I. Field of Inversion
Embodiments of the invention relate, in general, to Computerized Pollution Under Control
Centers (CPUCC) and more specifically, the embodiments of the invention relate to methods and systems for networking of the CPUCC.
[1] Today, most of the developing countries are becoming cautious regarding emission of pollutants froim automobiles. To combat the emission of the pollutants, various emission standards are being implemented by the government. The emission standards are implemented far environmental protection and pollution control. These emission standards set forth certain requirements to limit an amount of the pollutants that can be released into the environment. Many of the emission standards have been developed that focus on regulating and inspecting the emission of the pollutants by the automobiles. In India, Pollution Under! Control (PUC) is one such system of the inspection, under governmental control, to inspect the emission standards for the automobiles.
[2] Typically, a Computerized Pollution Under Control Center (CPUCC) is commissioned to inspect the emission of the pollutants by the automobiles. The CPUCC is an agency that is employed for testing and inspecting of air pollution-causing emission levels that are associated with the automobiles. For example, the CPUCC can inspect a gaseous content in the pollutants using various equipments such as a gas analyzer. These equipments test the emission levels based on gases that are emitted from an exhaust system of the automobile.
[3] Generally, the CPUCC are commissioned near gas stations for the automobiles. Further, the CPUCC can inspect the exhaust system of the automobiles for Hydrocarbon levels, Nitroger) oxide (NO2) levels, Carbon monoxide (CO) levels, Carbon dioxide (CO2) levels and the ilike. For example, the CPUCC may use a test equipment such as a gas analyzer or a smoke meter for calculating the nitrogen oxide levels in the emitted gases. [4] Further, the CPUCC can issue a Pollution Under Control (PUC) certificate for the automobile based on the emission levels of the exhaust system and the pre-defined emission stancards. The pre-defined emission standards are specified by a regulatory body such as the government. This PUC certificate indicates that the automobile falls under an 'approved' category. Moreover, the PUC certificatse indicates certification of the automobile for it's compliance with the predefined emission standards. Moreover, the CPUCC can use a vendor software program for collecting pollution data of the automobile. The pollution data is related to the emission levels of the automobiles.

