CLIAMS:Claims
I/We Claim,
1) A system comprising:
A first database storing plurality of tasks submitted by plurality of task owners, wherein each task is defined by first set of parameters and a first set of criteria;
A second database storing plurality of profiles corresponding to plurality of task executors wherein each profile comprising a second set of parameters;
A match engine configured determine a set of tasks matching for a first profile of a first task executor according to the first set of parameters and the second set of parameters, wherein the plurality of tasks comprise first set of tasks; and
A communication engine configured to send the first set of tasks to a communication device of the first task executor.
2) The system of claim 1, further comprising a processor configured to:
Receive, from the first task executor, a first task from the first set of tasks for execution;
Bind the first task executor and a first task owner through an agreement for execution of the first task;
Authorise the first task executor to execute the first task according to a first criteria in the first set of criteria.
Receive, from the first task owner, the acknowledgement of completion of the first task;
transfer a sum of money from the first task owner account to first task executor account; and
enable the first task executor to access the sum of money through a smart card.
3) The system of claim 2, wherein the first task is a green task and the first criteria requires the execution of the first task without impacting the environment.
4) The System of claim 3, wherein, the first task is received from the first task owner and the first profile is received from the first task executor after a registration of the first task owner and first task executor wherein the registration comprise authorization, authentication and certification.
5) The System of claim 4, wherein the first set of parameters representing at least one requirements to execute the task and second set of parameters representing qualities of the task executors, wherein the condition comprising skill required, education, experience, and location and the qualities comprising skill, education, experience, work history location preferences of the task executor.
6) The system of claim 5, wherein the server is further configured receive a certificate of authorization certifying the first task executor and providing the certificate of authorisation to the first task owner;
7) The system of claim 6, wherein the server is further configured to send the matching task as and when a new task is added to the first data base;
8) The system of claim7, wherein the server is configured for accessing over a web portal, wherein the tasks and profiles are submitted for storing in the first and second database respectively.
9) The system of claim 8, wherein the server, the first database, the second database operate as a world green task basket for submitting the tasks and picking the task for execution thereby creating a revenue centre across the globe.
10) A method, system and apparatus as described in one or more paragraphs above.

Date: 25-04-2013 Signature…………………………
,TagSPECI:Form 2
The patent Act 1970
(39 of 1970)
AND
Patent Rules 2003
Complete Specification
(Sec 10 and Rule 13)

Title: Method, System and Apparatus for Managing a Task Basket for Depositing, Pick, Execute and Earn
Applicant(s) Arun Kumar S.
Nationality India
Address # 13, 6A Block, Nandi Gardens
JP Nagar 9th Phase, Anjanapura Post
Bangalore – 560062

The following specification particularly describes the invention and manner in which it is to be performed

Description
FIELD OF INVENTION
[0001] Embodiments of the present disclosure relate generally to computer data management system and in particular to manage and operate any task basket for pick, execute and earn.
RELATED ART
[0002] Computer systems often refer to number of servers, databases, user devices, and mobile devices connected together through one or more computer networks. The computer system often comprises one or more back end computing engines configured to operate on data and provide users of the computer system with desired functionality. The users are enabled to interact and participate in the computer system to perform desired operation through user interfaces or front end engine.
[0003] Often number of tasks requiring human power (Man power) or human efforts for execution exists globally at different locations. Similarly, human power or human energy having ability to execute the task globally exists at any and every place. Such human energy may get wasted due to lack of information on the existence of the task for execution. Thus, there is a need for a system to connect the task to the potential executers.
SUMMARY
[0004] According to an aspect of the present invention, green matrix world task basket connects human energy having ability to execute the tasks with the number of tasks requiring human power for executing, and vice-versa. The green matrix world task basket having a first database storing plurality of tasks submitted by plurality of task owners and each task is defined by first set of parameters and a first set of criteria, a second database storing plurality of profiles corresponding to plurality of task executors and having second set of parameters. The green matrix world task basket also comprises a match engine configured to compare first set of parameters and second set of parameters and suggests a set of tasks to a set of executers. Thus the executors are notified of the tasks available globally.
[0005] According to another aspect, the green matrix world task basket binds the task owners and the task executors by an agreement thereby making both the parties legally accountable.
[0006] According to another aspect, the green matrix world task basket restricts the executor to execute the task greenway thereby contributing to the environment.
[0007] The objective of the present invention is that the entire world economy runs on the green matrix world task basket and each task is served and executed according to laws of concerned government. Also, each task in the green matrix world task basket is executed in a way that ultimate care is taken to see that the eco system of our green earth is enhanced and not depleted. Education is not a necessary pre-requisite to use the green matrix world task basket; however, human energy having the ability to execute a task is a pre-requisite. All tasks completed according to one or more conditions are eligible for payment transaction via green card. For example, it is possible that a billion tasks may get executed via “green matrix world task basket” each minute and if it takes 2% fee per task, then it may amount to millions of USD earning for “green matrix world task basket” each minute. The green card may eventually become a legally valid worldwide identity and world money card.
[0008] Several embodiments are described below, with reference to diagrams for illustration. It should be understood that numerous specific details are set forth to provide a full understanding of the invention. One skilled in the relevant art, however, will readily recognize that embodiments may be practiced without one or more of the specific details, or with other methods, etc. In other instances, well-known structures or operations are not shown in detail to avoid obscuring the features of the invention.
BRIEF DESCRIPTION OF DRAWINGS
[0009] FIG. 1 depicts example network architecture in which web based task management system may be deployed.
