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The Patent Office Journal No. 47/2017 Dated 24/11/2017 43843

ऩेटेंट कामाारम शासकीम जनार

OFFICIAL JOURNAL

OF

THE PATENT OFFICE

ननर्ाभन सॊ. 47/2017 शकु्रवाय ददनाॊक: 24/11/2017 ISSUE NO. 47/2017 FRIDAY DATE: 24/11/2017

ऩेटेंट कामाारम का एक प्रकाशन PUBLICATION OF THE PATENT OFFICE


INTRODUCTION

In view of the recent amendment made in the Patents Act, 1970 by the Patents (Amendment) Act, 2005

effective from 01st January 2005, the Official Journal of The Patent Office is required to be published under

the Statute. This Journal is being published on weekly basis on every Friday covering the various proceedings

on Patents as required according to the provision of Section 145 of the Patents Act 1970. All the enquiries on

this Official Journal and other information as required by the public should be addressed to the Controller

General of Patents, Designs & Trade Marks. Suggestions and comments are requested from all quarters so that

the content can be enriched.

( Om Prakash Gupta ) CONTROLLER GENERAL OF PATENTS, DESIGNS & TRADE MARKS

24TH

NOVEMBER, 2017


CONTENTS

SUBJECT PAGE NUMBER

JURISDICTION : 43846 – 43847

SPECIAL NOTICE : 43848 – 43849

CORRIGENDUM(CHENNAI) : 43850

EARLY PUBLICATION (DELHI) : 43851 – 43861

EARLY PUBLICATION ( CHENNAI) : 43862 – 43891

PUBLICATION AFTER 18 MONTHS (DELHI) : 43892 – 44392

PUBLICATION AFTER 18 MONTHS (MUMBAI) : 44393 – 44477

PUBLICATION AFTER 18 MONTHS (CHENNAI) : 44478 – 44903

PUBLICATION AFTER 18 MONTHS (KOLKATA) : 44904 – 44944

WEEKLY ISSUED FER (DELHI) : 44945 – 44978

WEEKLY ISSUED FER (MUMBAI) : 44979 – 44999

WEEKLY ISSUED FER (CHENNAI) : 45000 – 45038

WEEKLY ISSUED FER (KOLKATA) : 45039 – 45052

PUBLICATION UNDER SECTION 43(2) IN RESPECT OF THE

GRANT (DELHI) : 45053 – 45061


GRANT (MUMBAI) : 45062 – 45064


GRANT (CHENNAI) : 45065 – 45070


GRANT (KOLKATA) : 45071 – 45074

INTRODUCTION TO DESIGN PUBLICATION : 45075

DESIGN CORRIGENDUM : 45076

REGISTRATION OF DESIGNS : 45077 - 45145


THE PATENT OFFICE

KOLKATA, 24/11/2017

Address of the Patent Offices/Jurisdictions

The following are addresses of all the Patent Offices located at different places having their Territorial

Jurisdiction on a Zonal basis as shown below:- 1 Office of the Controller General of Patents,

Designs & Trade Marks, Boudhik Sampada Bhavan, Near Antop Hill Post Office,S.M.Road,Antop Hill, Mumbai – 400 037

Phone: (91)(22) 24123311, Fax : (91)(22) 24123322 E-mail: [email protected]

4 The Patent Office, Government of India, Intellectual Property Rights Building, G.S.T. Road, Guindy, Chennai – 600 032. Phone: (91)(44) 2250 2081-84 Fax : (91)(44) 2250 2066 E-mail: [email protected]

The States of Andhra Pradesh, Telangana, Karnataka, Kerala, Tamil Nadu and the Union Territories of Puducherry and Lakshadweep.

2 The Patent Office, Government of India, Boudhik Sampada Bhavan, Near Antop Hill Post Office,S.M.Road,Antop Hill,

Mumbai – 400 037 Phone: (91)(22) 24137701 Fax: (91)(22) 24130387

E-mail: [email protected] The States of Gujarat, Maharashtra, Madhya

Pradesh, Goa and Chhattisgarh and the Union Territories of Daman and Diu & Dadra and Nagar Haveli

5

The Patent Office (Head Office), Government of India, Boudhik Sampada Bhavan, CP-2, Sector –V, Salt Lake City, Kolkata- 700 091 Phone: (91)(33) 2367 1943/44/45/46/87 Fax: (91)(33) 2367 1988 E-Mail: [email protected]

Rest of India 3

The Patent Office, Government of India, Boudhik Sampada Bhavan, Plot No. 32., Sector-14, Dwarka, New Delhi – 110075 Phone: (91)(11) 25300200 & 28032253 Fax: (91)(11) 28034301 & 28034302 E.mail: [email protected]

The States of Haryana, Himachal Pradesh, Jammu and Kashmir, Punjab, Rajasthan, Uttar Pradesh, Uttaranchal, Delhi and the Union Territory of Chandigarh.

Website: www.ipindia.nic.in www.patentoffice.nic.in All applications, notices, statements or other documents or any fees required by the Patents Act, 1970

and The Patents (Amendment) Act, 2005 or by the Patents (Amendment) Rules, 2006 will be received

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Patents drawn on a scheduled Bank at the place where the appropriate office is situated.

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ऩेटेंट कामाारम कोरकाता, ददनाॊक 24/11/2017

•कामाारमों के ऺेत्राधधकाय के ऩते ववभबन्न जर्हों ऩय स्थथत ऩेटेंट कामाारम के ऩत ेआॊचभरक आधाय ऩय दभशात उनके प्रादेभशक अधधकाय ऺेत्र के

साथ नीच ेददए र्ए है:- 1 कामाारम : भहाननमॊत्रक, एकथव, अभबकल्ऩ

तथा व्माऩाय धचहन, एॊटोऩ दहर डाकघय के सभीऩ, एस. एभ. योड, एॊटोऩ दहर, भमु्फई- 400 037, बायत, पोन: (91) (22) 24123311 फ़ैक्स: (91) (22) 24123322 ई. भेर: [email protected]

4 ऩेटेंट कामाारम, बायत सयकाय इॊटेरेक्चुअर प्रॉऩटी याइट्स बफस्ल्डॊर्, इॊडस्थिमर इथटेट एसआईडीसीओ आयएभडी र्ोडाउन एरयमा एडजसेन्ट टु ईर्र फ्राथक, जी. एस. टी. योड, र्ामन्डी चने्नई - 600 032. पोन: (91)(44) 2250 2081-84 फ़ैक्स: (91)(44) 2250-2066 ई. भेर: [email protected]

आन्र प्रदेश, तेरॊर्ाना, कनााटक, केयर, तभभरनाडु तथा ऩुडुचेयी याज्म ऺेत्र एवॊ सॊघ शाभसत ऺेत्र, रऺदीऩ

2 ऩेटेंट कामाारम, बायत सयकाय फौविक सॊऩदा बवन, एॊटोऩ दहर डाकघय के सभीऩ, एस. एभ. योड, एॊटोऩ दहर, भमु्फई- 400 037, पोन: (91) (22) 24137701 फ़ैक्स: (91) (22) 24130387 ई. भेर: [email protected]

•र्ुजयात, भहायाष्ट्ि, भध्म प्रदेश, र्ोवा तथा छत्तीसर्ढ़ याज्म ऺेत्र एवॊ सॊघ शाभसत ऺते्र, दभन तथा दीव, दादय औय नर्य हवेरी.

