DESC:Field of the invention
The present invention relates to Entertainment systems and more particularly relates to gaming application for social cause awareness.
Background of the invention
A social issue impacts a significant number of individuals in a society. It is frequently the result of variables stretching out past a person's control, and is the wellspring of a clashing sentiment on the grounds of what is seen as an ethically simply individual life or societal order. Every single social issue is a circumstance which has damaging results for society. The social issue is a deviation from the "perfect" circumstance. The single social issue has some basic premise of starting point. The social issue is social and political in root. The single social issue is caused by obsessive social conditions. Every single social issue is interconnected. Every single social issue is social in their outcomes so they influence all segments of society.
In context to the above mentioned social issues an individual has to remain aware about the social issue, this awareness is termed as social awareness. Being socially aware implies that you see how you respond to various social circumstances, and successfully adjust your co-operations with other individuals so you accomplish the best outcomes. The net aftereffect of social mindfulness is the progressing improvement of social abilities. Social Awareness is the capacity to take the point of view of and identify with others from different foundations and societies, to comprehend social and moral standards for conduct, and to perceive family, school, and group assets and backings. Social Awareness is the capacity to take the point of view of and identify with others from different foundations and societies, to comprehend social and moral standards for conduct, and to perceive family, school, and group assets and backings.
The social awareness in earlier was mostly spread by marching rally’s thereby grouping unknown individuals having common objective. Also the social awareness in earlier times was spread by forming NGO’s, newspapers and the like. Presently, social media has become a medium to mobilize people for a cause and several social awareness campaigns run by NGO and brands as part of their social corporate responsibility leveraged social media to spread the word. In the present, use of mobile application to spread social awareness is in rise.
Presently, very few mobile applications help spreading social awareness. Further the mobile applications spreading social awareness have poor user interfaces which disappears the user’s urge of helping social cause. Moreover the mobile application that spread social awareness needs more entertaining aspect to get an individual’s attention. Furthermore the mobile applications providing online donations to the cause need to be more secure.
Accordingly, there is a need for a system to spread social awareness and mass communication. Further, there is a need of a system to build attractive user interfaces. Moreover there is a need for a system to provide an entertaining factor. Furthermore there is a need of a system to provide secure gateway to donate for social cause.
Summary of the invention
A system for spreading social awareness is configured to be accessed through a cellular communication device. The system comprises a user interface unit having a social cause tab, an entertainment tab and a donation tab. The social cause tab is configured to display a plurality social cause on the cellular device through a selection module. The entertainment tab is configured to demonstrate entertainment environment on the communication device through an entertainment module. The donation tab is configured to facilitate donation of currency through the communication device. An API layer is configured to facilitate communication between the social cause tab, the game tab and the hardware unit. The hardware unit is configured to store data received from the user interface unit. The hardware unit has a database, a plurality of oxygen infusers, and a plurality of IOT devices. Each oxygen infuser has a transceiver positioned thereon. Each of the oxygen infuser has a foam body, a valve, a plurality of rotating clips, an arm cage and a motor unit. Each of the IOT devices is configured to communicate with an IOT gateway server in response to inputs received from the communication device. A business layer is configured to facilitate communication between the donation tab and the hardware unit, the business layer configured to securely connect with a secure module. A communication server is configured to facilitate communication between the communication devices. The system for spreading social awareness has the foam body being positioned at the top surface of the oxygen infuser device floating said device thereon. The system for spreading social awareness has the valve that has free end positioned on the top surface of the foam body passing through the foam body and connecting with venturi assembly through another end therein. The system for spreading social awareness has the rotational clips allow fastening of a hook for retracting the oxygen infuser device from the water bodies. The system for spreading social awareness has the arm cage that protects the oxygen infuser from external damage. The system for spreading social awareness has the venturi assembly that has a first end and second end such that the first end is connected with the valve and the second end is connected with the motor unit. The system for spreading social awareness has the venturi assembly such that the venturi assembly has an outlet for channelizing oxygenated water within the water bodies. The system for spreading social awareness has the motor unit that connects the pump inlet with the venturi assembly. The system for spreading social awareness has the venturi assembly swirls the air and releasing from the outlet. The system for spreading social awareness has the entertainment module communicates with a location module for displaying locations of the oxygen infusers. The system for spreading social awareness has the entertainment module that communicates with an activation module for sending request for activating oxygen infusers. The system for spreading social awareness has the entertainment module communicates with an activation module for sending request for deactivating oxygen infusers.