[0010] FIG. 2(A) illustrates an example database of a jobseeker/task executer.
[0011] FIG. 2(B) illustrates an example database of an employer.
[0012] FIG. 3 is a schematic diagram showing the comparison of profiles and tasks and storing the result in respective databases.
[0013] FIG. 4(A) is an example sign up window for new a member requestor (jobseeker or employer).
[0014] FIG. 4(B) is an example scenario of the first step of the new member requestor registration.
[0015] FIG. 5(A) is an example scenario of the second step of the new member requestor registration as a task seeker and/or an employer.
[0016] FIG. 5(B) is an example scenario of the second step of the new member requestor registration as an employer.
[0017] FIG. 6 shows the scenario of the login window of the green matrix world task basket/system.
[0018] FIG. 7(A) shows the scenario of task posting window of the green matrix world task basket.
[0019] FIG. 7(B) shows the scenario of an example task posting in green matrix world task basket.
[0020] FIG. 7(C) shows an example proposal window of an employer.
[0021] FIG. 8(A) is an example window presented when the task seeker logs in to the green matrix world task basket.
[0022] FIG. 8(B) is an example task seeker’s availability status update window.
[0023] FIG. 9(A) is an example task searching window presented upon clicking on task button.
[0024] FIG. 9(B) is an example task details window presented when the task seeker clicks on a particular task.
[0025] FIG. 9(C) is an example task proposal window presenting example task proposal form.
[0026] FIG. 10 is an example terms and conditions window for a task seeker.
[0027] FIG. 11 shows an example proposal window of a task seeker.
[0028] FIG. 12 is an example green card transaction window.
[0029] FIG. 13 is an example green card for fund transfer and other transactions.
[0030] FIG. 14 is a block diagram illustrating task match in green matrix world task basket in one embodiment.
DETAILED DESCRIPTION OF THE PREFERRED EXAMPLES
[0031] FIG. 1 depicts example network architecture in which web based task management system may be deployed. The network architecture is shown comprising an internet 105, a central server 110, central database 135, local servers 115 through 130, local databases 140 through 155 and user interface devices 160 through 180, and a local area network (LAN) 185 and an earning/law monitoring system 190.
[0032] The internet 105 may be a global system of interconnected computer networks. The internet may contain private, public and other networks linked by means of electronic, wireless and optical network technologies for example. The communication infrastructure of the internet 105 may consists of its hardware components and several protocol layers for controlling various aspects of the architecture. The internet 105 may carry an extensive range of information resources and services.
[0033] The central server 110 provides necessary functionality to handle event information, database services, node management etc. to other computers, computer services or to local servers. The central server 110 communicates with the other components of the network for collecting, storing, configuring and receiving the information. The central server 110 may carry out communication using any known protocol and event information is stored in a dedicated central database 135 as shown in FIG. 1.
[0034] The local servers 115 through 130 provide necessary functionality to handle event information, database services to a set of computers or computer services. The local severs 115 through 130 stores the information provided by the central server and local computers in local databases 140 through 155 respectively. The local server 115 through 130 may organize the data such a way that it speeds up the searches and retrievals.
[0035] The user interface devices 160 through 180 may include personal data assistant (PDA) 160, personal computer 165, laptop 170, kiosk 175 and mobile phone 180 etc. These user interface devices 160 through 180 have computing and communication capabilities. However, various other devices/systems capable of transmitting and receiving signals may be used. The user interface devices 160 through 180 may connect to the network/internet in one or more ways such as wired, wireless connections. Wired connection may include optical data communication, local area network (LAN), wide area network (WAN) etc. Wireless connection may include long range wireless radio, wireless personal are network (WPAN), wireless local area network (WLAN) or any other similar applications.
[0036] As shown in FIG. 1, all the network components are interconnected through internet 105. An employer/recruiter or a task seeker/work seeker/executer may make use of one or more user interface devices 160 through 180, servers 110 through 135, and databases 135 through 155 to connect the task to the potential executers.
[0037] Thus, in one embodiment of the present invention, number of tasks requiring human power or human efforts for execution existing globally at any locations, and/or human power or human energy having ability to execute the task existing at any other or some locations may be connected through green matrix world task basket (GMWTB)/world task basket.
[0038] For example, 7 Billion people on earth may cook 12 Trillion calories of human energy each day and 90% of this energy is non-monetized. The world task basket may apply 90% of non-monetized energy to a commensurate monetized work packet and this may lead to good health, prosperity and happiness. Thus, the GMWTB provides the platform and means for monetizing the human energy each day.
[0039] In another embodiment of the present invention, the central server 110 comprises a green matrix world task basket match engine which may be communicatively coupled to one or more network components such as central sever 135, local servers 115 through 130, Internet 105, user interface devices 160 through 180 as shown in FIG.1
[0040] In one embodiment, a task seeker or an employer may use a kiosk 180 in one or more conditions such as, if the user interface devices such as mobile phones, computers laptops, PDAs are not available, and/or in conditions such as, if the task seeker or the employer is illiterate, physically challenged etc. The kiosk may be placed in anywhere in public places, offices etc. so that it is made available for each and every member of the green matrix world task basket. In another embodiment, a voice controlled or button based language change option may be provided so that an illiterate person may make use of green matrix world task basket.
[0041] In another embodiment, a separate support team/group may be provided for illiterate members so that the member may just call a number, provide a registration number or such information, and get all the information related to his profiles such as available tasks, available task as per the desired location, education etc.