5 ऩेटेंट कामाारम, बायत सयकाय कोरकाता, (प्रधान कामाारम) फौविक सॊऩदा बवन, सीऩी-2, सेक्टय- V, साल्ट रेक भसटी, कोरकाता-700 091, बायत. पोन: (91)(33) 2367 1943/44/45/46/87 फ़ैक्स:/Fax: (91)(33) 2367 1988 ई. भेर: [email protected]

बायत का अवशेष ऺेत्र

3 ऩेटेंट कामाारम, बायत सयकाय फौविक सॊऩदा बवन, प्रॉट सॊ. 32, सेक्टय- 14, द्वायका, नई ददल्री- 110 075. पोन: (91)(11) 25300200, 28032253 फ़ैक्स: (91)(11) 28034301, 28034302 ई. भेर: [email protected] हरयमाणा, दहभाचर प्रदेश, जम्भू तथा कश्भीय, ऩॊजाफ,याजथथान, उत्तय प्रदेश, ददल्री तथा उत्तयाॊचर याज्म ऺेत्रों, एवॊ सॊघ शाभसत ऺेत्र चॊडीर्ढ़

वेफसाइट: http://www.ipindia.nic.in www.patentoffice.nic.in

ऩेटेंट अधधननमभ, 1970 तथा ऩेटेंट (सॊशोधन) अधधननमभ, 2005 अथवा ऩेटेंट (सॊशोधन) ननमभ, 2006 द्वाया वाॊनछत सबी आवेदन, सूचनाए, वववयण मा अन्म दथतावेज़ मा कोई शुल्क ऩेटेंट कामाारम के केवर उऩमुक्त कामाारम भें थवीकृत होंरे्। शुल्क: शुल्क मा तो नर्द रूऩ भें मा Controller of Patents के नाभ भें देम फैंक ड्राफ्ट मा चके के द्वाया बेजी जा सकती है जो उसी थथान के ककसी अनुसूधचत फैंक भें प्रदत्त हो जहाॉ उऩमुक्त कामाारम स्थथत है ।

mailto:[email protected]:[email protected]:[email protected]://www.ipindia.nic.in/


SPECIAL NOTICE

18 Months publication as required under Section 11A of the Patents Act, 1970

as amended by the Patents (Amendment) Act, 2005.

Notice is hereby given that any person at any time before the grant of Patent may give representation by way of

opposition to the Controller of Patents at appropriate office on the ground and in a manner specified under

section 25(1) of the Patents (Amendment) Act, 2005 read with Rule 55 of the Patents (Amendment) Rules,

2006.

Notice is also given that if any interested person requests for copies of the complete specification, drawing and

abstract of any application already published, the photocopy of the same can be supplied by the Patent Office as

per the jurisdiction on payment of prescribed fees of Rs.8/- per page. If any further details are required to be

obtained, the same can be provided by the respective Patent Offices on request.

(Om Prakash Gupta) CONTROLLER GENERAL OF PATENTS, DESIGNS & TRADE MARKS


SPECIAL NOTICE

Under the new provision of the Patents Act, 1970 as amended by the Patents (Amendment) Act, 2005

and Rules there under, Publication of the matter relating to Patents in the Official Gazette of India Part III,

Section 2 has been discontinued and instead The Official Journal of the Patent Office is being published

containing all the activities of The Patent Office such as publication of all the patent applications after 18th

months , grant of patents & all other information in respect of the proceedings as required under the provisions

of the Patents (Amendment) Act, 2005 and Rules thereunder on weekly basis on every Friday.

The Journal is uploaded in the website every Friday. So Paper form and CD-ROM form of the Journal are

discontinued from 01/01/2009.

SPECIAL NOTICE

Every effort is being taken to publish all the patent applications under section 11(A) of the Patents Act.

However, if duplication of publication of any application is found, then earlier date of publication will be taken

for the purpose of provisional protection for applicant and Patent Office will grant Patent not before six months

from the date of second publication, provided that there is there is no third party representation.


CORRIGENDUM(CHENNAI)

The Patent Application No. 201641031413 was published in the Official Journal No.05/3027 Dated 03/02/2017.

The applicant name shall be read as Mr.NADARAJAN.K not as published in the journal such as Mr.Nandarajan.K.


Early Publication: The following patent applications have been published under section 11A (2) of The Patents (Amendment) Act 2005 and rule

24A of The Patents (Amendment) Rules, 2006. Any person may file representation by way of opposition to the Controller of

Patents at the appropriate office against the grant of the patent in the prescribed manner under section 25(1) of the Patents

(Amendment) Act 2005 read with the rule 55 of The Patents (Amendment) Rules, 2006:

(12) PATENT APPLICATION PUBLICATION (21) Application No.201711039173 A

(19) INDIA

(22) Date of filing of Application :03/11/2017 (43) Publication Date : 24/11/2017

(54) Title of the invention : RFID BASED MULTIPURPOSE TRAFFIC LIGHT SYSTEM

(51) International classification :G08G1/07

(31) Priority Document No :NA

(32) Priority Date :NA

(33) Name of priority country :NA

(86) International Application No

Filing Date

:NA

:NA

(87) International Publication No : NA

(61) Patent of Addition to Application Number

Filing Date

:NA

:NA

(62) Divisional to Application Number

Filing Date

:NA

:NA

(71)Name of Applicant :

1)Parminder Singh Address of Applicant :H.No 33, G-Block, Shivalik Vihar,

Naya Gaon, MOHALI Punjab India

2)Naveen Aggarwal (72)Name of Inventor :

1)Naveen Aggarwal

2)Parminder Singh

3)Rigzin Angmo

4)Tushar Gupta

5)Sarvjit Singh

(57) Abstract :

The RFID based multipurpose Traffic Light System consists of 2 systems: The RFID system and the Traffic Light system. Whenever

a vehicle arrive towards the traffic lights, it is first detected by the RFID system which is installed prior to the traffic light system. The