[5] The CPUCC, in India, require installing a web camera, the vendor software program, a computer, an ink-jet color printer etc., as per the requirement of the Indian
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government. However, the vendor software program has not been standardized,
throughout various CPUCC for collecting and managing the pollution data. •
[6] Further, most of the CPUCC are in form of mobile test centers and roadside? checking units, which are particularly difficult to supervise and control. Moreover, the CPUCC utilize different formats for storing and managing the pollution data. This brings inconsistency while compiling the pollution data from the various CPUCC.
BRIEF DESCRIPTION OF THE DRAWINGS
The present invention is illustrated by way of an example and is not limited by the example and / or in the accompanying drawings, in which like references indicate similar elements and in which:
Fig. 1 illustrates a network environment wherein an exemplary embodiment of the invention can be practiced.
Fig. 2a and 2b Illustrates a flowchart depicting the requisite steps taken for networking of a plurality of Computerized Pollution Under Control Center (CPUCC), in accordance with an exemplary embodiment of the invention.
Fig. 3a and 3b illustrates examples for storing pollution data by a CPUCC DETAILED DESCRIPTION OF EMBODIMENTS OF THE INVENTION
[7] The preferred embodiments of the invention have been described in the following description and it will be clear that the invention is not limited to these embodiments only. Numerous specific details are set forth in order to provide a thorough understanding of the
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embodiments of the present invention. It will be evident that modifications, changes, variations, substitutions and equivalents will be apparent to those skilled in the art without departing from the spirit and scope of the invention as described in the appended claims. [8] The embodiments of the invention provide a method and a system for networking of a plurality of Computerized Pollution Under Control Center (CPUCC). The various embodiments of the invention provide a method for networking of the plurality of CPUCC for managing pollution-causing emission levels of an automobile. The plurality of CPUCC comprises at least a CPUCC for testing of the pollution-causing emission levels of the automobile. The CPUCC is an enterprise that is employed to inspect the pollution-causing emission levels pollution using pollution measurement devices. These pollution measurement devices record pollution data of the automobiles. The pollution data provides inforrnation on the pollution-causing emission levels of the automobiles. The CPUCC includes a CPUCC computer for managing the pollution data. Further, the CPUCC computer can store the pollution data in a pollution data format on a CPUCC database. The CPUCC database is connected to the CPUCC computer. Moreover, the CPUCC computer is integrated with a patching device. The patching device converts the pollution data format of the pollution data to a standard pollution data format of the pollution data. The standard pollution data format is defined by the patching device. Thereafter, the pollution data in the standard pollution data format is uploaded on a central database system. Moreover, data logs are maintained during the uploading of the standard pollution data. Further, the central database system comprises a web server and a central database. The pollution data in the standard pollution data format is complied on the central database to form standard pollution data. The standard pollution data is stored on the central database. Further, the web server administers the access for this standard pollution data. Accordingly, other pollution data corresponding to other plurality of CPUCC is converted to the standard pollution data and gets stored on the central database system. Further, this standard pollution data on the central database is provided to a regulatory authority such as Transport Department of the Government. [9] Fig. 1 illustrates a network environment 100 wherein an exemplary embodiment of the invention can be practiced. Network environment 100 includes a Computerized
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Pollution Under Control Center (CPUCC) 102, a patching device 104, a central database system 106 and a network 108. According to various embodiments of the invention, central database system 106 comprises a web server 110 and a central database 112. [10] According to various embodiments of the invention, CPUCC 102 is an enterprise that is employed to test pollution-causing emission levels of an automobile. The pollution-causing emission levels are associated with an exhaust system for the automobile. Typically, CPUCC 102 is commissioned near gas stations for the automobile. According to various embodiments of the invention, CPUCC 102 is commissioned by an agency that earns revenue by charging a fee for inspection of the pollution-causing emission levels of the automobile. Various agencies commission a plurality of CPUCC for the inspection of the pollution-causing emission levels of automobiles. According to various embodiments of the invention, CPUCC 102 is at least one of the plurality of CPUCC.

[11] Further, CPUCC 102 is prescribed by the Government to issue a Pollution Under Control (PUC) certificate for the automobile. This PUC certificate indicates that the
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automobile complies with rules and regulations that are imposed by regulatory authority; such as the government. The PUC certificate is issued based on pollution data that is associated with the automobile.
[12] According to various embodiments of the invention, CPUCC 102 captures the pollution data of the automobile. The pollution data provides information regarding the pollution-causing emission levels of the automobile. According to various embodiments of the invention, CPUCC 102 includes a pollution measurement device for recording the pollution data. The pollution measurement device are used to measure the pollution-causing emission levels of the automobile. For example, the pollution measurement device can be AVL 437C smoke meter by AVL India Pvt. Limited, New Delhi, India. [13] According to various embodiments of the invention, the pollution measurement device can perform various pollution measurement inspections and tests on the automobile. Thereafter, the pollution measurement device can record the pollution data based on these inspections and the tests. According to various embodiments of the invention, the pollution measurement device records the pollution data in a pollution data format.
[14] Moreover' CPUCC 102 comprises a CPUCC computer for managing the pollution data. According to various embodiments of the invention, the CPUCC computer is configured to a CPUCC database that can store the pollution data. In another embodiment of the invention, the CPUCC computer can store the pollution data on a hard disc of the CPUCC computer. Further, the CPUCC computer includes a CPUCC software program for managing the pollution data. Further, the CPUCC software program stores the pollution data in the pollution data format on the CPUCC database. For example, the CPUCC software program such as Vehicle Emission Data Acquisition and Control System (VEDACS) software program can store the pollution data in a Microsoft Excel format (.xls). The VEDACS software program is provided by AVL India Pvt. Limited, New Delhi, India. [15] Further, the CPUCC software program stores the pollution data in a particular arrangement. The particular arrangement is associated with the CPUCC software program. According to various embodiments of the invention, the particular arrangement defines a particular sequence of storing the pollution data on the CPUCC database. For example, CPUCC software program captures pollution data such as Carbon Dioxide (CO2) content, Carbon Monoxide (CO) content, Oxygen (02) content, Nitrogen Dioxide (NO2) content etc. Thereafter, the CPUCC software program can store this pollution data in a particular sequence, such as, NO2 content is stored first, followed by CO2 content, then 02

