Consult an Expert
Trademark
Design Registration
Consult an Expert
Trademark
Copyright
Patent
Infringement
Design Registration
More
Consult an Expert
Consult an Expert
Trademark
Design Registration
Login
Tide Turners Device: A Device for Rescue of Fishermen's & Protective Shield against Human Trafficking.
Extensive patent search conducted by a registered patent agent
Patent search done by experts in under 48hrs
₹999
₹399
Abstract
Information
Inventors
Applicants
Specification
Documents
ORDINARY APPLICATION
Published
Filed on 17 November 2024
Abstract
Tide Turners Device (TTsD) is an innovative solution for the two most important challenges: first, safety for fishermen at sea and, second, the pressing need to fight human trafficking. The device works with modern nano technology and satellite internet for the provision of GPS location sharing in real time. This allows fast rescue operations. Hence permitting prompt response from the marine rescue teams and other law enforcement agencies. With jammer-resistant technology, this device ensures continuous communication even during emergency situations. The devices can be worn as a watch, band, anklet, or rings in order to make access easy and user-friendly. This device can save lives and create safer places for sensitive groups by urging rescue organizations to work together with people who are sympathetic to take action in the event of any crisis. The development of this product means a huge step forward in using technology for humanitarian activities, and further development and partnerships need to materialize for full successful implementation and impact. This device can be installed in watches, bands etc.
Patent Information
Application ID | 202441088837 |
Invention Field | COMMUNICATION |
Date of Application | 17/11/2024 |
Publication Number | 47/2024 |
Inventors
Name | Address | Country | Nationality |
---|---|---|---|
Jagadeesan | The Apollo University, Chittoor | India | India |
Boddu Balaji | Department of CSE (Artificial Intelligence and Data Science), School of Technology, The Apollo University, Chittoor, Andhra Pradesh, India | India | India |
Satti Devi Bangaram | Department of CSE (Artificial Intelligence and Data Science), School of Technology, The Apollo University, Chittoor, Andhra Pradesh, India | India | India |
Dr J. Jegan | Assistant Professor, Department of CSE, School of Technology, The Apollo University, Chittoor, Andhra Pradesh, India | India | India |
Dr D. Kothandan | Associate Professor, Department of Physics, School of Technology, The Apollo University, Chittoor, Andhra Pradesh, India | India | India |
Dr. C. Pakkiraiah | Assistant Professor, Department of CSE, School of Technology, The Apollo University, Chittoor, Andhra Pradesh, India, | India | India |
M. Kamalahasan | Lab technician, Department of CSE, School of Technology, The Apollo University, Chittoor, Andhra Pradesh, India | India | India |
Applicants
Name | Address | Country | Nationality |
---|---|---|---|
Jagadeesan | The Apollo University, Chittoor | India | India |
Boddu Balaji | Department of CSE (Artificial Intelligence and Data Science), School of Technology, The Apollo University, Chittoor, Andhra Pradesh, India | India | India |
Specification
Description:Tide Turners Device: A Device for Rescue of Fishermen's & Protective Shield against Human Trafficking
Abstract
Tide Turners Device (TTsD) is an innovative solution for the two most important challenges: first, safety for fishermen at sea and, second, the pressing need to fight human trafficking. The device works with modern nano technology and satellite internet for the provision of GPS location sharing in real time. This allows fast rescue operations. Hence permitting prompt response from the marine rescue teams and other law enforcement agencies.
With jammer-resistant technology, this device ensures continuous communication even during emergency situations. The devices can be worn as a watch, band, anklet, or rings in order to make access easy and user-friendly. This device can save lives and create safer places for sensitive groups by urging rescue organizations to work together with people who are sympathetic to take action in the event of any crisis.
The development of this product means a huge step forward in using technology for humanitarian activities, and further development and partnerships need to materialize for full successful implementation and impact. This device can be installed in watches, bands etc.
Introduction
The idea of the " Tide Turners Device" addresses two of society's most burning issues, which include the hazardous condition that fishermen face in the seas and the rampant cases of human trafficking-mostly on women. Both are worldwide issues which require new approaches and incorporate technology to intervene appropriately, or on time.
Fishermen are probably working in isolated and perilous areas where accidents and emergencies may take place with minimal or no immediate assistance at all. Victims of human trafficking often have one of the most disastrous situations in which quick response can be the only difference between life and death and recovery and longer suffering. Considering the urgency of these issues, our device uses high-tech nano technology and satellite communication to develop a strong rescue structure.