RFID reader which is installed in RFID SYSTEM, will continuously check for vehicle with RFID tag and read the tag value installed

in them. The controller will match the tag value of vehicle with already stored different category of databases i.e. emergency vehicle

database, public transport database, defaulter™s database, crime database, general database, registering & license authority (RLA)

database. And if the tag value matches with any of the stored value stored in these databases, then massage flag is sent to the Traffic

Lights system wireless technology i.e. CDMA/GSM/IOT OR INTERNET SERVER, to take the specific decision based on the

database category of the vehicle. In case of emergency vehicle the massage flag sent to Traffic Light system is to turn the light green

of the direction from where the emergency vehicle is coming. Free passage will be provided by turning the lights Green and hence

allowing the traffic ahead to get clear, so that the emergency vehicle could easily pass. Once the Emergency Vehicles passes through

the traffic junctions, resetting of traffic lights would be done. For resetting, the next direction™s RFID™s controller (the direction in

which the emergency vehicle turns after crossing the previous particular junction) will send two flags. One flag reset the previous

traffic lights from where the emergency vehicle came, and the other flag set the next upcoming traffic light to provide free passage in

that direction. Besides providing free passage to the emergency vehicles, Traffic Light System will also handles case of multiple

emergency vehicles arriving at the same junction at same time. It also perform multiple functions like tracing the stolen vehicle,

information regarding the incoming public transportation at the bus stops and to its subscribers; can detect the traffic rules defaulters

(over speeding, red light crossing, expired vehicle registration, overloading etc.) and automatically issue fine to defaulters and also

notify the police authority about the crime; tracing of the vehicles by the subscribed owners and traffic flow management.

No. of Pages : 20 No. of Claims : 14



(19) INDIA


(54) Title of the invention : ECO NATURAL KRISHI VARDHAK

(51) International classification :A01K63/00





Filing Date

:NA

:NA



Filing Date

:NA

:NA


Filing Date

:NA

:NA


1)Pankaj Garg Address of Applicant :University Campus Jayoti Vidyapeeth

Women™s University, Vedaant Gyan Valley, Village-Jharna,

Mahala Jobner Link Road, Jaipur Ajmer Express Way, NH-8,

Jaipur-303122, Rajasthan (INDIA) Rajasthan India

(72)Name of Inventor :

1)Pankaj Garg

2)Rouhi Dahiya

3)Aditi Tripathi

(57) Abstract :

The present research relates to the Eco Natural Krishi Vardhak bioformulated with modified nutrient broth by incorporating the pink

pigmented facultative methylotroph strain no. PPFMJ01 isolated from phyllosphere of Coriandrum sativum crop. Plant™s best friend

pink pigmented facultative methylotrophs (PPFM) are ubiquitous in nature and belonging to the genus Methylobacterium. These

symbiotic bacteria are gram negative, aerobic in nature and have potential to grow on one carbon compounds such as methanol as the

sole carbon and energy source. An Eco Natural Krishi Vardhak is the biostimulator, biofertilizer and biocontroller as they directly

influence the plant growth by generating vitamins, producing indole acetic acid (IAA) and cytokinins phytohormones as well as

supply nitrogen to the plant through diazotroph characterization.




(19) INDIA


(54) Title of the invention : KRISHAK MITRA HERBAL PEST/INSECT REPELLENT

(51) International classification :A01N65/12





Filing Date

:NA

:NA



Filing Date

:NA

:NA


Filing Date

:NA

:NA


1)Pankaj Garg Address of Applicant :Jayoti Vidyapeeth Women™s

University, Vedaant Gyan Valley, Village-Jharna, Mahala Jobner

Link Road, Jaipur Ajmer Express Way, NH-8, Jaipur-303122,

Rajasthan (INDIA) Rajasthan India


1)Rouhi Dahiya

2)Pramod K,. Raghav

3)Sonam Sneha

(57) Abstract :

The present investigation is related to an eco-natural pest/insect repellent comprising a mixture of plant extracts and animal product

that repels insects and pests. The Krishak Mitra Herbal Pest/Insect Repellent works by the process such as repellency and paralysis

and suffocation. The Krishak Mitra Herbal pest/insect repellent can be applied as a liquid spray on the plants or by adding into soil

surrounding the plant and it will repel the pests and insects. The constituents are the combination of Neem (Azardirachta indica),

Enermi (Clerodendrum inerme), Akra (Calotropis procera), Dhatura (Datura stramonium), Citronella (Cymbopogon nardus), Arjuna

(Terminalia arjuna), Mint (Mentha pulegium), Cow Urine and Cow Dung.




(19) INDIA


(54) Title of the invention : METHOD AND SYSTEM FOR DETERMINING THE THERMAL POWER LINE RATING

(51) International classification :H02J3/00,G01C9/00,G06F17/00

(31) Priority Document No :14/579792

(32) Priority Date :22/12/2014

(33) Name of priority country :U.S.A.

(86) International Application

No

Filing Date

:PCT/EP2015/080755

:21/12/2015

(87) International Publication No :WO 2016/102443

(61) Patent of Addition to

Application Number

Filing Date

:NA

:NA

(62) Divisional to Application

Number

Filing Date

:NA

:NA


1)AMPACIMON SA Address of Applicant :Rue Jean Gruslin 9 4460 Grace

Hollogne Belgium


1)LILIEN Jean Louis

2)NGUYEN Huu Minh

3)GODARD Bertrand

(57) Abstract :

tan(a)The present invention relates to a method for measuring the power line thermal rating or maximum allowable current rating of

an overhead power line with respect to a suspended/anchored cable span (2) comprising at least the following steps of: monitoring a

motion of at least one point P of said suspended/anchored cable span (2) over a time interval; monitoring actual line current I in

A over said time interval; determining an actual sag of said suspended/anchored cable as a variable of actual line current; measuring or

determining the effective wind speed of said suspended/anchored cable span (2) over said time interval; determining a sag reserve

DF in m for thermal rating which is the distance between the actual sag and a maximum allowable sag; determining the rate of

change tan(a) in m/A of the actual sag versus the square of the line current for the effective wind speed; and determining the power

line thermal rating of the overhead power line or ampacity linked to a corresponding safety clearance at measured or determined

effective wind speed by adding the square of actual current I to the ratio of the sag reserve DF by the sag rate of change at the

effective wind speed and taking the square root of that addition i.e. (formula I) wherein ampacity is in amperes.