content and lastly CO content. Moreover, the particular sequence is defined during installation of the CPUCC software program on the CPUCC computer. [16] Further, ihe CPUCC software program can also store automobile details that are associated with the automobile. According to various embodiments of the invention, the CPUCC software program can store the pollution data along with the automobile details in the particular arrangement. Accordingly, other CPUCC software programs corresponding to other plurality of CPUCC can store pollution data of automobiles in different arrangements. These different arrangements are defined during configuration of the other CPUCC software programs.
[17] According to various embodiments of the invention, the CPUCC software program is installed on the CPUCC computer by a CPUCC vendor. Typically, the CPUCC vendor provides the pollution measurement device and the CPUCC software program. Further, a vendor of the CPUCC software program can be different from a vendor of the pollution measurement device.
[18] According to various embodiments of the invention, CPUCC 102 issues the PUC certificate based on the pollution data. Typically, CPUCC 102 can configure a printer with the CPUCC computer. This printer can be used for printing the PUC certificate. The PUC certificate indicates the various details associated with the pollution-causing emission levels, the automobile details, standard emission levels, CPUCC 102 authorization details etc,. These standard emission levels are specified by the Government. Further, according to various embodiments of the invention, the various details are also stored along with the pollution data on the CPUCC database. Further, a soft copy of the PUC certificate can also be stored on the CPUCC database.
[19] Further, patching device 104 is installed in CPUCC 102. According to various embodiments 0f the invention, patching device 104 is a programmable device comprising a processing means such as an Arithmetic Logic Unit (ALU) and a memory. Patching device 104 is programmed with the CPUCC computer for converting the pollution data format to a standard pollution data format. The standard pollution data format is specified by patching device 104.
[20] According to various embodiments of the invention, patching device 104 is configured with the CPUCC computer. Patching device 104 comprises instructions for converting the pollution data format into the standard format. Further, patching device 104 also converts the particular arrangement of the pollution data into a standard arrangement of the pollution data. The standard arrangement is associated with the pollution data in the standard format.

[21] Moreover, patching device 104 comprises a data uploading module. The data
uploading module uploads the pollution data in the standard pollution data format on
central database system 106. According to various embodiments of the invention,
patching device 104 can encrypt the pollution data in the standard pollution data format
before uploading it on central database system 106. In another embodiment of the
invention, patching device 104 can upload the pollution data in the standard pollution data
format without encryption on central database system 106.
[22] According to various embodiments of the invention, the data uploading module is
installed on patching device 104 to transfer the pollution data using network 108. Further,
the data uploading module can maintain data logs during the uploading of the pollution
data in the standard pollution data format. According to various embodiments of the
invention, the data logs are stored on patching device 104. In an alternative embodiment,
the data logs are stored on the CPUCC database.
[23] Network 108 provides communication links for transferring the pollution data in the
standard pollution data format. According to various embodiments of the invention,
network 108 can be the Internet. In another embodiment of the invention, network 108 can
be an Intranet. Moreover, the communication links can be wired connections or wireless
connections.
[24] Further, the data uploading module can also upload the automobile details along
with the pollution data in the standard pollution data format on central database system
106. For example, the data uploading module uploads license number of the automobile
along with the pollution data in the standard pollution data format on central database
system 106.
[25] According) to various embodiments of the invention, central database system 106
compiles the pollution data in the standard pollution data format to form standard pollution
data. For example, a plurality of pollution data is assembled from the plurality of CPUCC
to form the standard pollution data. The standard pollution data is the pollution data in the
standard pollution data format that is stored on central database system 106.
[26] According to various embodiments of the invention, central database system 106
includes central database 112 for storing the standard pollution data. For example, central
database 112 is an Oracle database from Oracle Inc, which stores the standard pollution
data.
[27] In addition, central database system 106 includes web server 110 for managing the
standard pollution data that is stored on central database 112. According to various
embodiments of the invention, web server 110 can provide the infrastructure to host other
server-based software. The server-based software enables management of the standard