[0042] In another embodiment, the earning/law monitoring system 190 may be connected to the internet 105 through the LAN 185. The earning monitoring system 190 monitors all the servers and databases to monitor and store the number of task executed by the individual/task seeker or the company, number of tasks posted and approved by the individual or the company, payment made by the employer, task seekers earnings, green points etc. The earning/law monitoring system 190 monitoring and storing these parameters may provide earning and tax related information to a particular person or to a group.
[0043] FIG. 2(A) illustrates an example database of a jobseeker/task executer. The database makes use of series of tables to store the data. The table refers to a two dimensional representation of data using rows and columns. Each database table and each column in the table is given a unique name. As shown in FIG.2, table 205 through 245 may be a single column table and each column is given a unique name. When a task seeker submits the profile information for example username, first name, last name, gender etc., the information may be stored in table 205. Similarly, Personal_Details table 210 stores personal details such as vehicle, driving license, passport etc., User_Status table 215 stores user status such as availability, availability time etc., Work_History table 220 stores work history details such as company name, experience etc., Overview table 225 stores task seeker’s overview such as number of tasks completed, ratings etc., Skill_Set table 230 stores task seeker’s skills such as computer hardware, painting etc., Location table 235 stores the task seeker’s location such as location1, location 2 etc.
[0044] In one embodiment, the location table 235 stores present address 1, present address 2, city, ZIP code etc., so that the task seeker may be suggested one or more tasks that needs to be executed in that particular location. An option may be provided to change the present location dynamically. For example, if the task seeker is using a mobile device, then the device may update the present location dynamically using internet, global positioning system etc. On the other hand, the task seeker may update the present location manually.
[0045] Education table 240 stores education details such as graduation, graduation year etc., and Work_Preference table 245 stores task seeker’s work preference such as within 1km from his/her location, within city etc.
[0046] In another embodiment, a declaration table 255 stores self declaration of the task seeker, references, reference details and other details. Using the declaration table 255, the employer may check the task seekers records such as reference, reference details, criminal records if any, etc.
[0047] FIG. 2(B) illustrates an example database of an employer. As shown in FIG. 2(B), the database may make use of series of tables 255 through 275 having one or more columns to store the data. When the employer updates the task for example task1, task2 etc., the task and the task ID may be stored in task table 255. Similarly, requirement table 260 stores the requirement for each task for example skills required, minimum education etc., in corresponding columns by referring the assigned task ID, group table 265 stores the each task’s category in the category column by referring the assigned task ID, estimation table 270 stores the each task’s budget range, time duration etc., in corresponding column by referring the assigned task ID and address table 275 stores the each task’s location in location column by referring the task ID.
[0048] FIG. 3 is a schematic diagram showing the comparison of profiles and tasks and storing the result in respective databases. The schematic diagram is shown comprising the task seeker database 305, employer database 310, green matrix world task basket match engine 315, local servers 320 and 325, local databases 320A and 325B and user interface devices 330 through 355. The local servers 320,325 and local database 320A, 325B may be any local servers 115 through 130 and their respective databases shown in FIG. 1. The green matrix world task basket match engine 315 may be located in central sever 110 or may be located in any local servers. The server containing the green matrix world task basket match engine 315 may also comprise one or more modules to gather and catalog the information from the database, to extract the information from the resume, to extract the information from task description etc., to provide specific services to the green matrix world task basket match engine 315.
[0049] . According an embodiment of the present invention, the green matrix world task basket match engine 315 may be configured to automatically provide matching tasks to the task seekers. In particular, the green matrix world task basket engine 315 may access the information/data by accessing the task seeker database 305 and employer database 320 to provide matching tasks to the task seekers.
[0050] As shown in FIG. 3, the green matrix world task basket match engine 315 may obtain the task seekers information such as but not limited to skill set, education, work experience, location from the task seeker database 305 by making use of one or more modules. Similarly, by making use of one or more modules, the green matrix world task basket match engine 315 obtains the task information such as but not limited to skills required, minimum education, minimum experience required, work location from the employers database 310. Thus obtained information may be compared to provide match result based on common parameters between the task seeker profile and task profile. Then task seeker may be suggested with relevant tasks/jobs. Similarly, suggested task seekers information may be sent to employer. Suggestions may be sent directly to the user interface devices 330, 335 or a copy of suggestions may be sent to one or more local servers 320, 325 and then sent to the respective user interface devices 340 through 355.
[0051] In another embodiment, the green matrix world task basket match engine 315 may also include a user interface module accessible from the user interface devices 330 through 355 using which the task seeker or the employer may search for relevant jobs/tasks or for potential executers. The task seeker or the employer may make use of “keywords” to search for relevant tasks/ jobs or for potential executers. The keyword may be location, interest, skills, desired compensation etc. Based on the “keywords”, the green matrix world task basket match engine 315 may search for tasks or executers in the respective databases and produces the result. Along with the result, the green matrix world task basket engine 315 may also suggest alternative tasks based on the co-relationship, rating, preference provided by the task seeker or the employer etc. The manner in which task seeker or the employer sign up is explained below in further details.