(19) INDIA


(54) Title of the invention : SEAMLESS VIRTUAL DIAGNOSTIC SYSTEM AND METHOD THEREOF

(51) International classification :G06F11/00





Filing Date

:NA

:NA



Filing Date

:NA

:NA


Filing Date

:NA

:NA


1)DOCTORE HEALTH SERVICES PRIVATE LIMITED Address of Applicant :D-243, Anupam Gardens, Neb Sarai,

New Delhi-110068 Delhi India


1)PRANAV TRIPATHI

2)VIMARSH RAINA

(57) Abstract :

The present invention relates to a seamless virtual diagnostic system and method thereof. The present invention provides fully

automated virtual diagnostic system with minimum human interference, thereby minimizing the error rates and operates in such a

manner to accommodate all types of patients such as IPD (Inpatients department), OPD (Out-patients Department), emergency as well

as home care patients. The system comprises of a Central Information System, an Equipment Interfacing Platform, a network

architecture, equipment, authorized user and patient. The system enables pathologists at remote sites to control equipments on real-

time basis to conduct and validate the test and the patients are able to view the status of their diagnostic tests and view reports on real-

time basis. The system and method of present invention facilitates patients and pathologists in terms of time, cost and efficiency. Fig.

1




(19) INDIA


(54) Title of the invention : SYSTEM AND METHOD FOR TEST SUITE OPTIMIZATION IN REGRESSION TESTING

(51) International classification :G06F13/00





Filing Date

:NA

:NA



Filing Date

:NA

:NA


Filing Date

:NA

:NA


1)SHREE, RAJ Address of Applicant :B-1/1-4, DEPARTMENT OF

INFORMATION TECHNOLOGY, BABASAHEB BHIMRAO

AMBEDKAR UNIVERSITY, VIDYA VIHAR, RAEBARELI

ROAD, LUCKNOW (226025), INDIA Uttar Pradesh India

2)SINGH, SHILPI

3)PANDEY, RAVI PRAKASH (72)Name of Inventor :

1)SHREE, RAJ

2)SINGH, SHILPI

3)PANDEY, RAVI PRAKASH

(57) Abstract :

A system and method for generating an optimal test suite for effective regression testing. Test cases are analyzed and compared to

know their similarity level. According to the generated similarity matrix, clusters of similar test cases are created. On each cluster, the

minimization and prioritization both are applied according to the execution order selected by the user. The principal objective of this

invention is to propose a method for generation of an optimal test suite by combining more than one regression testing techniques with

the help of multiple criteria.




(19) INDIA


(54) Title of the invention : A DESPECKLING FRAMEWORK OF AGRICULTURAL SAR IMAGES FOR LAND MONITORING

(51) International classification :G06T7/00





Filing Date

:NA

:NA



Filing Date

:NA

:NA


Filing Date

:NA

:NA


1)RAJ SHREE Address of Applicant :B-1/1-4, DEPARTMENT OF

INFORMATION TECHNOLOGY, BABASAHEB BHIMRAO

AMBEDKAR UNIVERSITY, VIDYA VIHAR, RAEBARELI

ROAD, LUCKNOW (226025), INDIA Uttar Pradesh India

2)PRABHISHEK SINGH

3)RAVI PRAKASH PANDEY (72)Name of Inventor :

1)RAJ SHREE

2)PRABHISHEK SINGH

3)RAVI PRAKASH PANDEY

(57) Abstract :

The presented invention is based on homomorphic filtering to restore the speckled agricultural SAR images for land monitoring,

which gets degraded during image acquisition, by the granular pattern noise known as speckle noise. SAR images of agricultural land

are high dimensional images and preserving the detailed information like edges, texture and structures is one major issue. The db2

based DWT is applied for multiresolution decomposition. The detailed part are subjected to bayesian shrinkage rule using soft

thresholding and NLM filter is implemented at specific stages including at approximate part. Since the complete restoration of

speckled SAR images is not possible, some information gets missed and sometimes some artifacts gets also evolved. In order to

remove these artifacts and recover information, a newly emerged concept is embedded to this framework known as method noise

wavelet thresholding. The unfiltered part of the despeckled image is restored by method noise thresholding




(19) INDIA


(54) Title of the invention : COMMUNICATION METHOD AND MOBILE TERMINAL

(51) International classification :H04N7/15

(31) Priority Document No :201611263318.4


(33) Name of priority country :China


Filing Date

:NA

:NA



Filing Date

:NA

:NA


Filing Date

:NA

:NA


1)GUANGDONG OPPO MOBILE

TELECOMMUNICATIONS CORP., LTD., Address of Applicant :No.18, Haibin Road, Wusha, Chang'an,

Dongguan, Guangdong 523860, China China


1)JIAN BAI

(57) Abstract :

The embodiments of the disclosure disclose a communication method and a mobile terminal. The method includes: when a data

communication request sent from a first peripheral device to a second peripheral device is detected, querying whether N peripheral

device sets contain a first identifier of the first peripheral device and a second identifier of the second peripheral device, the N

peripheral device sets being associated with N communication processors respectively, and each peripheral device set containing an

identifier of each peripheral device connected to the corresponding communication processor (S101); and when an ith peripheral

device set of the N peripheral device sets contains the first and second identifiers, sending communication link configuration

information to the first peripheral device, so as to instruct the first peripheral device to perform data communication with the second

peripheral device via an ith communication processor (S102). (FIG. 1)




(19) INDIA


(54) Title of the invention : METHOD FOR PERFORMING COMMUNICATION BETWEEN PERIPHERAL DEVICES OF

MOBILE TERMINAL AND MOBILE TERMINAL

(51) International classification :H04N7/15





Filing Date

:NA

:NA



Filing Date

:NA

:NA


Filing Date

:NA

:NA



TELECOMMUNICATIONS CORP., LTD. Address of Applicant :No.18, Haibin Road, Wusha, Chang'an,



1)JIAN BAI

(57) Abstract :

The embodiments of the disclosure disclose a communication method between peripheral devices of a mobile terminal and a mobile

terminal. The mobile terminal includes at least two peripheral device and a bus, wherein each of the at least two peripheral devices is

directly connected to the bus, and the at least two peripheral devices communicate with each other via the bus. A first peripheral

device of the at least two peripheral devices is configured to send, when the first peripheral device needs to access a second peripheral

device of the at least two peripheral devices, an access instruction to the second peripheral device via the bus; and the second

peripheral device is configured to receive the access instruction, and execute an operation corresponding to the access instruction.