pollution data. Further, web server 110 compiles and sends a static content to an operator at CPUCC 102. The static content indicates a confirmation that the pollution data in the standard pollution data format is uploaded to central database 112. For example, the static content can be a message or an acknowledgement to confirm the uploading the pollution data in the standard pollution data format.
[28] Further, web server 110 includes a data analysis module for analyzing the standard pollution data. According to various embodiments of the invention, the data analysis module contains an instruction sent for generating graphs. The data analysis module is used for generating the graphs for analyzing the standard pollution data. For example, the data analysis module can generate a graph indicating a distribution of CO in the standard pollution data.
[29] Fig. 2a and 2b illustrates a flowchart depicting the requisite steps taken for networking of the plurality of Computerized Pollution Under Control Center (CPUCC). At step 202, CPUCC 102 performs inspection of the automobile for the testing of the pollution-causing emission levels. These pollution causing emission levels are associated with the exhaust system of the automobile. According to various embodiments of the invention, CPUCC 102 uses the pollution measurement device for testing the automobile. Details pertaining to the pollution measurement device have been explained in reference to Fig. 1. Typically, the testing of the automobile is accomplished by inserting the pollution measurement device such as a gas analyzer in the exhaust system of the automobile. Thereafter, ignition of the automobile is turned on. Further, the gas analyzer analyzes emission gase$ of the automobile and determines the pollution-causing emission levels of the automobile.
[30] At step 204, CPUCC 102 records the pollution data that is associated wnn me pollution-causing emission levels of the automobile. According to various embodiments of the invention, CPUCC 102 uses the pollution measurement device to record the pollution data. This pollution data provides information regarding the pollution-causing emission levels of the automobile. The pollution measurement device collects the pollution data and sends the pollution data to the CPUCC computer. According to various embodiments of the invention, the pollution measurement device is connected to the CPUCC computer. Moreover, the CPUCC computer comprises the CPUCC software program for managing the pollution data. According to various embodiments of the invention, the CPUCC software program is provided by a manufacturer of the pollution measurement device. For example, the pollution measurement device can be AVL 437C smoke meter is configured with a software program such as VEDACS for storing the pollution data. The VEDACS software program is provided by AVL India Pvt. Limited, New Delhi, India.

[31] At step 206, CPUCC 102 stores the pollution data in the pollution data format. The pollution data format is associated with the pollution measuring device and the CPUCC software program. According to various embodiments of the invention, the CPUCC software program stores the pollution data in the pollution data format on a CPUCC database. For example, the CPUCC software program such as VEDACS store files of the pollution data in a Microsoft Excel format (.xls) on the CPUCC database. Moreover, the CPUCC database is configured to the CPUCC computer. In another embodiment of the invention, the CPUCC software program stores the pollution data in the pollution data format on a hard disk of the CPUCC computer.
[32] Further, the CPUCC software program stores the pollution data in the particular arrangement. The particular arrangement defines the particular sequence for storing the pollution data on the CPUCC database. Details pertaining to the particular arrangement have been explained in reference to Fig. 1.
[33] Further, at step 208, patching device 104 for converts the pollution data format to the standard pollution data format. This standard pollution data format is specified by patching device 104. According to various embodiments of the invention, patching device 104 is configured with the CPUCC computer for converting the pollution data format to the standard pollution data format. Patching device 104 contains instruction sets that can perform a mapping process on the pollution data.
[34] According to various embodiments of the invention, the mapping process transforms the pollution data format to the standard pollution data format using an Extensible Markup Language (XML). The XML provides syntax to describe relationships for an XML document. Further, the XML document is composed of entities. Further, each entity of these entities can contain one or more elements. Moreover, each of these elements can have the attributes that are used to describe a procedure in which the elements are to be processed. Thie XML provides the syntax for describing the relationships between the entities, the elements and the attributes that make up the XML document. Further, patching device 104 uses this XML document for converting the pollution data format to the standard pollution data format. Moreover, the mapping process is programmed on patching device 104 during its configuration with the CPUCC computer. F.or example, patching device 104 contains an instruction set that is programmed to specify a location of the pollution data on the CPUCC database. Thereafter, patching device 104 gathers the pollution data from the location and transforms the pollution data format into the standard pollution data format using the mapping process.
[35] Moreover, at step 208, patching device 104 transforms the particular arrangement of the pollution data into the standard arrangement. The standard arrangement is specified