It has a very important feature the real-time GPS tracking system. This means that rescue teams can trace the location of an individual when they are distressed. Critical data on the integrated software can be shown on those in need, at a distance of 5 kilometres for human trafficking, hence offering good response time from maritime rescue teams and law enforcement. The jammer-resistant technology developed by this device also ensures that communication lines will remain reliable during times of emergencies, thereby increasing the probability of a successful rescue.
Truly user-friendly as well as accessible to diverse populations, the " Tide Turners Device" offers a variety of choices in wearables-from watches and bands to anklets and rings. The program empowered rescue organizations and invited community involvement to ensure that empathetic persons would act quickly in an emergency.
In a nutshell, the " Tide Turners Device" is a leap in using technology for humanitarian purposes, with enormous possibilities to save lives and provide safer spaces for vulnerable people. Therefore, as we go along, there would be much collaboration with the relevant stakeholders and the continuous refining of this technology to maximize its effects.
Background of the invention
• Introduction to the problem
Fishermen safety and human trafficking are two interrelated but distinct issues that rank among the biggest risks for vulnerable people worldwide. Both these issues require urgent attention and innovative solutions to reduce their impact.
Fishermen's Safety at Sea:
Fishermen expose themselves to perilous situations while fishing in unpredictable waters and face many risks associated with rugged weather, technical breakdowns, and accident conditions. At times, their work environment is usually remote, taking hours before being rescued, hence severe conditions of those in distress. Some of the salient factors that contribute to the problem are
Remote Locations: Fishermen are usually found in places far from shores where emergency services are not easily accessible.
Lack of Communication: Established modes of communication could fail during times of need and hinder rescue operations.
Inordinate Response Time: Time taken to pinpoint and reach distressed fishermen might prove to be too close for comfort.
Time Consume: At the time of emergency, the person has to reach the place of device which is time taking process hence more damage and life thread.
Traffic in Human Persons
Human trafficking, with a special emphasis on women, has become a serious violation of human rights and touches millions of lives worldwide. Their chance to seek help is highly compromised because they are entrapped in exploitative situations. The factors that make this issue more complicated include the following:
Secret and Isolation: Since it involves secrecy and isolating the victims, the victim cannot escape abduction or seek help.
Lack of Knowledge: Many potential rescuers may not be aware of the victims' existence in their neighbourhoods.
Inefficient Reporting Systems: Most reporting and response mechanisms for the above cases are slow and ineffective. But these technologies are only used after the incident had taken place, and these can't stop crime beforehand.
The Great Need for Technological Interventions
The complexity and urgency of these callings necessitate a huge gap in society toward practical technological solutions intended for the improvement of rescue missions both for the fishermen and the trafficking victims. Effective interventions should comprise:
Real-Time Communication: Technologies that enable instantaneous communication and location tracking can, therefore, contribute to saving time for response.
Community Engagement: Solutions that enable persons and organizations to act promptly in an incident can facilitate an empowering network for the needy.
Coordination with Authority: Coordination among rescue teams, law enforcers, and other community individuals contributes to effective intervention.
• Historical background
Issues of fishermen's safety at sea and their sad plight have roots in history that go back to socio-economic, political, and technological factors. Understanding the historical context of these problems is essential for framing effective solutions such as the " Tide Turners Device."
Fishermen's Safety at Sea
Historical Background: For centuries, fishing was an essential mode of livelihood for various communities around the world. Yet, all along, dangers involved in this sector were present. There are testimonies from historical literature about how maritime accidents have forever taken hundreds of thousands of lives. Sometimes, it was due to bad weather; sometimes, it was because of inadequate measures of safety and absence of rescue operation on time.
Technological Change: Actually, with better techniques of fishing developed by technology, many fishermen stay in remote places because it is mostly the areas that do not have the safety gadgets. The use of radios and flares alone to communicate would be insufficient in case of emergencies, since more effective tools are needed.
Development of Regulation: As far as the world is concerned, the International Maritime Organization has formulated safety regulations for maritime operations. There are hardly any indications of uniformity in implementation and, more so, within the undeveloped areas. Some of the fishermen here may not have the skills or resources.
Human Trafficking
Historical Context: Human trafficking throughout history goes as far as the hands of human traffickers. As a matter of fact, human trafficking has always been claimed to be otherwise associated with economic exploitation, war, and social inequality. Of course, one of the most devastating examples is the transatlantic slave trade. Meanwhile, modern-day forms of trafficking are prevalent today and affecting millions of people in the world.