[0052] FIG. 4(A) is an example sign up window for new a member requestor (task seeker or employer). The sign up window allows the new member requestor to sign up for task basket/green matrix world task basket. The window comprises a sign up button 404 to navigate to sign up window, a sign in button 408 to navigate to sign in window and also comprises an about us button 412 and a help button 416 to navigate to their respective windows. Clicking on the about us button 412 navigates to “About Us” window which may provide the information about the green matrix world task basket. Similarly, by clicking on the help button 416 opens a “Help” window which may contain information about sign in, password strength, support contacts etc. The new member requestor may sign up by clicking on “sign me up” button 424. Clicking on sign me up button 424 navigates to a sign up window and it is explained below in further details.
[0053] FIG. 4(B) is an example scenario of the first step of the new member requestor registration. The sign up window allows the new member requestor to enter the personal details. Full name column 432 allows the new member requestor to enter the name. The full name column 432 may be validated to allow alphabets, spaces, dots etc. Upload image box 436 allows the new member requestor to upload the photo or company logo or in general it allows uploading any image of the type .jpeg, .png, .gif etc. The new member requestor may enter the username and password in username column 440 and password column 444 respectively. The columns may be a text box and may be validated to allow alphabets, alphanumeric, special characters etc. based on the requirement.
[0054] Date of birth column 448 allows the new member requestor to enter the date of birth. Using radio button 452, the new member requestor may select the gender. Similarly, the new member requestor should enter the other details for communication such as email ID 456, address 460, state 464, city 468, ZIP code 472, country 476 and phone number 480.
[0055] In one embodiment, the new member requestor may be registered as a task seeker, an employer or a task seeker as well as an employer. Three radio buttons 484 may be provided to select the membership type. Selecting “I want to work” or “I want to work and hire” and pressing continue button 492 redirects the new member requestor to task seeker and/or employer registration window shown in FIG. 5(A) considering the new member requestor as a task seeker and/or an employer. Selecting “I want to hire” and pressing continue button 492 redirects the new member requestor to an employer registration window shown in FIG. 5(B) considering the new member requestor as an employer.
[0056] In one embodiment, optional check boxes 488 may be provided for a member requestor to select one or more options such as “I am a green champion”, “I want to file a patent” etc. The member requestor may select “I am a green champion” if the person has one or more green certifications. Similarly, if the member requestor is an inventor and interested in filing a patent, then the person may select “I want to file a patent” so that the green matrix world task basket notifies the same to an individual or a company directly. The Further registration process as a task seeker and/or an employer is explained below in further details.
[0057] FIG. 5(A) is an example scenario of the second step of the new member requestor registration as a task seeker and/or an employer. This second step registration window is common for the task seeker, and for task seeker as well as the employer. When the new member requestor is directed to this window, a column shows “I want to work and/or hire” 503 i.e., the type of the new member requestor as a task seeker or task seeker as well as an employer.
[0058] The task seeker and/or the employer may need to provide requested details to complete the registration process as a task seeker. If the new member requestor is a task seeker as well as the employer, then the registration process continues further to complete the registration as an employer. The task seeker and/or the employer is allowed to enter education details using provided education 506, year of passing 509 and specialization 512 columns. An add button 515 is provided to add one or more degrees, courses etc. Similarly, the task seeker or the employer is allowed to add the employment details using provided company 518, role 521 and duration 527 columns. An add button 527 is provided to add one or more employment details. The task seeker and/or the employer is allowed to add three skills using provided skill 1 530, skill 2 533 and skill 3 536 columns. However, more skills may be added by using add button 539. The task seeker and/or the employer are allowed to introduce themselves using introduction text area 542 and also may update the resume using browse button 544. In one embodiment, one or more features such as task seekers details, skills, interests etc., may be added or removed or may be made mandatory.
[0059] The task seeker and/or the employer confirm his/her registration by clicking on “submit” button 548. If the new member requestor is a task seeker, i.e., choice was “I want to work” in the previous window, then clicking on the submit button 548 will submit and stores in the task seeker database. If the new member requestor is a task seeker and task seeker as well as the employer, i.e., choice was “I want to work and hire” in the previous window, then clicking on the submit button 548 redirects the task seeker and employer to final registration window for employers. The final registration for employers is explained below in further details.
[0060] FIG. 5(B) is an example scenario of the second step of the new member requestor registration as an employer. When the new member requestor is directed to this window, a column shows “I want to hire” 554 i.e., the type of the new member requestor as an employer.
[0061] The employer may need to provide requested details to complete the registration process. The employer is allowed to enter details such as company name 557, address line 1 563, address line 2 566, website 569, email ID 572 and phone number 575 in provided columns. An option may be provided to upload a company logo 560. Similarly, the employer may add more details such as year founded 578, number of employees 581 and brief introduction about the company 584 in provided columns. In one embodiment, one or more features such as company details, certifications etc., may be added or removed or may be made mandatory. The employer confirms his registration by clicking “submit” button 587. By clicking “submit” button 587, all the provided details will be stored employers database.
[0062] Hereafter, the green matrix world task basket system verifies the information provided by the new member requestor and if it is found valid, the green matrix world task basket system sends a confirmation message or mail to user interface devices. The confirmation message or mail indicates that the new member requestor is granted a membership as a task seeker, an employer or a task seeker as well as an employer. An option may be provided to acknowledge the confirmation by the new member requestor by clicking on a specific link sent or by reverting the mail etc. On completion of registration, verification, confirmation and acknowledgment, the requested member is added to the green matrix world task basket.