by patching device 104. According to various embodiments of the invention, the CPUCC software program stores the pollution data in the particular arrangement. In addition, the CPUCC software program can store other details such as automobile number, PUC number etc. albng with the pollution data on the CPUCC database. An example of the particular arrangement can be as following:

In the above example, the particular arrangement specifies a particular sequence according to which the pollution data is stored. According to various embodiments of the invention, patching device 104 converts this particular sequence into the standard sequence to make the standard arrangement. Further, the pollution data in the standard pollution data format is stored in the standard arrangement on the CPUCC database. An example of the standard sequence can be as following:

Further, according to various embodiments of the invention, the standard pollution data
format and the standard sequence can be specified during the configuration of patching
device 104 with the CPUCC computer.
[36] At step 210, patching device 104 encrypts the pollution data in the standard pollution
data format. According to various embodiments of the invention, patching device 104
encrypts the pollution data in the standard pollution data format to provide an electronic
security to the pollution data.
[37] At step 212 patching device 104 uploads this encrypted pollution data on central
database system 106. According to various embodiments of the invention, patching device
104 uses the data uploading module to upload the encrypted pollution data. Further,
patching device 104 can create batch files for the encrypted pollution data. The batch files
provide commands and/or programs to run once the batch files are executed. For
example, a batch file can be used to run a program to for moving files that contain the
encrypted pollution data.
[38] Further, the data uploading module can upload the encrypted pollution data through
batch uploading process. Further, the uploading can take place for a weekly collection of
the encrypted pollution data. Similarly, the pollution data can also be uploaded on daily
basis or monthly basis. In an embodiment of the invention, the data uploading module can
upload the encrypted pollution data in real-time.
[39] According to various embodiments of the invention, the data uploading module can
also upload automobile details along with the pollution data. For example, the data
uploading module uploads license number of a driver of the automobile along with the
encrypted pollution data. Further, the patching device 104 transfers the pollution data in

the standard pollution data format over network 108. Details pertaining to network 108
have been explained in reference to Fig. 1.
[40] At step 214, patching device 104 maintains the data logs for the uploading the
encrypted pollution data. Details pertaining to the data logs have been explained in
reference to Fig. 1.
[41] Further, at step 216, web server 110 compiles the encrypted pollution data on central
database 110 According to various embodiments of the invention, web server 110
decrypts the encrypted data using a decryption key before compiling the encrypted
pollution data. Further, web server 110 compiles this decrypted pollution data on central
database 110 to form the standard pollution data. Details pertaining to the standard
pollution data have been explained in reference to Fig. 1.
[42] Further, web server 108 can categorize the standard pollution data according to
requirements on central database 110. For example, web server 110 can compile city wise
standard pollution data on central database 110. Moreover, according to various
embodiments of the invention, web server 110 can administer access rights for the
standard pollution data that is stored on central database 110.
[43] At step 218, web server 110 provides access for the standard pollution data that is
stored on central database system 106. According to various embodiments of the
invention, web server 108 can administer an access of a user for central database 110.
The user accesses the standard pollution data for analysis and report generation. For
example, web server 108 validates a username and a password that are associated with a
user.
[44] Further, web server 108 provides access to the standard pollution data based on a
profile associated with the username and the password. The profile defines a level of
authorization to access the standard pollution data that is stored on central database 110.
For example, if the profile is an operator profile, then user can access the standard
pollution data in a read mode only. The read mode only profile allows viewing of the
standard pollution data and does not provide access of configuration rights for the
standard pollution data to the operator profile. According to another example, if the profile
is a supervisor profile, then user can access the standard data in a read-write mode. The
read-write mode profile provides access of configuration rights for the standard pollution
data to the supervisor profile.
[45] Fig. 3a and 3b illustrates system examples for storing first pollution data by a first
CPUCC vendor and second pollution data by a second CPUCC vendor.
[46] In fig. 3a, according to various embodiments of the invention, the first CPUCC
vendor stores the first pollution data in a first pollution data format on a first CPUCC