Legal Framework: Though UN and other bodies related to human rights have actively striven in the battle against this menace of human trafficking, by using international treaties and protocols such as the Palermo Protocol, its implementation still remains hazy, and hence its victims remain invisible and unprotected.
Socio-Economic Factors: The vulnerable people in this case are women and children who get hit the most during trafficking; because of various socio-economic factors, like poverty, illiteracy, and fewer job options. Traffickers take this opportunity to lure victims in with false promises of employment or a better life.
The Intersection of These Issues
The fishermen, who form part of this community already worsted by the economy and marginalized, are susceptible to all types of human trafficking. Some trafficking often comes in the form of manipulated employment opportunity presented to the fishermen when they are seeking work.
The inter-linkage of these issues calls out for integrated solutions that address both the concerns of fishermen's safety and fighting human trafficking. Technological innovations such as the " Tide Turners Device" can be at the forefront in bridging gaps for this dual critical need.
• Existing Technologies and Solutions
Safety of fishermen at sea and human trafficking have become a major concern for which several technologies and solutions evolved. Among those technologies, some are highly effective, but several huge gaps exist which the " Tide Turners Device " is likely to fill.
Fishermen's Safety Technologies
GPS Tracking Systems:
Functioning: Most of the modern fishing boats are equipped with GPS devices in them for location tracking.
Limitations: Although they can be used for navigation, they may not deliver the distress alerts during emergencies, and rescue services are seldom integrated with them.
EPIRBs:
Functionality: It has the functionality to transmit distress signals to a satellite once activated, thereby alerting the search and rescue operations.
Limitation: There is a limitation since these devices require manual activation, and they might not be effective in isolated areas where the reception of signal is not good.
Marine VHF Radios:
Functionality: VHF radios are mostly used for exchanging communication between vessels and shore stations.
Limitations: Their range is often minimum, hence often failing in rough weather conditions during emergency calls.
Wearable Safety Devices
Functionality: Different companies have developed wearable devices that track the victim's vital signs and can send automatic alerts to report emergencies.
Limitations: These solutions often lack depth features on tracking and may not be commonly used by fishermen.
Technologies to Combat Human Trafficking
Mobile Applications:
Functionality: Examples include "TraffickCam," an app through which people upload pictures of hotel rooms to aid law enforcement in identifying trafficking victims.
Limitations: These applications are strictly based on user effort and do not effectively reach victims in secluded situations.
Data Analytics:
Functionality: A few organizations use data analytics and artificial intelligence in identifying patterns and predicting trafficking.
Limitations: It requires gathering massive amounts of data and does not offer timely intervention capabilities.
AI:
Functionality: Programs which educate the public on the trafficking indicators and how to report such suspicious activities
Limitations: This cannot serve to source help in real-time for a victim in urgent need.
• Unmet Needs and Opportunities
Much remains unmet in the area of fishermen's safety and human trafficking prevention. It also presents as an opportunity for innovative solutions. Identifying these gaps is very important in order to develop a good intervention program- such as the "Tide Turners Device".
• Unmet Needs
1. Real-Time Emergency Communication:
Need: There is a lack of reliable systems that can provide instantaneous communication during emergencies at sea.
Opportunity: A robust communication infrastructure through satellite and mobile technologies may help to improve real-time alerts and coordination with rescue services.
2. Comprehensive Tracking Systems:
Need: Current GPS and tracking solutions do not have the ability to provide continuous monitoring and alerts in dangerous situations.
Opportunity: The device, that can be a combination of GPS tracking and emergency alert capabilities, can ensure fishermen being continuously monitored even at remote locations.
3. User -Friendly Technology:
Need: Many of the technologies that exist do not easily access or use by fishermen, especially in a low-tech environment.
Opportunity: Design of devices that are intuitive, low cost, yet easy to use can increase acceptance among the fisher group who may have the lowest level of technological exposure.
4. Rescue Services Integration:
Need: Often there is a linkage problem between fishermen and rescue services with increased response time.
Opportunity: Hence, through this platform, fishermen can be in touch with the concerned authorities and rescue personnel for any communication of relevant details, which reduces the time of their response.
• Community Involvement and Training
Demand: The safety and trafficking awareness amongst communities is at a very low level.
Opportunity: With a series of training workshops in localities to be made aware of various measures which might be taken to ensure safety and to identify signs of trafficking, the people will be adequately prepared to respond in a compatible manner when the situation arises.
• Data Analysis:
Requirement: The solutions that currently exist do not have the ability to analyse data in order to help predict safety and trafficking patterns.