(19) INDIA


(54) Title of the invention : NETWORK ACCESS METHOD, TERMINAL AND STORAGE MEDIUM

(51) International classification :H04L29/08





Filing Date

:NA

:NA



Filing Date

:NA

:NA


Filing Date

:NA

:NA



TELECOMMUNICATIONS CORP., LTD Address of Applicant :No.18, Haibin Road, Wusha, Chang'an,



1)XUKANG WANG

2)ZHENGPENG TAN

(57) Abstract :

Disclosed are a network access method, a terminal and a non-transitory processor readable medium. According to the method, a

terminal scans frequency points to perform network search. The scanned frequency points are added to a first pre-set list. If the

terminal fails in registration under a current Public Land Mobile Network (PLMN), the frequency points stored in the first preset list

are searched in a next PLMN registration process so as to perform network registration.




(19) INDIA


(54) Title of the invention : PHARMACEUTICAL CAPSULE COMPOSITION COMPRISING SILODOSIN

(51) International classification :A61K31/404





Filing Date

:NA

:NA



Filing Date

:NA

:NA


Filing Date

:NA

:NA


1)ALFRED E. TIEFENBACHER (GmbH & Co. KG) Address of Applicant :Van-der-Smissen-Strasse 1, 22767

Hamburg, Germany Germany


1)Venkatasimhadri Naidu Kalamata

2)Rajkumar Boddu

3)Bala Ramesha Chary Rallabandi

4)Ruslan Staver

5)Hendrik Schlehahn

(57) Abstract :

The invention relates to a pharmaceutical composition in the form of a capsule, comprising a powder mixture comprising silodosin.

The invention also relates to the use of said formulation in the treatment of dysuria and/or benign prostatic hyperplasia and to a

method for the manufacture of the composition comprising mixing the excipients and silodosin in a single powder mixture or blend

and direct filling into a capsule.




(19) INDIA


(54) Title of the invention : A NOVEL METHOD FOR ISOLATION AND LONG TERM STORAGE OF LYTIC PHAGES OF

VIBRIO VULNIFICUS

(51) International classification :A61K35/76;C12N7/00;

C07K14/005;





Filing Date

:NA

:NA


(61) Patent of Addition to Application

Number

Filing Date

:NA

:NA


Filing Date

:NA

:NA


1)SREE BALAJI MEDICAL COLLEGE & HOSPITAL,

BIHER- BHARATH UNIVERSITY Address of Applicant :#7, WORKS ROAD, CHROMEPET

CHENNAI TAMILNADU INDIA 600044 Tamil Nadu India


1)Dr. PALANIAPPAN RAMASAMY

2)Dr.PAPPU SRINIVASAN

(57) Abstract :

Title: A NOVEL METHOD FOR ISOLATION AND LONG TERM STORAGE OF LYTIC PHAGES OF VIBRIO VULNIFICUS

APPLICANT: SREE BALAJI MEDICAL COLLEGE & HOSPITAL, BIHER- BHARATH UNIVERSITY ABSTRACT In the

present invention, Vibrio vulnificus lytic phages were found to cause lysis of the bacterial cells of Vibrio and the phages can be used

for phage therapy of Vibriosis. Therefore bacterial cells of V. vulnificus were grown in Luria Bertani (LB) medium/Nutrient broth

medium for 6 h shaking (200 rpm) at 37°C, the cells from the bacterial cultures were centrifuged at 1000 rpm for 30 min at 4C,

filtered through a 0.22 m membrane filter and the filtrate consisted only of a purified population of V. vulnificus lytic phages and they

were stored for long-term in a mixture of chloroform (10%) and dimethyl sulfoxide (DMSO) (10%). The frozen V. vulnificus lytic

phage stocks were taken from storage, used for the Vibrio lytic experiments and again stored at -40C for long term use. Double layer

agar plates were prepared and the plaque formation, inhibition of the growth and lysis of the infected Vibrio cells were determined.

For phage isolation, purification and stock preparation of single plaques for large-scale purification, serial-dilution was carried out

from positive phage containing samples. The lytic effects and stability of the phages on long term storage, treatment with enzymes,

organic solvents, detergents, pH temperature, were determined by employing agar bioassay method and one-step growth experiment.

Our studies have shown that chloroform, acetone, ethyl alcohol, methyl alcohol, ribonuclease (RNase), trypsin, protease, Triton-X100

treatments did not affect the biocontrol lytic effects of the phages. In contrast, the phages were inactivated completely and hence they

could not show biocontrol lytic effects at temperatures over 60°C, pH ( 12), lysozyme and sodium dodecyl sulfate (SDS) treatment.

One-step growth experiments indicated that the latent period was 3 hrs with the burst size at 37°C. Agar bioassay method indicated

that the percentage inhibition of the Vibrio isolates were 70%, -75%. We showed that that the method developed in the study can be

easily employed for phage therapy while the phages could be stored at -40C for a long time and advantageously used for the

biocontrol of Vibriosis.




(19) INDIA


(54) Title of the invention : BACTERIOPHAGE PREPARATION FOR BIOCONTROL OF VIBRIOSIS






Filing Date

:NA

:NA



Filing Date

:NA

:NA


Filing Date

:NA

:NA






1)Dr. PALANIAPPAN RAMASAMY

2)Dr.PAPPU SRINIVASAN

(57) Abstract :

TITLE: BACTERIOPHAGE PREPARATION FOR BIOCONTROL OF VIBRIOSIS APPLICANT: SREE BALAJI MEDICAL

COLLEGE & HOSPITAL, BIHER- BHARATH UNIVERSITY ABSTRACT The phage therapy is one of the valuable strategies for

the control of bacterial diseases. The present invention demonstrated the occurrence of Vibrio vulnificus lytic phages viz. vv1, vv2,

vv3 and vv4, preparation of bacteriophage and its efficacy in phage therapy control of vibriosis. Theselytic phages were shown to

cause lysis of various isolates of Vibrio and to have a broad host range lytic spectrum and have potential biocontrol effects of the

luminous Vibrio bacteria. Agar bioassay method signified that the percentage inhibition of the Vibrio sp. was 75% (VV1) and 70%

(VV2, VV3 & VV4), respectively. One-step growth experiments of the lytic phage infected Vibrio vulnificus showed that the latent

period was 3 hrs with the burst size at 37°C. The lytic viruses are tectiviruses of the family tectiviridae having a typical double layered

elongated icosahedral head with a tapering tube-like tail. Thus the current study demonstrated the application and efficacy of the

Vibrio vulnificus lytic phages against various isolates of the Vibrio bacterial pathogens.