database system. The first CPUCC database system comprises a first CPUCC database. The first CPUCC vendor uses a first CPUCC computer to store the first pollution data. As shown in fig. 3a, the first CPUCC computer stores the first pollution data according to file A. file B and file C. The file A stores a CO2 content, a CO content, an O2 content, a NO2 content and a Revolutions Per Minute (RPM), that are associated with a first petrol automobile. The file B stores a first CPUCC code number, a first CPUCC vendor name and a first CPUCC location, that are associated with the first CPUCC vendor. Further, the file C stores a vehicle number, an engine model type and a vehicle registration date, that are associated with the first petrol automobile.
[47] In fig. 3b, according to various embodiments of the invention, the second CPUCC vendor stores the second pollution data in a second pollution data format on a second CPUCC database system. The second CPUCC database system comprises a second CPUCC database A and a second CPUCC database B. The second CPUCC vendor uses a second CPUCC computer to store the second pollution data. As shown in fig. 3a, the second CPUCC computer stores the second pollution data according to file A and file B. The file A stores a C02 content, a CO content, an O2 content, a NO2 content and a Revolutions Per Minute (RPM), that are associated with a second petrol automobile. Further, the file A is stored on the second CPUCC database A. The file B stores a second CPUCC code number, a second CPUCC vendor name and a second CPUCC location, that are associjated with the second CPUCC vendor. In addition, the file B stores a vehicle number, an engine model type and a vehicle registration date, that are associated with the second petrol automobile. Further, the file B is stored on the second CPUCC database B. [48] Embodiments of the present invention have the advantage that a plurality of CPUCC can share a standard pollution data. This standard pollution data is stored on a central database. Moreover, patching devices are configured to each of the plurality of CPUCC. The patching devices are plug and play type devices that can be configured to CPUCC computers that are associated with the plurality of CPUCC. These patching devices can upload the standard pollution data on the central database. Further the patching devices can be configured with existing CPUCC software programs that are installed on the plurality of CPUCC. This minimizes a need of separately installing a standard software program on each of the plurality of CPUCC. Further, the present invention provides automated periodical uploading of the standard pollution data. Moreover, the patching devices can be configured to any of the CPUCC software programs. In addition, various reports and analysis can be performed the standard pollution data that is stored on the central database. Moreover, an access for the standard pollution data can be

ninistered. This minimizes manipulation in the standard data. Further, this provides ability for the standard pollution data.
] Although the invention has been described using a few embodiments herein, it is lerstood that these embodiments are merely illustrative, and not restrictive, of the sent invention Numerous changes and modifications in the invention as known to se skilled in the art could be made to the embodiment of the present invention without )arting from the scope and spirit of the invention as set forth. Therefore, it will be >reciated that the present invention is not to be limited to the details shown and scribed herein, but the present invention is intend to cover all such changes and difications as encompassed by the scope of the appended claims.