Opportunity: Deployed deployment of data analytics can help in defining high risk areas and trends, which can be used for proactive activities as well as in the optimization of resources.
• Innovative Solution Opportunities
1. Fishing Line Rescue Device
Description: a multi-functional device that comes with GPS tracking, emergency communication, and a distress alert system that has been specifically created to support the requirements of fishermen.
Impact: This gadget may help increase, much more safely, the number of people offshore as messages are communicated in real-time and rescue efforts are activated immediately.
2. Mobile Apps to Report and Seek Help:
Description: Develop mobile apps that allow fishermen to report emergencies and seek safety resources in a user-friendly way.
Impact: This app might raise awareness and ensure the fishermen have the resource to access help safely.
Description: Collaborating with NGOs in sensitizing the community to issues of trafficking and safety
Impact: Community networks shall lead to some support mechanism for the fishermen and victims of trafficking so that they can live much safer and better.
3. Training Workshops and Sensitization:
Description: Workshops designed to train the fishermen regarding the protocol in relation to safety and trafficking issues
Impact: The fishermen shall be better enabled with safety awareness, hence they can identify and evade a risk incidence
Description: Utilize fishing activities data and trafficking reports, with the help of AI, to predict trends and hotspots.
Impact: This technology might be used for proper planning and allocation of resources to manage issues of safety and trafficking with the most targeted interventions possible.
• Industrial Advantages
The industrial benefit of solutions such as the " Tide Turners Device" can be immense, particularly in the context of fishing and marine industries. Here, one will witness better operational efficiency, improved safety standards, and a greater chance for sustainable practices. Here is a list of some crucial industrial benefits:
1. Improved Safety Standards
Accident Reduction: The device might consider greatly reducing maritime accidents and death of fishermen by providing real-time communication and tracking facilities.
Compliance to Standards: The gear will allow fishing companies to be in compliance with international safety standards, and avoid possibly incurred fines to improve their reputation.
2. Enhanced Operational Competitiveness
Efficiency in Rescue Operations: Therefore, improved communication between the fishermen and the rescue crew does increase response time, hence minimizing losses and keeping operational continuity.
Data Analytics-backs Operational Decisions: Data analytics can be incorporated to enable improved decisions based on data by enabling fishing companies to change routes and operations based on safety patterns established and environmental conditions.
3. Cost Savings
Insurance Benefits: Companies that focus more on safety can decrease risk profiles and insurance claims.
Less Lost Equipment and Personnel: Lesser the incident of loss of equipment and personnel, more is the chance of saving in the long run.
4. Better Workforce Morale and Retention
Sense of Security: Modern safety gadgets for fishermen create a feeling of security. Thus, job satisfaction increases along with their retention rate.
Attracting Talent: Organizations committed to safety and innovation may attract a higher-grade workforce, thus improving the general output.
5. Improved Community Relations
Corporate Social Responsibility (CSR): Improving safety and preventing human trafficking would help companies improve their CSR images by making good impressions among communities and consumers.
Building Community Support: Safety training and awareness among local communities can help build stronger relationships and support for fishing operations
6. Technological Leadership
Innovation Awareness: Organizations implementing novel technologies, like the " Tide Turners Device," could market themselves as the vanguard in their line of business, thereby attracting investments and collaborations.
Difference in the Market: Safety and technology can be a difference that competition in the market can use on companies. This appeal can be from customers who care about ethical and sustainable practices.
7. Contributing towards Sustainable Practices
Environmental Monitoring: The device will be fitted with sensors that might be used to monitor environment conditions, hence responsible fishing and observation of environmental requirements.
More awareness in the community towards human trafficking and safety shall lead to an even more sustainable and ethical fishing industry through the contribution of business.
Summary of the invention
• Tide Turners Device an innovation device for the safety of fishermen on seas and anti-trafficking. The innovative device takes the form of a full 360-degree safety network because it is embedded with real-time GPS tracking, emergency communication systems, and tools for community engagement. Additionally, ensuring two-way communication and tracking of fishermen, Tide Turners Device considerably reduces the risks of accidents and death. It empowers local communities to join and find better ways to combat human trafficking.
The Tide Turners Device has a user-friendly interface, which means it will not frighten a fisherman with limited technological experience. Its ruggedness ensures durability in the worst types of marine conditions, and because of its portable design, it can be easily attached to fishing gear. The device also has data analytics capability, which identifies safety patterns and high-risk areas. This may ensure proactive measures and proper decision-making, further increasing the safety and efficiency of fishing operations.