(19) INDIA


(54) Title of the invention : SOLAR PV POWERED VAPOR COMPRESSION REFRIGERATION UNIT FOR THE

SIMULTANEOUS GENERATION OF POWER, COOLING AND WATER

(51) International classification

:F25B27/00;

F25B49/02;

F25D11/00;





Filing Date

:NA

:NA



Filing Date

:NA

:NA


Filing Date

:NA

:NA


1)Dr. R.VELRAJ Address of Applicant :Institute for Energy Studies College of

Engineering Guindy,Anna University Chennai-600 025 Tamil

Nadu India

2)Dr. T. Arunkumar

3)Dr. G. Kumaresan

4)Ms. V. Gayathri (72)Name of Inventor :

1)Dr. R.VELRAJ

2)Dr. T. Arunkumar

3)Dr. G. Kumaresan

4)Ms. V. Gayathri

(57) Abstract :

Solar PV powered Vapor compression Refrigeration unit for the simultaneous generation of power, cooling and water The present

invention relates to water production utilizing the waste heat from solar photovoltaic operated vapor compression refrigeration system.

The atmospheric air at higher humidity -level is heated by utilizing the condenser heat from the vapor compression refrigeration

system that decreases the relative humidity of the air. Then it gets humidified in a chamber and again flows through a nano coated heat

pipe heat exchanger for dehumidification to generate fresh water. The proposed unit, generates 20 liters of water per day, if the air

conditioner is in operation for 6 hours during the sunshine with 3.5 kW capacity. The proposed unit can generate power, cooling and

water simultaneously without any operational expenditure.




(19) INDIA


(54) Title of the invention : DRILL JIG FOR SPHERICAL OBJECTS

(51) International classification :B23Q3/06





Filing Date

:NA

:NA



Filing Date

:NA

:NA


Filing Date

:NA

:NA


1)DEV ANAND. M. Address of Applicant :17/150MANOMER WEST

KALLUKOOTTAM K˜ALLUKOOTTAM POST TAMILNADU

INDIA 629 808 Tamil Nadu India

2)EQBERT.K (72)Name of Inventor :

1)DEV ANAND. M.

2)EQBERT.K

(57) Abstract :

ABSTRACT In work holders presently available, in order to properly locate the portion of the ball to be drilled by a conventional drill

press, a complicated device is required employing tilting arbors and necessitating multitudinous adjustments. Most bowling balls are

drilled to a particular bowlers physical requirements which is generally done by a local bowling establishment proprietor to his

customers specific order. Since these proprietors are rarely highly-skilled machinists, the use of complicated ball drilling fixtures of

the type described above is slow and often results in inaccuracies in the distance between the holes and the pitch thereof- 1 The

present invention is characterized by the provision of a the work piece is placed inside the box like structure. It has a base which is

bolted on the machine table. Two holes are provided to hold the base with table. It is used to locate the jig accurately and also

withstand all the cutting forces generated during the drilling process. For accurate alignment of the jig over the base the top surface is

specially formed structure which accurately positioned the jig and also resists 3 degrees of freedom.




(19) INDIA


(54) Title of the invention : APPLICATION OF AN INTEGRATED RE/RP/CAD/CAM SYSTEM FOR 3D PRINTING PROCESS

MATERIALS&NBSP;OF ROBOT ARM

(51) International classification :B29C67/00;

B33Y10/00;





Filing Date

:NA

:NA



Filing Date

:NA

:NA


Filing Date

:NA

:NA


1)Dr. M.DE\™ ANAND Address of Applicant :l7/150 MANOMER WEST

KALLUKOOTTAM, KALLUKOOTTAM POST TAMILNADU

INDIA 629 808 Tamil Nadu India

2)ILQBERTK (72)Name of Inventor :

1)Dr. M.DE\™ ANAND

2)ILQBERTK

(57) Abstract :

ABSTRACT 3D materials and alloys are becoming more and more popular because of their high specific strength, light specific

weight, recyclability, and ability to shield electromagnetic shocks. This work introduces an integrated RE/RP/CAD/CAE/CAM system

for constructing suitable 3D printing materials for the robot and developing related robot arm structure using Concurrent Engineering.

This integrated system uses an optical scanning system, a rapid prototyping machine, CAD/CAE/CAM software, a sheet metal

forming simulation software, CAM software, and a die design knowledge-based system as the operating platform. The die design

knowledge-based system includes die design procedures, die design standards, design criteria, and empirical formulae. Our system has

been used successfully in constructing a light weight material for the robot arm structure and developing related progressive die. Since

the entire development process shares the same 3D geometric model, the various process of developing dies can be performed in

parallel. Our system can greatly reduce the development time and cost, improve the product quality, and push products into the market

in a relatively short time. The present work concerns the hardware development of a table top-size robot, focusing on the use of an

integrated application of RE/RP/CAD/CAE/CAM for the rapid development of the robots outer body pans. Most parts were three-

dimensionally designed with 3D CAD, which enables effective connection with CAE analyses, the basis of which lays in kinematic

simulation and structural analysis. To reduce the lead time and investment cost of developing parts, RP and CAJVI are selectively

used to manufacture master parts for the body. These master parts are then replicated by using a CNC/vacuum casting process, from

which we can repeatedly obtain plastic parts. Through this integrated approach, we successfully developed a prototype of Scorbot with

a relatively low time and investment cost.




(19) INDIA


(54) Title of the invention : AIRCRAFT WINGLET MODIFICATION TO REDUCE VERTICAL STABILIZER LENGTH

(51) International classification :B64C9/00





Filing Date

:NA

:NA



Filing Date

:NA

:NA


Filing Date

:NA

:NA


1)ROHITH I.J. Address of Applicant :11/42 AROHINI ARIYAMBACODE

KULASEKHARAM TAMILNADU INDIA 629161 Tamil Nadu

India

2)AJITH RAJ R. (72)Name of Inventor :

1)JITHU JOHN

(57) Abstract :

ABSTRACT The vertical tail of a commercial aircraft is designed to encounter a single engine failure or cross wind during landing. A

large tail is not necessary during all phases of flight. The main idea of this invention is to scale down the size of vertical tail. If the size

is reduced by 17% it leads to 1 -2% fuel savings. The increased suction pressure further downstream along the rudder hinge line at

both sideslip angles should increase the distance between the tails aerodynamic centre and the centre of gravity of aircraft, which

should provide an increase in yaw control authority. The concept introduced in this invention is a controllable surface which opens at

the. trailing edge of winglet which encounters the need of a large vertical tail. By incoiporating this, the size of the vertical tail can be

reduced. After scaling down the vertical tail to compensate for the loss of side force the controllable surface on the winglet splits open

and generate drag on one side of die aircraft in a controlled manner. The flight computer controls the actuators of these newly

introduced split type control surfaces on the winglet. For study the length of winglet is considered to be around 2 meters which is

normally used in many wide body aircrafts. The Catia designed model of tail and modified winglets are analysed with ANSYS

15.0(fluent) in this report.