I/We Claim:
1 A method for networking of a plurality of Computerized Pollution Under Control Center
(CPUCC), the plurality of CPUCC comprises at least a CPUCC, wherein the CPUCC is an
enterprise for testing of pollution-causing emission levels of an automobile, wherein the
pollution-causing emission levels are tested for compliance with standard emission levels,
wherein the standard emission levels are specified by a regulatory authority, the method

comprising the steps of:
a. capturing pollution data associated with the automobile, wherein the pollution data provides information on the pollution-causing emission levels of the automobile, wherein the step of capturing the pollution data comprises the steps of:
i. recording the pollution data using a pollution measurement device, wherein
the pollution measurement device being used to measure the pollution-causing
emission levels of the automobile;
i, storing the pollution data in a pollution data format using a CPUCC
computer, wherein the pollution data format is specified by the pollution
Measurement device, wherein the CPUCC computer js installed at the CPUCC;
b. converting the pollution data format to a standard pollution data format using a
patching device, wherein the standard pollution data format is defined by the patching
device, wherein the patching device is configured with the CPUCC computer;
c. uploading the pollution data in the standard pollution data format on a central

database system;
d. storings the pollution data in the standard format on the central database system,
wherein the step of storing the pollution data in the standard format comprises the step of:
i. compiling the pollution data in the standard pollution data format on the central database system to form standard pollution data, wherein the standard pollution data is associated with the central database system; and
e. providing access for the standard pollution data.
2 The method of claim 1, wherein the step of storing the pollution data further comprises
the step of:
a. storing the pollution data on a CPUCC database, wherein the CPUCC database is associated with the CPUCC computer.

3. The method of claim 1, wherein the step of converting the pollution data format to the
standard pollution data format further comprises the step of:
a. converting a particular arrangement of the pollution data in the pollution data format to a standard arrangement of the pollution data in the standard pollution data format, wherein the particular format defines a particular sequence of storing the pollution data in the pollution data format, wherein the standard arrangement defines a standard sequence of storing the pollution data in the standard pollution data format.
4. The method of claim 1, wherein the step of uploading the pollution data in the standard
pollution data format comprises the step of:
a. encrypting the pollution data in the standard pollution data format.
5 The method of claim 1, wherein the step of uploading the pollution data in the standard
pollution data format comprises the steps of:
a. creating batch files of the pollution data in the standard pollution data format; and
b. batch uploading of the batch files.
6 The method of claim 1, wherein the step of uploading the pollution data in the standard
pollution data format comprises the step of:
a. maintaining data logs during the uploading, wherein the data logs are managed by the patching device.
7 The method of claim 1, wherein the step of uploading the pollution data in the standard
pollution data format comprises the step of:
a. uploading automobile details associated with the automobile.
8 The method of claim 1, wherein the step of providing access to the standard pollution
data further comprises the step of:
a. administrating an access for the standard pollution data.
9. A system for networking of a plurality of Computerized Pollution Under Control Center (CPUCC), the plurality of CPUCC comprises at least a CPUCC, wherein the CPUCC is an enterprise for testing of pollution-causing emission levels of an automobile, wherein the pollution-causing emission levels are tested for compliance with standard emission levels, wherein the standard emission levels are specified by a regulatory authority, the system comprising:

a. the CPUCC for capturing pollution data associated with the automobile, wherein
the CPUCC comprises:
i. a pollution measurement device for recording the pollution data, wherein the pollution measurement device measures the pollution-causing emission levels of the automobile; and
ii. a CPUCC computer for managing the pollution data, wherein the CPUCC computer comprises:
a. a CPUCC software program for storing the pollution data in a
pollution data format on a CPUCC database, wherein the ppjlution data
format is associated with the pollution measurement device;
b. a patching device for converting the pollution data format to a standard pollution
data format of the pollution data, wherein the standard pollution data format is defined by
the patching device, wherein the patching device comprises:
i a data uploading module for uploading the pollution data in the standard pollution data format on a central database system;
c. the central database system for compiling the pollution data in the standard
pollution data format to form standard pollution data, wherein the standard pollution data is
associated with the central database system, wherein the central database system
comprises:
i. a web server for administering an access to the standard pollution data; and
ii, a central database for storing the standard pollution data.
10. The system of claim 9, wherein the data uploading module maintains data logs during
the uploading.
11. The system of claim 9, wherein the web server comprises:
a. a data analysis module for analyzing the standard pollution data.