Jul 22, 2022 | Business
The Ayush sector has been constantly attempting to use technology and new innovation for various Ayurveda therapies. An advanced automated system or instrument for Therapeutic Emesis has been developed, which will make this therapy simple and convenient. Dr. B Sreenivasa Prasad, President, Board of Ayurveda, National Commission for Indian System of Medicine (NCISM) and his team of inventor were granted a patent for development of advanced automated system or instrument for Therapeutic Emesis by Controller of Patents, Government of India.
Panchakarma are the prime treatment modality in ayurveda. Panchakarma are administered for prevention, manage, cure as well as for rejuvenation purpose. Vamana (therapeutic emesis), virechana (therapeutic purgation), basti (therapeutic enema), nasya (therapy through nasal route and rakthamokshana (blood letting therapy) are the five procedures under panchakarma.
Vamana i.e., a therapeutic procedure that expels impurities or doshas through oral route. The procedure is tedious to administer for both patient and panchakarma expert consultant. Further handling the vomitus hygienically is a major challenge. Till now there is no any technology developed to ease the procedure.
The present patented equipment ‘Advanced Automated Equipment or System for Therapeutic Emesis’ has been developed to administer the difficult Vamana procedure comfortably. This technology is equipped with monitors for monitoring of vital data of patients during the procedure. There is provision for handling the vomitus hygienically and as per biomedical waste management policy. It is also provided with emergency kit that is required to manage complications of the procedure. Clinical parameters that are required to assess the procedure are also automated. In total this technology is the complete solution for administering the Vamana procedure comfortably.
This Product has been developed by Dr APJ Abdul Kalam Ayurtech Incubation Centre of KLE Ayurworld and KLE Engineering college at Belagavi, Karnataka. The Technology was amongst Top 10 at IICDC 2018 and Incubate at NSRCEL, IIM Bangalore and supported by DST and Texas Instruments.
This advanced automated system will help the Ayurveda fraternity in teaching and practicing Ayurveda with use of technology. Going forward commercialization of this invention is also being looked into, so that it can be used in across hospitals in the country.
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Apr 12, 2022 | Business
India achieved yet another milestone in context of IP innovation ecosystem, wherein for the first time in the last 11 years, the number of domestic patent filing has surpassed the number of international patent filing at Indian patent office in the Quarter Jan-Mar 2022 i.e. of the total 19796 patent applications filed, 10706 were filed by Indian applicants against 9090 by non-Indian applicants. This is represented as under:
Graph: Quarter-wise patent applications filed by Indian applicant vis-à-vis non-Indian applicant.
The Union Minister of Commerce and Industry, Consumer Affairs, Public Distribution and Textiles, Shri Piyush Goyal appreciated the consistent efforts made by DPIIT on strengthening the IPR regime in India by fostering innovation, and reducing compliance burden. The coordinated effort by DPIIT and IP office has led to increased IP awareness among all strata of society. These efforts have on one hand led to increase in the number of IPR filings, on the other hand has reduced the pendency of patent application at IP offices. He also mentioned that this will take India a step closer to the India’s ambitious target of being in the top 25 nations of Global Innovation Index.
Some of the key initiatives taken by the Government over the years that has bolstered India’s IP regime includes fee concessions like 10% rebate on online filing, 80% fee concession for Start-ups, Small Entities and educational institutions, and provisions on expedited examination for Startups and MSMEs along with other categories
The cornerstone laid down by National IPR policy and the efforts made by the Government has transpired into the following achievements for India:
- Filing of patents have increased from 42763 in 2014-15 to 66440 in 2021-22, more that 50% increase in a span of 7 years
- Nearly five times increase in grant of patents in 2021-22 (30,074) as compared to 2014-15 (5978)
- Reduction in Time of patent examination from 72 months in Dec 2016 to 5-23 months at present, for different technological areas
- India’s ranking in Global Innovation Index has increased to 46th in 2021 (+35 ranks) as compared to from 81st in 2015-16
Graph: filing and grant of patent applications over the years
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Mar 26, 2022 | Business
The international, non-profit, unaffiliated Moving Picture, Audio and Data Coding by Artificial Intelligence (MPAI) standards developing organisation has concluded its 18th General Assembly. Among the outcomes is the publication of Call for Patent Pool Administrators for two of its approved Technical Specifications.
The MPAI process of standard development prescribes that Active Principal Members, i.e., those intending to participate in the development of a Technical Specification, adopt a Framework Licence before initiating the development. All those contributing to the work are requested to accept the Framework Licence. If they are not Members, they are requested to join MPAI. Once a Technical Specification is approved, MPAI identifies patent holders and facilitates the creation of a patent pool.
Patent holders of Context-based Audio Enhancement (MPAI-CAE https://mpai.community/standards/mpai-cae/ ) and Multimodal Conversation (MPAI-MMC https://mpai.community/standards/mpai-mmc/) have agreed to issue a Call for Patent Pool Administrator (https://mpai.community/standards/mpai-cae/mpai-call-for-patent-pool-adimistrator/) and have asked MPAI to publish the call on its website. The Patent Holders expect to work with the selected Entity to facilitate a licensing program that responds to the requirements of the licensees while ensuring the commercial viability of the program. In the future, the coverage of the patent pool may be extended to new versions of MPAI-CAE and MPAI-MMC, and/or other MPAI standards.