[0063] FIG.6 shows the scenario of the login window of the green matrix world task basket/system. The registered members in the system are logged in through the login window. The registered member may click on sign in button 605 to open the sign in window. Two separate login options “find a task” 610 for the task seeker and “post a task” 615 for the employer may be provided as shown in FIG. 6. The task seeker should provide a valid username or email ID 620 and password 625 in the provided columns to get authenticated and access to the system. After entering the valid username 620 and password 625, the task seeker may click on “login” button 630 to log in to the system.
[0064] Similarly, the employer should provide a valid username or email ID 635 and password 640 in the provided columns to get authenticated and access to the system. After entering valid username 635 and password 640, the employer may click on “login” button 645 to log in to the system. An option may be provided to reset the password if the password was forgotten. By clicking on “click here” 650 the task seeker or the employer may reset the password by one or more known methods.
[0065] Based on the membership type the system redirects the member to a specific window. If a task seeker enters the username 620, password 625 and clicks on login 630, then the system redirects the task seeker to a “find a task” window as shown in FIG. 8(A). If an employer enters the username 635, password 640 and clicks on login 645, then the system redirects the employer to a “post a task” window as shown in FIG. 7(A). The manner in which the employer posts a task is explained below in further details.
[0066] FIG. 7(A) shows the scenario of task posting window of the green matrix world task basket. The logged in employer is directed to this “post a task” 702 window where the employer may update a task. Clicking on the task button 704, the employer may update a new task. Similarly, this window also includes links to proposal window and green card window. Clicking on proposal button 706 redirects the employer to proposal window shown in FIG. 7(B) and clicking on “green card” button 708 redirects the employer to green card transaction window as shown in FIG. 12.
[0067] The task posting window also shows the employer’s username 710, new message notification and link to new messages 712, options or settings 714 and sing out 716. The employer may sign out or logout of the green matrix world task basket by clicking on the sign out button 716 provided by the green matrix world task basket.
[0068] In one embodiment, the employer may update the task using “post a task” 702 window. The employer may update the task name in the provided task name column 718. A relevant task category may be chosen from one or more predefined categories using category drop down box 720. The employer may select the task location, i.e., where the task is to be executed, using location drop down box 722. The location drop down box 722 displays one or more predefined locations. In one embodiment, a separate column may be provided to enter the location manually if the task location is not predefined. Similarly, the employer may update/assign task start date, estimated task completion time, task’s minimum and maximum budget in the provided start date 724, estimated time 726 and budget 728 columns respectively. In the estimated time column 726, the employer may need to provide whether the time is total hours per day, hours per week, days per week, days per month etc. Similarly, the employer needs to select the currency in the budget column 728. The currency may be selected from the drop down box which lists one or more predefined currencies. The employer may update minimum education required to complete the task using minimum education drop down box 730. The drop down box 730 displays one or more predefined minimum education qualification for the employee. Similarly, the employer may update skills required to complete the task using skills required column 732 and more skills may be added using add button 734.
[0069] In one embodiment, the employer may update whether the task needs to be completed under green condition. A green condition radio button 736 may be provided to select the option. The employer may also update brief description about the task in the provided description filed 738. The employer may provide important details such green conditions, task type, how the task has to be executed, notes for the employee etc.
[0070] After updating all the details the employer may preview and post the task in the green matrix world task basket by clicking on the preview and post button 740. Clicking on preview and post button 740, the system displays how the task will be updated and stores all the details in the employee database.
[0071] In another embodiment, the updated task may be made visible to all the members (task seekers and employers) of green matrix world task basket or may be made restricted to only task seekers or task seekers having certain specific qualities such as rating, education, green matrix points etc. An example task posting by an employer is explained below in further details.
[0072] FIG. 7(B) shows the scenario of an example task posting in green matrix world task basket. In particular task, employer need a person to pick and drop his child to school located within 5kms from his residence. For this, the employer may update the task name as “pick and drop” in task name column 746, category as “individual” in category drop down box 748 and location as Bangalore – BSK in location drop down box 750. The employer may update task starting date as 01-06-2013 in start date column 752, approximate/estimated total time to spend per day as 60 minutes in estimated time column 754, minimum and maximum rupees that the employer ready to pay per day as 50 to 80Rs in budget column 756, minimum qualification required as SSLC in minimum qualification drop down box 758, skills required as 2/4 wheelers driving in skills column 760. The employer may add some more required skills using add button 762. The employer may update whether the task needs to be completed under green condition. For this particular task the employer may select green condition radio button 764 as “yes”. In description column 766, the employer may update brief description about the task. In this case, the employer highlighted the distance from residence to school, contract duration and more importantly, the employer considered the green condition as the persons with 4 stroke 2 wheelers are preferred over 4 wheelers or 2 stroke 2 wheelers. After updating all the details, the employer may click on “preview and post” button 768 to update and post the task in green matrix world task basket. The employer may check task and proposal status by clicking on the “proposal” button 770. Clicking on the “proposal” button 770, the system redirects the employer proposal window shown in FIG. 7(C) and it is explained below in further detail.
[0073] FIG. 7(C) shows an example proposal window of an employer. The window shown in FIG. 7(C) comprises two tables showing tasks approved 774 and task proposals 782. The tasks approved table 774 displays all the tasks which has been approved and assigned by the employer. The tasks approved table 774 includes one or more column such as task name, task start date, task finish/end date, task executer name (may be a company or an individual), task executer’s rating and task status. The status column comprises a button indicating the status as “closed” 778 or “open” 780 as shown in FIG. 7(C). If the task status is “closed”, then clicking on “closed” button redirect the employer to “green card transaction” window as shown in FIG. 12. Once the transaction is finished, i.e., payment is done, then the task may be removed from the “tasks approved” table 774 and may be stored in history for future reference.