Brief description of drawings
FIG. 1 is a system environment diagram for the system for spreading social awareness in accordance with the present invention;
FIG. 2is a system architectural block diagram of gaming system for spreading social awareness of the present invention;
FIG. 3 is a perspective view of an oxygen infuser device of the system for spreading social awareness in accordance with the present invention; and
FIG. 4 is a process flow diagram of gaming system for spreading social awareness of the present invention.
Detailed Description of the invention
References in the specification to "one embodiment" or "an embodiment" means that a particular feature, structure, characteristic, or function described in connection with the embodiment is included in at least one embodiment of the invention. The appearances of the phrase “in one embodiment” in various places in the specification are not necessarily all referring to the same embodiment.
References in the specification to “preferred embodiment” means that a particular feature, structure, characteristic, or function described in detail thereby omitting known constructions and functions for clear description of the present invention.
The foregoing description of specific embodiments of the present invention has been presented for purposes of illustration and description. They are not intended to be exhaustive or to limit the present invention to the precise forms disclosed and obviously many modifications and variations are possible in light of the above teaching.
Referring to FIG.1, an environment for the entertainment system for spreading social awareness 100 is shown that includes a plurality of Internet of Things (IOT) devices 10 (hereinafter referred to as “IOT devices”), a plurality of oxygen infusers 20 and a communication Server 30. The communication server 30 is an IOT gateway server in this one embodiment that establishes communication between the mobile users 40 through his/her communication device 50. The plurality of IOT devices 10 are configured to communicate with the communication server 30 through an IOT gateway server. In this preferred embodiment the IOT devices 10 are configured to activate the pluralities of oxygen infusers 20. The Oxygen infusers 20 are configured to infuse oxygen within the water bodies. In this preferred embodiment, the IOT devices 10 and the oxygen infusers 20 are remotely placed and the activation of which is controlled through the user interface unit 110.
Referring to FIG. 2, the entertainment system for spreading social awareness 100 includes a user interface unit 110, a middleware unit 120 and a hardware unit 130. The user interface unit 110 is configured to interact with the user 40. The middleware unit 120 acts as a mediator. The hardware unit 130 is configured to store data in the database. The user interface unit 110 uses middleware unit 120 to communicate with hardware unit 130. The middle ware unit 120 communicates with the plurality of IOT devices 10 and oxygen infusers 20.
The user interface unit 110 includes a social cause tab 135, an entertainment tab 140 and a donation tab 145. The social cause tab 135 displays different social causes on the display of the cellular device 40. The social cause tab 135 is configured wherein the system 100 displays the option of cleaning the water bodies. The control of the system 100 is transferred towards the entertainment tab 140 that is configured to demonstrate an entertainment application for oxygenating the water bodies remotely. The donation tab 145 facilitates the user to donate currency.
The middleware unit 120 includes an API layer 150, a Business layer 155, a selection module 131, an entertainment module 136, a location module 137, an activation module 138 and a deactivation module 139. The social cause tab 135 communicates with the selection module 131 for displaying multiple social causes. The entertainment module 136 is activated upon receiving the request from the entertainment tab 140. The entertainment module 136 demonstrates entertainment environment over the cellular device 40. The entertainment module 136 requests the location module 137 to acquire the position of the oxygen infusers 20 distributed within a particular area. The location module 137 has the activation module 138 and the deactivation module 139. The API layer 150 is configured to communicate the selection module 131, the entertainment module 136, the business module 155 and business module 155 through the secure module 143 with hardware unit 139. The Business layer 155 is configured to communicate social cause tab 135 and entertainment tab 140 with hardware unit 130.
The hardware unit 130 has a secure module 143, a database 139, the IOT gateway server 30, the plurality of IOT devices 10, the plurality of oxygen infusers 20 and a plurality of transceivers 144. The secure module 143 is configured with predefined set of instructions to securely communicate the data from the user interface 110 with the hardware unit 130. The database 139 securely stores and transmits the data through the secure module 130. The IOT Gateway module 30 is configured to wirelessly communicate with the API layer 150. Similarly, the IOT gateway module 30 securely and wirelessly communicates with IOT devices 10. The oxygen infusers 20 are remotely secured through the plurality of IOT devices 10. The oxygen infusers 20 communicate with IOT gateway 30 through transceivers 144. The transceivers 144 establish bilateral communication of the oxygen infusers 20 with the IOT devices 10.

