylish appearance, easy to operate, it provides a rich software interface, hardware resources and convenient and practical application development platform, suitable for you to easily and quickly construct and expand the need for on-site data processing of IC cards Application system.
Overview of Smarteye EH-0318 Handheld
Smarteye EH0318 handheld is an improved and enhanced version based on the EH0218 handheld. In addition to inheriting all the advantages of the 0218 handheld, the 0318 also incorporates fingerprint recognition technology, with on-site fingerprint collection, storage and comparison functions. At the same time, 0318 reserves a larger physical space for other extended applications, such as wireless communication modules, GSM/GPRS modules, etc. Of course, the support functions that have been implemented on 0218 for various contact IC cards that comply with ISO7816 standards and common non-contact IC cards that comply with ISO 14443 -TypeA/B and ISO15693 standards can also be implemented on 0318.
Features of Smarteye Series Handhelds
Fashionable appearance-stylish, simple appearance and button design, supplemented by bright colors, are pleasing to the eye, convenient and practical, and fully embody the essence of ergonomics;
Unique application of dial technology-the introduction of dial technology fully reflects the humanized design concept of the product, and the colorful dial set design pushes this concept to the extreme. Based on the finishing touch design, the operation of the handheld Greatly simplified, a large amount of work can be achieved with one hand, allowing you to do it in one go;
32-bit super MCU—The central processing unit adopts a 32-bit super MCU suitable for mobile and embedded applications. It has high integration and powerful functions. It can quickly complete various complex encryption algorithms such as DES. It can be called a real Pentium core “;
Large-capacity memory-the standard 16M bit FLASH MEMORY data memory can store 1 million Chinese characters. If this is still not enough, we can also customize the data memory up to 32M bit for users, and 64M bit DRAM MEMORY program memory space allows you to develop and program as you like, so that everything you want will come true;
Reserve SAM card socket-when equipped with a standard IC card socket, reserve a small SAM card socket, which can be used in financial and other occasions that require security certification, and can also be used for data backup by using a large-capacity card to ensure the system And the security of the data, play a role in protecting the gods, allowing you to sit back and relax;
Intelligent power management-the rechargeable lithium battery is supplemented by intelligent power management to make the most effective use of battery energy. Under normal circumstances, the system is in a sleep mode with extremely low power consumption, and once it is turned on, it can start to work instantly State, as the so-called “quiet like a virgin, moving like a rabbit”;
Abundant communication interfaces——The system is equipped with standard RS-232 interface and IrDA infrared interface. On this basis, users can also choose to configure 433MHz, 790MHz wireless communication module or GPRS/CDMA module, etc., so that the product is even more powerful and in cooperation with Handy when communicating with the outside world;
The universal and open secondary platform-a unique 32-bit embedded operating system kernel and standard C language programming tools provide an open and friendly operating platform for the secondary development of users.
Smart Eye Series Handheld Function
Support most of the contact logic encryption cards and CPU cards that comply with the ISO7816 standard to read and write;
Support common non-contact IC cards and electronic tags that comply with ISO 14443 -TypeA/B and ISO15693 standards, such as Mifare1, Ti, Iside, EM cards, etc.;
Support 433MHz, 790MHz wireless communication module, short message or GPRS/CDMA module, etc.;
Possesses the processing functions of live fingerprint collection, storage and comparison (only EH0318);
Support the input of Chinese, English and common characters.
Expandable functions of Smarteye series handhelds
Barcode scanning input;
Modem communication (asynchronous and synchronous);
USB communication;
Print;
Voice support.
The main technical parameters
Central processing unit: 32-bit super MCU is used, and C language and C++ can be used for secondary development of the system;
Adopt a specially customized COG encapsulated liquid crystal display, which supports graphic or character mode; LCD dots: 128*64 dots, four lines of Chinese characters, eight Chinese characters per line, eight lines of English can be displayed, with EL backlight;
One line of ICO icon, showing time, power, etc.;
16-key keyboard, support unique dial button, easy to browse, keyboard with backlight;
Support Chinese input, the Chinese character library is the national secondary standard font library GB2312-80;
Communication interface: standard RS232, baud rate up to 115200BPS;
FLASH ROM is 1-4M Byte, DRAM is 2-8M Byte;
850 or 1000mAH lithium battery power supply, with special charger;
Infrared interface: standard infrared protocol support;
Working environment: temperature -20℃～50℃, humidity 5%～85%.
Application area
Transportation field: driver’s license management, violation management, transportation license management, highway tolls
Education field: examination management, diploma management, campus consumption
Public security field: second-generation ID card management, migrant population management
Public health field: health certificate management, vaccination management
Public utilities: public transportation card, three meter reading
Consumption field: restaurants, supermarkets
Logistics field: distribution
Property management: parking fees
Government departments: industry and commerce, tourism, tax inspection
Others: Where IC cards are required and offline use
SMART HEART series online IC card reader
●Used for occasions that need to be matched with computers and terminal products
●Support standard: ISO/IEC14443 TypeA/B
●Support card type:
▪ PHILIPS: MF1ICS70; MF1ICS50; MF1ICL10; MIFAREPRO, DESFARE, Ultralight
▪ SIEMES: SLE44R35; SLE66R35
▪ ATMEL: AT88RF020
▪ Shanghai Fudan University: FM1
▪ Shanghai Huahong: SHC1102, SHC1104
●SAM card operation: support SAM card operation, can read and write CPU cards conforming to T=0 and T=1 protocol
●Reading distance: >2.5CM
●Working frequency: 13.56MHz
●Communication interface: RS232, 485, PS/2
●Baud rate: 9600bps-115200bps, automatic detection
●Power supply: single power supply 5V power supply, providing circuit protection
●Maximum power consumption: 100MW
●Digital display: 8-digit display (optional)
●Working temperature: 0°C~50°C
●Working humidity: 30%~95RH
●Software interface: 32-bit dynamic link library supporting WIDows, suitable for C language development under widows98/WidowsXP/Widows2000/MS-DOS/LIUX.
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