Parties interested in being selected as Entity are requested to communicate, no later than 1 May 2022, their interest and provide appropriate material as a qualification to the MPAI Secretariat(pooling@mpai.community). The Secretariat will forward the received material to the Patent Holders.
While Version 1 of MPAI-CAE and MPAI-MMC are progressing toward practical deployment, work is ongoing to develop Use Cases and Functional Requirements of MPAI-CAE and MPAI-MMC V2. These will extend the V1 technologies to support new use cases, i.e., Conversation about a Scene (CAS), enabling a human holds a conversation with a machine on the objects in a scene.
Human to Connected Autonomous Vehicle Interaction (HCI), enabling humans to have rich interaction, including question answering and conversation with a Connected Autonomous Vehicle (CAV).
Mixed-reality Collaborative Spaces (MCS), enabling humans to develop collaborative activities in a Mixed-Reality space via their avatars.
MPAI develops data coding standards for applications that have AI as the core enabling technology. Any legal entity supporting the MPAI mission may join MPAI, if able to contribute to the development of standards for the efficient use of data.
MPAI is currently engaged in extending some of the already approved standards and developing other 9 standards.
Name of standard: AI Framework
– Acronym: MPAI-AIF
– link: https://mpai.community/standards/mpai-aif
– Brief description: Specifies an infrastructure enabling the execution of implementations and access to the MPAI Store.
Name of standard: Context-based Audio Enhancement
-Acronym: MPAI-CAE
-link: https://mpai.community/standards/mpai-cae
– Brief description: Improves the user experience of audio-related applications in a variety of contexts.
Name of standard: Compression and Understanding of Industrial Data
– Acronym: MPAI-CUI
– link: https://mpai.community/standards/mpai-cui
– Brief description: Predicts the company performance from governance, financial, and risk data.
Name of standard: Governance of the MPAI Ecosystem
-Acronym: MPAI-GME
-link: https://mpai.community/standards/mpai-gme
– Brief description: Establishes the rules governing the submission of and access to interoperable implementations.
Name of standard: Multimodal Conversation
-Acronym: MPAI-MMC
– link: https://mpai.community/standards/mpai-mmc
– Brief description: Enables human-machine conversation emulating human-human conversation.
Name of standard: Server-based Predictive Multiplayer Gaming (in development)
-Acronym: MPAI-SPG
-link: https://mpai.community/standards/mpai-spg
– Brief description: Trains a network to compensate data losses and detects false data in online multiplayer gaming.
Name of standard: AI-Enhanced Video Coding (in development)
-Acronym: MPAI-EVC
-link: https://mpai.community/standards/mpai-evc
– Brief description: Improves existing video coding with AI tools for short-to-medium term applications.
Name of standard: End-to-End Video Coding (in development)
-Acronym: MPAI-EEV
-link: https://mpai.community/standards/mpai-eev
– Brief description: Explores the promising area of AI-based “end-to-end” video coding for longer-term applications.
Name of standard: Connected Autonomous Vehicles (in development)
-Acronym: MPAI-CAV
-link: https://mpai.community/standards/mpai-cav
– Brief description: Specifies components for Environment Sensing, Autonomous Motion, and Motion Actuation.
Name of standard: Avatar Representation and Animation (in development)
-Acronym: MPAI-ARA
-link: https://mpai.community/standards/mpai-ara
– Brief description: Specifies descriptors of avatars impersonating real humans.
Name of standard: Neural Network Watermarking (in development)
-Acronym: MPAI-NNW
-link: https://mpai.community/standards/mpai-nnw
– Brief description: Measures the impact of adding ownership and licensing information in models and inferences.
Name of standard: Integrative Genomic/Sensor Analysis (in development)
-Acronym: MPAI-GSA
-link: https://mpai.community/standards/mpai-gsa
– Brief description: Compresses high-throughput experiments data combining genomic/proteomic and other.
Name of standard: Mixed-reality Collaborative Spaces (in development)
-Acronym: MPAI-MCS
-link: https://mpai.community/standards/mpai-mcs
– Brief description: Supports collaboration of humans represented by avatars in virtual-reality spaces called Ambients
Name of standard: Visual Object and Scene Description (in development)
-Acronym: MPAI-OSD
link: https://mpai.community/standards/mpai-osd
– Brief description: Describes objects and their attributes in a scene and the semantic description of the objects.
Visit the MPAI web site (https://mpai.community/), contact the MPAI secretariat (secretariat@mpai.community) for specific information, subscribe to the MPAI Newsletter and follow MPAI on social media:
– LinkedIn (https://www.linkedin.com/groups/13949076/)
– Twitter (https://twitter.com/mpaicommunity)
– Facebook (https://www.facebook.com/mpaicommunity) ,
– Instagram (https://www.instagram.com/mpaicommunity/)
– YouTube (https://m.youtube.com/c/mpaistandards).
Most important: join MPAI (https://mpai.community/how-to-join/join/), share the fun, build the future.