Referring to FIG. 3, the oxygen infuser device 20 for infusing oxygen within the water bodies in accordance with the present invention is described hereinafter. The oxygen infuser device 20 has a foam body 321, a valve 322, a plurality of rotating clips 323, an arm cage 324 and a motor unit 325. The motor unit 325 has a pump inlet 325a, a venture assembly 326, and an air outlet 327.
The foam body 321 is positioned at the top surface of the oxygen infuser device 20 to float said device 20 over water bodies. In this preferred embodiment, the foam body 321 is made from polyethylene material filled with high density closed cell polyurethane foam.
The valve 322 is preferably cylindrical, having free end positioned on the top surface of the foam body 321. The valve 322 is elongated along the y-axis. The valve 322 passes through the foam body 321 and connects with venturi assembly 326 through another end. Accordingly, the free end of the valve 322 channelizes air within the oxygen infuser device 20.
The rotating clips 323 are mounted over the top of the foam body 321. The rotational clips 323 allow fastening of a hook for retracting the oxygen infuser device 20 from the water bodies. In this preferred embodiment, the rotating clips 323 facilitate 3600 rotation to provide easement in retracting the device 20 from water bodies. The arm cage 324 runs beneath the circumference of the foam body 321. The arm cage 324 protects the oxygen infuser 20 from external damage.
The venturi assembly 326 is secured within the arm cage 324 of the oxygen infuser device 20. The venturi assembly 326 has its first end connected with the valve 322 and the second end connected with the motor unit 325. The venturi assembly 326 has the outlet 327 that is submersed within the water body. The venturi assembly 326 channelizes oxygenated air and water through outlet 327.
The motor unit 325 is secured within the arm cage 324 of the oxygen infuser device 20. The motor unit 325 is connected with a power supply. In this preferred embodiment, the power cable is ROV Cable that is insulated with special sea waterproof PE Material. The tensile Strength of the power cable ranges between 80-100 kg and the outer sheath of the power cable is preferably made from Polyurethane Glossy that is anti-seawater corrosion special material. However, it is understood that the make and match of the power supply may vary in other embodiments of the present invention.
The motor unit 325 has a pump (not shown), the pump has pump inlet 325a. The motor unit 325 connects the pump inlet 325a with the venturi assembly 326. The motor unit 325 is driven by power supply. The air is inhaled through the valve 322 within the oxygen infuser device 20. The air is then channelized towards the venturi assembly 326 where the venturi effect is achieved and the air is released from the outlet 327 submersed within the water bodies. The oxygen infusers 20 are communicated using transceivers 144.
Referring to FIGS 1-3, an operational cycle of the system 100 in accordance with the present invention is described. The user 40 of the system 100 accesses the communication device 50. The user 40 selects a social cause from the social cause tab 135 to display the cause related illustration. The entertainment tab 140 activates entertainment application by communicating with the entertainment module 136. Based on the user input the entertainment module 136 communicates with the location module 136 and displays the location of the multiple oxygen infusers 20 distributed in a particular area. Based on the user input, the entertainment module 136 signals the location module 137 to activate or deactivate oxygen infuser devices 20.
The location module 137 sends an activation request towards the API layer 150. The API layer 150 securely transmits the request through the secure module 143 towards the IOT gateway 30. The IOT gateway 30 establishes communication with plurality of IOT devices 10. The IOT devices 10 further wirelessly communicate with the oxygen infuser devices 20 through the transceivers 144. The oxygen infuser devices 20 activate upon receiving the request from the user interface unit 110 wherein the motor unit 325 of the oxygen infuser devices 20 is activated. The motor unit 25 inhales the air through the valve 322. The air is channelized through the venturi assembly 326 of the device 20. The venturi assembly 326 swirls the oxygenated air and outlets within the water bodies through the outlet 327, thereby making the water bodies oxygenated. Upon receiving the deactivation request, the deactivation module 139 forwards the request towards the API layer 150. The API layer 150 communicates with the IOT gateway 30; the IOT gateway 30 forwards the request towards the oxygen infusers 20 through the transceivers 144 thereby deactivating the oxygen infusers 20. The donation tab 145 directs the user 40 towards a secure payment gateway through business module 155. The business module 155 establishes secure gateway through the API layer 150 and store the data within the database 139.
Referring to FIG.4, an operational process flow of system 100 is described herein after. In an initial step 410, the entertainment application is accessed on a particular mobile device 40. The application is loaded and the application related data is displayed over cellular device 40. The server processes the request and forwards the related data towards step 415. In step 415, the social causes are displayed on the cellular device. In next step 420, the user selects a social cause from the displayed data and an Application Programming Interface sends the selected cause towards the server. In step 425,the server checks for the requested social cause and displays the selected cause on the screen of the cellular device. In step 430, the system 100 displays a entertainment application for oxygenating the water bodies. If the user does not want to use the entertainment application the control is transferred towards step 460 where the system stops and the control is transferred towards step 410. If the user wants to use entertainment application then the control is transferred towards step 435.
In step 435, the entertainment application is displayed on the cellular device. In step 440, the user is asked if he wants to activate the oxygen infusers. The control is transferred towards step 460 if the user doesn’t want to activate oxygen infusers. The control is transferred towards step 445 based on whether user wants to activate the oxygen infusers 440. In step 450, if the user wants to make a donation the control is transferred towards step 455. In step 455, the user is directed towards secured payment gateway and then the control is transferred towards step 460 where the program is terminated.
The system for spreading social awareness 100 advantageously makes people aware of the social causes. The system for spreading social awareness 100 advantageously promotes the masses to join the social causes. The system for spreading social awareness 100 advantageously has an entertainment fun based game that allows the user to donate for the social causes.
The embodiments were chosen and described in order to best explain the principles of the present invention and its practical application, to thereby enable others, skilled in the art to best utilize the present invention and various embodiments with various modifications as are suited to the particular use contemplated.
It is understood that various omission and substitutions of equivalents are contemplated as circumstance may suggest or render expedient, but such are intended to cover the application or implementation without departing from the spirit or scope of the present invention.
,CLAIMS:1. A system for spreading social awareness 100 configured to be accessed through a cellular communication device 50, said system 100 comprising:
a user interface unit 110 having a social cause tab 135, an entertainment tab 140 and a donation tab 145, the social cause tab 135 configured to display a plurality social causes on the cellular device 50 through a selection module 131, the entertainment tab 140 configured to demonstrate entertainment environment on the communication device through an entertainment module 136, the donation tab 145 configured to facilitate donation of currency through the communication device 50;
an API layer 150 configured to facilitate communication between the social cause tab 135, the game tab 140 and the hardware unit 130;a hardware unit 130 configured to store data received from the user interface unit 110, the hardware unit 130 having a database 139, a plurality of oxygen infusers 20, a plurality of IOT devices 10, each oxygen infuser 20 having a transceiver 144 positioned thereon, each of the oxygen infuser 20 having a foam body 321, a valve 322, a plurality of rotating clips 323, an arm cage 324 and a motor unit 325, each IOT device 10 configured to communicate with an IOT gateway server 30 in response to inputs received from the communication device 50.
a business layer 155 configured to facilitate communication between the donation tab and the hardware unit 130, the business layer 155 configured to securely connect with a secure module 143; and
a communication server 30 configured to facilitate communication between the communication device 50.