The Tide Turners Device has several impacts besides contributing to the safety of individuals. The device is contributing to a broader overall movement toward better responsible and sustainable fishing practices. By involving local communities in on-site safety work and emphasizing the dangers of human trafficking, the device creates goodwill and cooperation. Savings can be made in terms of cost, heightened morale for workforce, and improved relations with the community and can therefore benefit fishermen in general and the fishing industry as a whole. This Rescue Device from a fisherman is an innovation that brings in the way to ensure the welfare of fishermen and their communities.
Detailed Description of the Invention
The Tide Turners Device is an innovative product that contributes to the safety of fishermen at sea and counteracts human trafficking. This technology presents a much-needed gap in current versions because it is a comprehensive and integrated system using real-time communication, tracking, and community engagement.
Important Features:
Real-Time GPS Tracking for Continuous Location Monitoring
The locations of the fishermen are continuously monitored thus help can be sent at the earliest, if some sort of emergency arises in their location.
Emergency Communication System:
Instant alerts are therefore triggered to rescue agencies and nearby local administrations to take necessary action on distress cases.
User-Friendly Interface:
This device will therefore be intuitive and user-friendly even for the low-tech fisherman; it can be adopted widely
Integration with Local Services:
The centralized platform connects fishermen to rescue teams and law enforcement, ensuring smooth flowing communication channels and response actions
Community Engagement Tools:
Awareness and Education Features Promote safety-related protocols and human trafficking signs among the local communities for action.
Data Analytics Features:
Utilization of data tracing security patterns and high-risk areas, which gives room for taking proactive measures and making better decisions
Benefits of the System:
More Safety Life gets saved through few accidents and fatalities in the fishing industry.
Operational Efficiency: Rescue operations can be streamlined and fishing practice optimization would be possible through data analytics.
Cost Savings: Prevented Higher insurance premiums and reduced losses from accidents and equipment damage.
Boosted Morale of the Workforce: It enhances work pride and retention due to a safe workplace.
Strengthened Community Relations: Corporate social responsibility is enhanced, and good-will develop in the community.
Diagrams
Fig1: This picture shows how this device will work
Fig2: This graph represents the working of the device
Fig3: This pie chart represents the setup of the sensors
PHASE 1: INITIAL SETUP AND COMPONENT PREPARATION
Step 1: Core Hardware Assembly
1.1. Prepare the PCB layout
- Design 6-layer PCB with EMI shielding compartments
- Include isolation layers for RF components
- Size: 40mm x 40mm
- Add mounting points for all components
1.2. Mount primary components
- Nordic nRF52840 microcontroller
- u-blox ZOE-M8Q GPS module
- Swarm M138 Satellite Modem
- TI TMS320C6748 DSP processor for anti-jamming
- ATECC608A secure element
1.3. Install power management system
- Mount TPS62840 power management IC
- Connect solid-state lithium battery (3.7V, 600mAh)
- Install solar charging circuit
- Add power monitoring sensors
PHASE 2: ANTI-JAMMING SYSTEM INTEGRATION
Step 2: RF Protection Implementation
2.1. Install RF components
- Mount CRPA antenna array
- Connect ADL5521 low-noise amplifier
- Install bandpass filters
- Set up MIMO configuration (2x2)
2.2. Configure signal processing hardware
- Install SDR modules
- Connect phase-locked loop circuits
- Set up beamforming array
- Implement null steering system
PHASE 3: SOFTWARE DEVELOPMENT AND INTEGRATION
Step 3: Embedded Software Setup
3.1. Install base operating system
- Flash FreeRTOS onto microcontroller
- Configure boot sequence
- Set up secure boot parameters
- Initialize hardware security module
3.2. Implement core functionalities
- GPS tracking system
- Satellite communication protocols
- Power management algorithms
- Sensor data collection
3.3. Anti-jamming software integration
- Program FHSS algorithms
- Implement DSSS processing
- Configure interference detection
- Set up mitigation algorithms
Step 4: Mobile Application Development
4.1. Set up development environment
- Initialize Flutter/React Native project
- Configure AWS/Azure cloud services
- Set up MongoDB database
- Implement mapping services
4.2. Develop core features
- User authentication
- Real-time location tracking
- Data visualization
- Alert system
PHASE 4: COMMUNICATION SYSTEM SETUP
Step 5: Communication Integration
5.1. Configure short-range communication