(19) INDIA


(54) Title of the invention : DRAG REDUCTION IN AIRCRAFT WING BY INDUCING SURFACE ROUGHNESS

(51) International classification :B64C3/10





Filing Date

:NA

:NA



Filing Date

:NA

:NA


Filing Date

:NA

:NA


1)ROHITH I.J. Address of Applicant :11/42 AROHINIARIYAMBACODE

KULASEKHARAM TAMILNADU INDIA 629161 Tamil Nadu

India

2)AJITH RAJ R. (72)Name of Inventor :

1)ROHITH I.J.

2)AJITH RAJ R.

(57) Abstract :

Abstract Drag is a major issue that aircraft industries are facing today. Innumerable investigations are in progress which mainly focus

on the methods to reduce drag. Improving the aerodynamic efficiency of the vehicle can resolve this drawback to a great extent. The

aerodynamic efficiency is explained in L/D ratio, decreasing the drag component will increase the aerodynamic efficiency. In this

research a methodology to reduce the drag by creating roughness over wing surface has been adopted. By adopting this surface

roughness method, the transition of the air flow from the laminar to the turbulent region will result in less drag. This research is being

carried out based on the above said theory. The outcome of this method can delay the flow separation in a wing which helps in

increasing the lift. The roughness has reduced the coefficient of skin friction drag or viscous drag and increased the coefficient of lift

along with the stall angle of attack. NACA 0012 airfoil was selected for this study. Aluminum wing models are fabricated with and

without surface roughness and same has been tested in Wind Tunnel. The results are discussed in terms of Lift and Drag.




(19) INDIA


(54) Title of the invention : IMAGE PROCESSING ALGORITHM FOR FRINGE ANALYSIS IN PHOTOELASTICITY

(51) International classification :G01L1/241





Filing Date

:NA

:NA



Filing Date

:NA

:NA


Filing Date

:NA

:NA


1)Dr.R.C. MEHTA Address of Applicant :NO.12, FACUITY HOUSE NOORUL

ISLAM UNIVERSITY KUMARAKOIL TAMILNADU INDIA-

629180 Tamil Nadu India


1)Dr.R.C. MEHTA

(57) Abstract :

Photoelastic fringe patterns recognition are carried out using a circular polariscope on a four-point beam loaded by pure bending and

they are processed with image processing algoritlim in a personal computer. The aim of the present paper stress analysis of the

photoelastic fringe in a rectangular cross section beam using digital image processing technology. An algorithm is developed to

visualize the stress pattern acting in photoelastic models using fringe sharpening in conjunction with MATLAB software.

Photoelasicity is a non-destructive experimental tool can be used for visual representation of stress patterns allowing for stress

analysis. The present paper presents an image processing algorithm executed in a personal computer and obtained stress pattern

recognition using digital image processing with histogram.




(19) INDIA


(54) Title of the invention : PRE-CONFIGURABLE PAYMENT CARDS FOR FINANCIAL TRANSACTIONS

(51) International classification :G06Q40/00





Filing Date

:NA

:NA



Filing Date

:NA

:NA


Filing Date

:NA

:NA


1)ADARI, Swarna Kumari Address of Applicant :Sai Venkateswara Enclave, Flat#102,

Door no: 45-48-25/1/2, Avid Nagar, Akkayyapalem,

Visakhapatnam-530016, Andhra Pradesh, India. Andhra Pradesh

India


1)ADARI, Swarna Kumari

(57) Abstract :

The present disclosure relates to pre-configurable payment cards that allows faster financial transactions such as cash withdrawals or

cash deposits and the like at an automated teller machine (ATM) or a cash dispenser machines or Point-Of-Sale (PoS) machines. In an

aspect, a payment card is configured with a selectable numerals/numbers. A cardholder can pre-set/configure an amount that needs to

be withdrawn or deposited, by arranging/selecting the numbers provided on the card. In another aspect, a payment card configured

with a display/user interface, a numeric keypad, motion sensors or solar panels, electrical circuitry for conversion of motion/kinetic or

solar energy into electrical energy, and a rechargeable battery. Once the user inserts the card into an ATM and enters authentic PIN,

the ATM reads the pre-configured amount and completes the transaction based on the arranged/selected the numbers provided on the

card.




(19) INDIA


(54) Title of the invention : AN EXHAUST SYSTEM OF A VEHICLE


:B60K

13/00;

F01N

13/00





Filing Date

:NA

:NA



Filing Date

:NA

:NA


Filing Date

:NA

:NA


1)Daimler AG Address of Applicant :70546, Stuttgart, Germany Germany


1)Jason Timm

2)Mr. Krishna Visweswara

(57) Abstract :

[0056] AN EXHAUST SYSTEM OF A VEHICLE [0057] The present disclosure relates to an exhaust system of a vehicle having an

exhaust muffler, a tail pipe, and a device for diluting exhaust gas. The device comprises a stub pipe comprising a first end receivable

by an outlet pipe of the exhaust muffler and a second end connectable to the tailpipe. Connection between the stub pipe and the tail

pipe defines a plurality of annular slots for allowing entry of surrounding air into the tailpipe. A deflector element is disposed in the

stub pipe. The deflector element is configured to increase velocity of the exhaust gas and concentrate the exhaust gas circumferentially

in the tail pipe. The configuration of the device enhances cooling of the exhaust gas before being discharged from the tail pipe and

does not require drilling of bolt holes in the exhaust muffler. (FIGURE 5)




(19) INDIA


(54) Title of the invention : MOSQUITO LARVA KILLER






Filing Date

:NA

:NA



Filing Date

:NA

:NA


Filing Date

:NA

:NA


1)R. RAM KUMAR Address of Applicant :3 A,CHOUDRY NAGAR MAIN

ROAD, 9 TH STREET, VALASARAVAKKAM, CHENNAI -

600 087 TAMIL NADU, INDIA. Tamil Nadu India


1)R. RAM KUMAR

(57) Abstract :

ABSTRACT Generally Mosquitoes lay hundreds of eggs. These eggs are becoming larva and then pupa and become mosquito in 1

weeks time. My New invention will prevent larva becoming mosquitoes. That is the larva will not become pupa. The larva will remain

as larva for ever and the larvas will be feeded to poultry and fisheries.




