GB/T 35070.4-2018Parking electronic toll collection—Part 4: Technical specification for key equipment testing (English PDF)

5.1 Test Conditions

5.1.1 Test site and configuration

RSU test site and configuration shall comply with the requirements in 5.1 in GB/T 20851.5-2007.

5.1.2 Test signal

RSU test signal shall comply with the requirements in 5.2 in GB/T 20851.5-2007.

5.1.3 Test status

The test RSU shall be able to receive and transmit test signals in accordance with the requirements in 5.2 in GB/T 20851.5-2007 and test demands. The test RSU shall be able to consecutively transmit carrier wave; modulate unencoded pseudorandom binary sequence (PN9) signal (whose cycle is 511 Bits) at work frequency and all zero code of FM0 coding. The test RSU shall be able to draw forth the post-demodulation received data and clock signal; provide test points.

5.2 Physical Layer

5.2.1 Carrier frequency and frequency tolerance

Carrier frequency and frequency tolerance shall be tested in accordance with the stipulations in 6.2 in GB/T 20851.5-2007. Test result shall comply with the stipulations […]

5.3.4 Transfer_Channel primitive test

Please see the test methods below:

a) Power up the test RSU; set it up to transmit BST;

b) The test equipment receives the BST; judges its correctness; returns VST;

c) The test RSU receives the VST from the test equipment; judges the correctness of the VST; registers its MAC address;

d) The test RSU transmits Transfer_Channel.request; uses IC card instruction to complete the application operation;

e) Judge whether the test RSU correctly transmits Transfer_Channel.request;

f) The test equipment receives Transfer_Channel.request transmitted by the test RSU; returns Transfer_Channel.response;

g) Monitor the test RSU's data reception; judge whether the Transfer_Channel.response file received by the test RSU has a correct structure and content;

h) Test and verify whether the security authentication is correct.

The test result shall comply with the stipulations in 5.1.2, 5.1.3 and 5.2 in GB/T 35070.2-2018.

5.4 Environment

5.4.1 High-temperature test

RSU high-temperature test shall comply with Test Bd in GB/T 2423.2: high-temperature test of heat-dissipating test sample temperature gradient. In addition,

a) Temperature: the upper limit of the temperature range stipulated in 5.2 in GB/T 35070.2-2018;

b) Duration: 2 h.

The test result shall comply with the stipulations in 5.2 in GB/T 35070.2-2018.

5.4.2 Low-temperature test

RSU low-temperature test shall comply with Test Ad in GB/T 2423.1: low-temperature test of heat-dissipating test sample temperature gradient. In addition,

a) Temperature: the lower limit of the temperature range stipulated in 5.2 in GB/T 35070.2-2018;

b) Duration: 2 h.

The test result shall comply with the stipulations in 5.2 in GB/T 35070.2-2018.

5.4.3 Impact test

RSU impact test shall comply with the stipulations in GB/T 2423.5. In addition,

a) Pulse waveform: half-sine pulse;

b) Peak acceleration: 300 m/s²;

c) Duration: 18 ms.

The test result shall comply with the stipulations in 5.2 in GB/T 35070.2-2018.

6.1 Test Conditions of IC Card Read-write Terminal

6.1.1 Test conditions

Test conditions shall comply with the requirements in 5.1 in GB/T 18239-2000.

6.1.2 Test status

The test IC card's read-write terminal shall have complete software and hardware.

Under power-on state, install test PSAM card in the IC card read-write terminal. It shall be able to complete the consumption process verification in GB/T 35070.3 with the test contactless IC card.

6.2 Environment

Conduct the test in accordance with the stipulations in 5.7 in GB/T 18239-2000. The test result shall comply with the stipulations in 6.1.1 in GB/T 35070.2-2018.

6.3 Security

Conduct the test in accordance with the stipulations in 5.4 in GB/T 18239-2000. The test result shall comply with the stipulations in 6.1.2 in GB/T 35070.2-2018.

6.4 Reliability

Conduct the test in accordance with the stipulations in 5.5 in GB/T 18239-2000. The test result shall comply with the stipulations in 6.1.3 in GB/T 35070.2-2018.

6.5 Electromagnetic Compatibility

Conduct the test in accordance with the stipulations in 5.6 in GB/T 18239-2000. The test result shall comply with the stipulations in 6.1.4 in GB/T 35070.2-2018.

6.6 Appearance and Structure

6.7.3 Communication protocol

6.7.3.1 Test equipment

Test equipment: terminal protocol test equipment.

6.7.3.2 Test methods

Please see the test methods below:

a) Use terminal protocol test equipment to gather the sequence of instructions generated by the IC card reader and writer; record parameters (opening, conflict prevention, chain processing and frame structure, etc.) of the IC card reader and writer during the protocol execution process;

b) Use terminal protocol characteristic test equipment; in the polling stage, gather the sequence of instructions generated by the IC card reader and writer; before IC card reader and writer transmits every Type A and Type B wake-up instruction, record the time that the IC card reader and writer takes to transmit the carrier wave;

c) During communication interaction, gather the sequence of instructions generated by the IC card reader and writer; record parameters (opening, conflict prevention, chain processing and frame structure, etc.) of the IC card reader and writer during the protocol execution process.

The test result shall comply with the stipulations in 6.3.1 in GB/T 35070.2-2018.

6.8 Display Module and Voice Module

6.8.1 Test equipment

Test equipment: contactless test CPU card; test PSAM card.

6.8.2 Test methods

Please see the test methods below:

a) Take Appendix A as a reference to write IC card transaction process test case;

b) Set up the compound consumption transaction amount on the test IC card's read-write terminal to be 1 RMB;

c) Use the test CPU card to swipe the card; coordinate with the test PSAM to complete the compound consumption transaction test. Conduct manual observation; record the result displayed by the IC card read-write terminal and the result shown by the indicator light. Conduct manual monitoring of the output voice and beeping prompt from the loudspeaker. […]

6.13 Program Download Interface

6.13.1 Test equipment

Test equipment: test host (preload IC card read-write terminal firmware download program and firmware program).

6.13.2 Test methods

Please see the test methods below:

a) Initialize the IC card read-write terminal; conduct manual inspection to see whether the terminal's version number is the initial version number;

b) Use wires to connect the test host and IC card read-write terminal's program download interface;

c) On the test host, operate the firmware download program; update IC card read-write terminal's firmware program;

d) Inspect the firmware program version of the IC card read-write terminal.

The replacement of the IC card read-write terminal's firmware program is successful. The update of the version number is successful.

6.14 Communication Interface

6.14.1 Test equipment

Test equipment: test host (preload data transmission and reception test program).

6.14.2 Test methods

Please see the test methods below:

a) Connect the test host and the test IC card's read-write terminal communication interface (wired or wireless);

b) Use data transmission and reception test program; write a script to implement […]

A.1 Consumption

A.1.1 Test objective

Test e-wallet consumption functions.

A.1.2 Test methods

In accordance with the following methods, test e-wallet consumption functions:

a) Correctness test:

---Reset, choose networked toll collection application;

---Read the balance;

---Consumption initialization;

---Execute consumption;

---Read transaction authentication code.

b) When consumption initialization is not executed, and consumption transaction is directly conducted, return to "6901";

c) When key identifier is not correct, consumption initialization shall return to "9403";

d) When consumption initialization is successful, MAC in consumption time message is not correct, return to "9302";

e) When the amount of transaction is larger than the wallet balance, consumption initialization shall return to "9401".

A.2 Parking Entry

A.2.1 Test objective

Test parking entry transaction process.

A.2.2 Test methods