[0074] An example approved task is shown in row 776 of tasks approved table 774. The row shows that the task name is “Paint My Home”, start date was 10-12-2012, end date was 15-01-2013, this task has been approved to XYZ, the rating of the executer was 3.9 and the status as “closed” 778. By clicking on the “closed” button, the employer may make the payment.
[0075] The “task proposals” table 782 displays all the tasks those are proposed by the executers. As shown in FIG. 7(C), the task proposal table 782 one or more columns such as task name, task start date, proposed member/executer’s name, executer’s rating, executer’s details column comprising “details” button and an approve column comprising “approve” button.
[0076] An example task proposal is shown in row 784 of “task proposals” table 782. The row shows that the task name is “pick and drop”, start date is 01-06-2013, proposed member name ABC and member rating 4.5. By clicking on “click here” button 786, the button redirects the employer to proposal details window shown in FIG. 7(C), where the employer may view all the details about the proposed member. After viewing all the details, the employer may assign the task by clicking on “approve” button 788. The employer may receive one or more proposals for a particular task and the all proposals are stored in the “task proposal” table 782 one below the other. However, the system may be designed to store the proposals based on the proposed date, members rating etc.
[0077] FIG. 7(C) is an example proposal details window presented to the employer. On receiving the proposals from the task seeker, the employer may view all the details through the proposal details 790 window. The proposal details window 790 shown displays executer’s personal details column 792 such as image, username, address etc. The personal details column 792 also displays “total number of similar tasks executed” 792A for employer reference/crosscheck. The proposal details window 790 displays a profile summary column 794 containing button or links to profile, work experience details, personal details, user availability status, education details, skill set etc. A declaration column 796 provides one or more buttons or links 796A, using which the employer may check the declaration for example self declaration, certificates etc.
[0078] In one embodiment, green condition column 798 displays a graph indicating total number of tasks executed by the executer under green conditions. As shown in FIG. 7(C), the green condition column 798 displays for example, “total number of tasks executed under green conditions” as 20 and a graph 798A indicating, “5” tasks has been executed within 0-25% green condition, “2” tasks has been executed within 25-75% green condition. Similarly, “3” tasks within 50-75% and “10” tasks under 75-100%.
[0079] In another embodiment, the window may display a pi-chart, text, numbers etc., to provide the total number of tasks completed/executed under green conditions and number of tasks completed within certain percentage of green conditions.
[0080] FIG. 8(A) is an example window presented when the task seeker logs in to the green matrix world task basket. As explained with reference to FIG. 6, the task seeker may log in to the green matrix world task basket by providing valid username or email ID and password. The login window shown in FIG. 6 redirects the task seeker to this task seekers window “find a task” 802. By default, the window presents “home” 704, however, this window also includes links to tasks window, proposal window and green card window. Clicking on “tasks” button 806 redirects the task seeker to tasks window shown in FIG. 9, clicking on “proposals” button 808 redirects the task seeker to proposal window shown in FIG. 11 and clicking on “green card” button 810 redirects the task seeker to green card transaction window shown in FIG. 13. The task seekers window also shows the task seeker’s username 812, new message notification and link to new messages 814, options or settings 816 and logout 818. The task seeker may logout or sign out of the green matrix world task basket by clicking on the logout button 818 provided by the green matrix world task basket.
[0081] The task seeker’s home window displays one or more personal details 820 such as image, username, address etc. An “edit” button 822 may be provided to edit the personal details. Similarly, the window displays profile summary 824. The profile summary may include personal details, education, location, work preference, user status, work history, overview etc. An “edit” button 826 may be provided to edit the profile details.
[0082] In one embodiment, the task seeker’s home window displays working/ongoing tasks and new task notification in working task and notification table 828. As shown in the table 828, task 1 and 2 are working task and task 2 and task 3 are new tasks as indicated by “new” symbols 830 and 832. The table displays a new task when employer approves the proposal of the task seeker. The task seeker/user may view and update his availability by clicking on a link “Click Here” 834. Clicking on the link redirects the task seeker to user’s availability status update page shown in FIG. 8(B).
[0083] FIG. 8(B) is an example task seeker’s availability status update window. The task seeker may update the availability in user’s availability column 834. The task seeker may “select date” 836 using date picker and on that date, the task seeker may update available timings using “select time” 838 column as shown in FIG. 8(B). By clicking on “update” button 840, the availability status may be stored in task seeker’s database. The task seeker may verify the availability status by clicking on a particular day or date button. For example, clicking on “Monday” button 842, the system displays available timings in that particular day or date. An option may be provided to edit the availability status using “edit” 844 and save “846” buttons.
[0084] FIG. 9(A) is an example task searching window presented upon clicking on task button. As explained by referring to FIG. 8(A), by clicking on “tasks” button 806 redirects the task seeker to this task search window. As shown in FIG. 9(A), the task search window lists all the tasks in the green matrix world task basket. The task seeker may find suitable task from the plurality of tasks listed in the task search window.