- Set up Bluetooth 5.0 LE
- Configure NFC pairing
- Implement local data storage
- Set up data compression
5.2. Configure satellite communication
- Initialize Swarm M138 modem
- Set up store-and-forward messaging
- Implement error correction
- Configure data encryption
PHASE 5: MECHANICAL ASSEMBLY
Step 6: Physical Assembly
6.1. Prepare casing
- 3D print carbon fiber composite case
- Size: 45mm diameter, 12mm thickness
- Install waterproofing seals
- Add EMI shielding
6.2. Display integration
- Mount 1.28" Memory-in-Pixel LCD
- Install touch sensors
- Connect display controller
- Add protective layer
PHASE 6: TESTING AND VALIDATION
Step 7: System Testing
7.1. Hardware testing
- Power system verification
- RF performance testing
- Temperature testing (-20°C to 60°C)
- Water resistance testing
7.2. Anti-jamming testing
- Single-source jamming tests
- Multi-source jamming tests
- Response time verification
- Power consumption analysis
7.3. Software testing
- Unit testing of all modules
- Integration testing
- End-to-end system testing
- Security penetration testing
PHASE 7: OPTIMIZATION AND FINALIZATION
Step 8: System Optimization
8.1. Power optimization
- Fine-tune sleep modes
- Optimize wake-up triggers
- Calibrate transmission intervals
- Adjust anti-jamming power usage
8.2. Performance optimization
- Fine-tune GPS accuracy
- Optimize satellite connection
- Adjust anti-jamming sensitivity
- Calibrate sensor readings
Step 9: Final Integration
9.1. System integration
- Assemble all components
- Final firmware upload
- Security parameter configuration
- System calibration
9.2. Quality assurance
- Full system testing
- Certification testing
- Documentation completion
- User manual creation , Claims:1. We claim the Tide Turners Device gives constant, reliable location monitoring of the fishers, allowing fast response to any accident or incident and minimizing the possibilities of accidents.
2. We claim that an SOS button is included in the device to send alerts instantly to rescue services and listed contacts, hence fast intervention in times of distress.
3. We claim the user interface of the equipment makes it user-friendly for all technology-literate fishers.
4. We claim the Tide Turners Device sends a fisherman through a centralized communication platform to contact local authorities and rescue groups to ease the process of emergency response.
5. We claim the device contains modules about training and resource sharing that educate the fishermen and local communities on safety protocol and human trafficking awareness.
6. We claim the analysis of the gathered data will help the Tide Turners Device ascertain patterns of safety and risky zones; it will also permit preventive measures for general fishing operations' safety.
7. We claim the Tide Turners Device is relatively tolerant of harsh marine environments, designed rugged yet light in weight for easy portability and attachment to fishing gear without interference.
8. We claim by reducing the insurance premiums as well as the loss that results from accidents, the Tide Turners Device benefits the fishing operations financially.
9. We claim Tide Turners Device promotes a safer workplace, improves job satisfaction, and enhances the retention of fishermen by the workplace.
10. We claim the device encourages cooperation and goodwill between fishermen and the local communities through which it gets safety initiatives and human trafficking prevention through engagement.
11. We claim this device is more affordable compared to already existed devices.
12. We claim that this device can easily hand able due to its low weight and small size.
Documents
Name | Date |
---|---|
202441088837-COMPLETE SPECIFICATION [17-11-2024(online)].pdf | 17/11/2024 |
202441088837-DECLARATION OF INVENTORSHIP (FORM 5) [17-11-2024(online)].pdf | 17/11/2024 |
202441088837-DRAWINGS [17-11-2024(online)].pdf | 17/11/2024 |
202441088837-FORM 1 [17-11-2024(online)].pdf | 17/11/2024 |
202441088837-PROVISIONAL SPECIFICATION [17-11-2024(online)].pdf | 17/11/2024 |
202441088837-REQUEST FOR EARLY PUBLICATION(FORM-9) [17-11-2024(online)].pdf | 17/11/2024 |
Talk To Experts
Calculators
Downloads
By continuing past this page, you agree to our Terms of Service,, Cookie Policy, Privacy Policy and Refund Policy © - Uber9 Business Process Services Private Limited. All rights reserved.
Uber9 Business Process Services Private Limited, CIN - U74900TN2014PTC098414, GSTIN - 33AABCU7650C1ZM, Registered Office Address - F-97, Newry Shreya Apartments Anna Nagar East, Chennai, Tamil Nadu 600102, India.
Please note that we are a facilitating platform enabling access to reliable professionals. We are not a law firm and do not provide legal services ourselves. The information on this website is for the purpose of knowledge only and should not be relied upon as legal advice or opinion.