2. The system for spreading social awareness 100 as claimed in claim 1, wherein the foam body 321 being positioned at the top surface of the oxygen infuser device 20 floating said device 20 thereon.
3. The system for spreading social awareness 100 as claimed in claim 1, wherein the valve 322 has free end positioned on the top surface of the foam body 321 passing through the foam body 321 and connecting with venturi assembly 326 through another end therein.

4. The system for spreading social awareness 100 as claimed in claim 1, wherein the rotational clips 323 allow fastening of a hook for retracting the oxygen infuser device 20 from the water bodies.

5. The system for spreading social awareness 100 as claimed in claim 1, wherein the arm cage 324 protects the oxygen infuser 20 from external damage.

6. The system for spreading social awareness 100 as claimed in claim 1, wherein the venturi assembly 326 has a first end and second end such that the first end is connected with the valve 322 and the second end is connected with the motor unit 325.

7. The system for spreading social awareness 100 as claimed in claim 1, wherein the venturi assembly has an outlet 327 for channelizing oxygenated water within the water bodies.

8. The system for spreading social awareness 100 as claimed in claim 1, wherein the motor unit 325 connects the pump inlet 325a with the venturi assembly 326.

9. The system for spreading social awareness 100 as claimed in claim 1, wherein the venturi assembly 326 swirls the air and releasing from the outlet 327.

10. The system for spreading social awareness 100 as claimed in claim 1, wherein the entertainment module 136 communicates with a location module 137 for displaying locations of the oxygen infusers 20.

11. The system for spreading social awareness 100 as claimed in claim 1, wherein the entertainment module 136 communicates with an activation module 138 for sending request for activating oxygen infusers 20.

12. The system for spreading social awareness 100 as claimed in claim 1, wherein the entertainment module 136 communicates with an activation module 139 for sending request for deactivating oxygen infusers 20.