[0085] Tasks may be grouped based on one or more criterion for easy access. As shown in FIG. 9(A), tasks may be grouped based on “by task category” 902, which may include service category tasks, account related tasks, data entry related tasks etc. Similarly, tasks may be grouped based on the location 904, based on time 906, based on budget 908 etc. For example, if a task seeker wants to earn 100USD in next 5hours day, then the person check in time 906 and budget 908 and choose available tasks to earn the same. In another embodiment, the tasks may be grouped based on green conditions, minimum education etc. and also based on task type such as housekeeping, security, painting, cleaning etc. In general, the window displays all recent tasks in “all tasks” column 910. As an example, the all tasks column 910 displaying three tasks per page is shown in FIG. 9(A). As shown in the column 910, the window displays recently updated task “proof read my slides” 912 with one or more information such as posted and end date, brief description, skills required etc. Similarly, tasks “paint my home” 914 and “PDF to word document conversion” 916 are displayed with one or more information such as start and end date, brief description, skills required etc. The task seeker may click on page 2 918, page 3 etc., to view all posted tasks. In one embodiment, the task may be a small task that may be completed in hours or in days by an individual or a group. In another embodiment, the task may take months together to complete and may require a group of individuals or company, for example, tasks such as “build an energy efficient 3000 seater aircraft”, “build a 50000 liters water tank” etc.
[0086] In one embodiment, the system may be designed to present all recommended tasks first and other relevant on subsequent pages. On the other hand, all the recommended tasks may be grouped as “recommended tasks” for easy access.
[0087] In another embodiment, a “search” box 920 may be provided to search for a particular kind of tasks. The task seeker may use keywords such as, painting, housekeeping, security, travelling etc. to search for a task specific king of tasks.
[0088] The task seeker may click on the task to view more details/information or a dedicated “details” button or link may be provided to view more details about the task. By clicking on details, the system redirects the task seeker to detailed description window as shown in FIG. 9(B) and it is explained below in further details.
[0089] FIG. 9(B) is an example task details window presented when the task seeker clicks on a particular task. The task details window may comprise one or more columns such as brief description column 924, task description column 926, employer or company details column, proposal form column 932. The brief column 924 may provide information about the task such as task posted date, task ending date, task execution location, task status, maximum budget that the employer or the company ready to invest on the task and task ID generated by the system etc. The task description column 926 provides information such as what is the task, how and when the task should be executed, payment details, green conditions to be satisfied etc. The task description column 926 also includes skills required to complete the task.
[0090] Similarly, the employer/company details column 928 provides information about the company such as company rating, company founded year or membership details, total number of tasks posted by the company, total payment made by the company etc. The column 928 may also display the company logo and may have a “more details” button 930.
[0091] The proposal form column 932 comprises a “proposal form” button 934 which redirects/navigates the task seeker to task proposal form window where the task seeker may send proposal for the selected task.
[0092] FIG. 9(C) is an example task proposal window presenting example task proposal form. The proposal form includes the task name 938, task posted and ending date 940, one or more guidelines to the task seeker 942, text area 944 allows task seeker to ask queries if any, allows to ask more details or any information related to task, company etc. A proposal amount column 946 is provided to enter the bid amount by the task seeker. Also, a “duration” column 948 is provided to submit the expected task completion time.
[0093] A “submit” button 952 is provided using which the task seeker may send the proposal to the employer. Once the proposal is submitted, the task seeker may get a notification informing “Proposal submitted successfully”. However, before submitting the proposal, the task seeker should read and accept the company term and conditions. A tick box “I accept Terms and Conditions” 950 with link to the terms and conditions window is provided at the end of the proposal form. Clicking on “Terms and Conditions” 950, redirect the task seeker to terms and condition window shown in FIG. 10 and is explained below in further details.
[0094] FIG. 10 is an example terms and conditions window for a task seeker. The terms and conditions window displays a “terms and conditions” block 1010 which displays the terms and condition of the company. The terms and conditions may include company policy, payment method, refund policy, etc., and also includes agreement for the current task. Clicking on “digital signature” button 1020, the task seeker may confirm and execute digital agreement for the task the task and the window redirects the task seeker to proposal window shown in FIG. 9(C), where the customer may accept the “Terms and Conditions” 950 and submit the proposal by clicking on the “submit” button 952.
[0095] FIG. 11 shows an example proposal window of a task seeker. The window shown in FIG. 11 comprises two tables showing “proposals approved” 1110 and “task status” 1150. The proposals approved table 1110 displays all the proposals which has been approved and assigned by the employer. The proposal approved table 1110 includes one or more column such as task name, company/individual’s name, task start date, task finish/end date and an acknowledgment column. The acknowledgment column comprises an acknowledge button 1130 to acknowledge the proposal approval.
[0096] An example approved proposal is shown in row 1120 of the proposal approved table 1110. The row indicates that the task name is “Pick and Drop”, assigned company name is “XYZ”, start date is 01-06-2013, end date is 01-12-2013 and the task seeker may acknowledge the proposal approval by clicking on the acknowledgment button 1130 as shown in FIG. 11. A note “Please acknowledge the approved proposal” 1140 may be provided inform the task seeker to acknowledge the proposal.
[0097] The “task status” table 1150 displays all the approved and ongoing tasks. As shown in FIG. 7(C), the task status table 1150 comprises one or more columns such as task name, assigned company/individual’s name, task start date, task end date and an update status column. The update status column comprises a drop down box 1160 using which the task seeker may select the task status as “open” or “closed”. After selecting the status, the task seeker needs to click on “submit” 1180 button to update the status. Updating the task status as closed, indicates the employer/individual that the “task has been completed” or “closed” as shown in FIG. 7(C).
[0098] An example task status is shown in row 1160 of “task status” table 1150. The row shows that the task name is “paint my home”, assigned company name is “XXX”, start date was 10-12-2012, task end date was 15-01-2013 and the task seeker may select and update the status as “closed” using the drop down box 1170 and “submit” button 1180. Updating the task as closed, indicates the employer/individual that the “task has been completed” or “closed” as shown in column 776 of FIG. 7(C).
[0099] FIG. 12 is an example green card transaction window. By clicking on “green card” button 1210 the employer or the task seeker may open the green card transaction window/transaction window. The transaction window is shown comprises a “transaction history” button 1220 using which the employer or the task seeker may view transaction history. The window comprises a accounts details column 1230 which may comprises green card account number, account validity, available balance etc. A “fund transfer” button 1240 is provided which redirects the employer or the task seeker to a fund transfer window using which the employer may make the payment or task may transfer the fund to any other account. In transaction window, one or more options may be provided for account transfer 1250, green card transfer 1270 etc.
[00100] In one embodiment, a “Green Card” may be provided for employers and task seekers using which one may make the payment, with draw funds, shop online etc. across the globe. An example green card is shown and explained below in further details.
[00101] FIG. 13 is an example green card for fund transfer and other transactions. As shown in FIG. 13, the green card may be a general card having an option for fund transfer, fund withdraw, online purchase etc. The green card displays card holder’s photo 1310, unique green card number 1320, username 1330, card validity 1340 etc.
[00102] FIG. 14 is a block diagram illustrating task match in green matrix world task basket in one embodiment. In block 1430, world task basket match engine identifies plurality of tasks from the employer database and compares task requirements with the available plurality of task seekers profile. The green matrix world task basket match engine may compare one or more parameters such as skill set, education, location, availability, green points etc. and identifies one or more task match for one or more task seekers.
[00103] In block 1440, the green matrix world task basket match engine sends notification to communication devices. Based on the task match, the green matrix world task basket match engine sends one or more task notifications to one or more task seekers. On receiving one or more task notifications, the task seeker may review the requirements and terms and conditions, and may send task proposals with digital signature.
[00104] In block 1450, the green matrix world task basket match engine executes digital agreement and assigns tasks. The employer may review the proposals from one or more task seekers and selects one or more task seekers for the particular task. On employer approval, the green matrix world task basket match engine executes digital agreement and assigns task to one or more task seekers.
[00105] While various embodiments of the present invention have been described above, it should be understood that they have been presented by way of example only, and not limitation. Thus, the breadth and scope of the present invention should not be limited by any of the above described exemplary embodiments, but should be defined only in accordance with the following claims and their equivalents.

Claims
I/We Claim,
1) A system comprising:
A first database storing plurality of tasks submitted by plurality of task owners, wherein each task is defined by first set of parameters and a first set of criteria;
A second database storing plurality of profiles corresponding to plurality of task executors wherein each profile comprising a second set of parameters;
A match engine configured determine a set of tasks matching for a first profile of a first task executor according to the first set of parameters and the second set of parameters, wherein the plurality of tasks comprise first set of tasks; and
A communication engine configured to send the first set of tasks to a communication device of the first task executor.
2) The system of claim 1, further comprising a processor configured to:
Receive, from the first task executor, a first task from the first set of tasks for execution;
Bind the first task executor and a first task owner through an agreement for execution of the first task;
Authorise the first task executor to execute the first task according to a first criteria in the first set of criteria.
Receive, from the first task owner, the acknowledgement of completion of the first task;
transfer a sum of money from the first task owner account to first task executor account; and
enable the first task executor to access the sum of money through a smart card.
3) The system of claim 2, wherein the first task is a green task and the first criteria requires the execution of the first task without impacting the environment.
4) The System of claim 3, wherein, the first task is received from the first task owner and the first profile is received from the first task executor after a registration of the first task owner and first task executor wherein the registration comprise authorization, authentication and certification.
5) The System of claim 4, wherein the first set of parameters representing at least one requirements to execute the task and second set of parameters representing qualities of the task executors, wherein the condition comprising skill required, education, experience, and location and the qualities comprising skill, education, experience, work history location preferences of the task executor.
6) The system of claim 5, wherein the server is further configured receive a certificate of authorization certifying the first task executor and providing the certificate of authorisation to the first task owner;
7) The system of claim 6, wherein the server is further configured to send the matching task as and when a new task is added to the first data base;
8) The system of claim7, wherein the server is configured for accessing over a web portal, wherein the tasks and profiles are submitted for storing in the first and second database respectively.
9) The system of claim 8, wherein the server, the first database, the second database operate as a world green task basket for submitting the tasks and picking the task for execution thereby creating a revenue centre across the globe.
10) A method, system and apparatus as described in one or more paragraphs above.

Date: 25-04-2013 Signature…………………………

Abstract
According to an aspect of the present invention, green matrix world task basket connects human energy having ability to execute the tasks with the number of tasks requiring human power for executing, and vice-versa. The green matrix world task basket having a first database storing number of tasks submitted by number of task owners and each task is defined by first set of parameters and a first set of criteria, a second database storing number of profiles corresponding to number of task executors and having second set of parameters. The green matrix world task basket also comprises a match engine configured to compare first set of parameters and second set of parameters and suggests a set of tasks to a set of executers. According to another aspect, the green matrix world task basket binds the task owners and the task executors by an agreement thereby making both the parties legally accountable. According to another aspect, the green matrix world task basket restricts the executor to execute the task greenway thereby contributing to the environment.