(19) INDIA


(54) Title of the invention : SMART TRASH - CAN WITH ELECTRIC MOTOR COMPRESSION APPARATUS

(51) International classification :B65F9/00





Filing Date

:NA

:NA



Filing Date

:NA

:NA


Filing Date

:NA

:NA


1)Dr.S.SARAVANAN Address of Applicant :Professor and Head Department of

EEE, Muthayammal Engineering College, Rasipuram,Namakkal

Tamilnadu India 637408 Tamil Nadu India


1)Dr.S.Saravanan

2)V.Kalairajan

3)M.Swathisriranjani

4)R.Gowthaman

5)M.Dinesh

6)S.Muruganantham

7)T.S. Mohanaprabhakar

8)S.J. Archana

9)S.Keerthi

(57) Abstract :

A trash-can container comprises the center punch BLDC electric motor compressor apparatus and smart sensor with smart chip

controller. The center punch BLDC electric compressor is provided in the center of the trash-can container to compress the garbage,

when the trash-can fills. A trash-can container contains a sensing device to monitor the amount of items drop into the container. The

sensor is mounted on the cover plate of the container. The sensor placed on the inner top of the cover plate; a laser range finder is

provided to sense the distance between the container and its trash. The used level of the container status is automatically transmitted to

a local controller or supervisor over a.mobile phone, e.g., Internet service. Local controller and supervisors may monitor the used

status of the trash-can. Smart sensor can send the SMS to the local controller or supervisor; when a service condition arises, when the

trash-can fills; as a result, cleanup operations can do it at the right time of the sweepers. .So this technique is to avoid spilling of the

garbage.




(19) INDIA


(54) Title of the invention : TWO HALF-HEMISPHERE SHAPED CONCAVE SUNLIGHT REFLECTORS REFLECTING

SUNLIGHT ON A MOVABLE SOLAR ENERGY ABSORBER•


:F24J

2/06,

F24J

2/10





Filing Date

:NA

:NA



Filing Date

:NA

:NA


Filing Date

:NA

:NA


1)VOORADI RAJESHWARA PRASAD Address of Applicant :V. RAJESHWARA PRASAD, House

No: 2-4-118, Ramnagar street, Hanamkonda Town, Warangal

District, Telangana State, INDIA PIN Code: (506001) Telangana

India


1)VOORADI RAJESHWARA PRASAD

(57) Abstract :

ARSTRACT• The device named as Two half-hemisphere shaped concave sunlight reflectors reflecting sunlight on a movable solar

energy absorber• is solar energy collection device relating to Physical sciences. The device comprises of following components. 1) A

big framed structure• to support two half-hemisphere shaped sunlight reflectors and a movable absorber to receive sunlight from said

reflectors. Said big framed structure is fitted with wheels to do its orientation to face the Sun. Two parallel rails are fixed to it ˜to hold

to allow movement of wheels of ˜means for solar energy absorption™ on them. 2) A pair of half-hemisphere shaped concave sunlight

reflectors provided symmetrically on either sides of said base frame™s top face. Said reflectors are placed on said base frame at

same elevation to face each other, such that their top apertures lie in a same plane. Gap in between them is more than width of said

˜means for solar energy absorption™ to be mounted on said rails in between them. 3) A ˜means for solar energy absorption™

provided to hold the solar energy absorber. It consists of ˜means for holding solar energy absorber™, and ˜solar energy absorber™

held in said ˜means for holding solar energy absorber™. Said ˜means for holding solar energy absorber™ is a framed structure either

with or without ˜air tight transparent thermal insulation covering™. In case of providing transparent sheets, it appears like a cuboid

shaped transparent container. It is fitted with wheels either at its bottom face, or at its top side• such that it is held and supported by

said wheels over said rails to do its orientation at suitable location for intercepting most of sunlight reflected by said pair of half-

hemisphere shaped concave sunlight reflectors.




(19) INDIA


(54) Title of the invention : SYSTEM AND METHOD FOR INTRUSION DETECTION WITH CLUSTERING FOR WIRELESS

SENSOR NETWORKS

(51) International classification :H04L

12/28





Filing Date

:NA

:NA



Filing Date

:NA

:NA


Filing Date

:NA

:NA


1)Dr. MOHAMMED ALI HUSSAIN Address of Applicant :Professor, Dept. of Electronics and

Computer Engineering, Koneru Lakshmaiah Education

Foundation (K L University), Green Fields, Vaddeswaram, Guntur

District, Andhra Pradesh-522502, India. Andhra Pradesh India


1)Dr. MOHAMMED ALI HUSSAIN

2)Dr. SUMAN MALOJI

3)Dr. K. SATYA RAJESH

4)Dr. SATULURI NAGANJANEYULU

5)B. MADHURAVANI

(57) Abstract :

7. ABSTRACT Exemplary embodiments of the present disclosure are directed towards a system for intrusion detection with clustering

for wireless sensor networks comprising of a base station to process data by gathering data from different clusters, and the data is

provided as a secured communication to the end users; a cluster head to communicate with other cluster heads and the base station and

for data compaction; data aggregation; and data fusion and a sensor node deployed in clusters and utilize a single hop and a multi hop

mode for communication with the cluster heads.




(19) INDIA


(54) Title of the invention : PORTABLE AEROPONIC SYSTEM

(51) International classification :A01G31/00





Filing Date

:NA

:NA



Filing Date

:NA

:NA


Filing Date

:NA

:NA


1)DR. SHANMUGASUNDARAM ANANDAN

PROF/MECH, SREE SASTHA INSTITUTE OF ENGG &

TECH Address of Applicant :PLOT NO 11 B, EMERALD

SPRINGDALE, 2 ND STREET, SREE MAHALAKSHMI

NAGAR, KOLAPPAKAM, PORUR, CHENNAI - 6000124

Tamil Nadu India

2)DR. G. SANKARA NARAYANA, PROF/MECH, SREE

SASTHA INSTITUTE OF ENGG & TECH

3)S. BHAGAVATHI SHANKAR, ASST. PROF/ME, SREE


4)M.K.JAWAHAR, ASST. PROF/ME, SREE SASTHA

INSTITUTE OF ENGG & TECH

5)DR. ANSEL VISHAL.L, ASST. PROF/ME, SREE


6)GANESAN.R, ASST. PROF/ME, SREE SASTHA

INSTITUTE OF ENGG & TECH (72)Name of Inventor :

1)DR. SHANMUGASUNDARAM ANANDAN

PROF/MECH, SREE SASTHA INSTITUTE OF ENGG &

TECH

2)DR. G. SANKARA NARAYANA, PROF/MECH, SREE


3)S. BHAGAVATHI SHANKAR, ASST. PROF/ME, SREE


4)M.K.JAWAHAR, ASST. PROF/ME, SREE SASTHA


5)DR. ANSEL VISHAL.L, ASST. PROF/ME, SREE


6)GANESAN.R, ASST. PROF/ME, SREE SASTHA


(57) Abstract :

PORTABLE AEROPONIC SYSTEM ABSTRACT Aerophonic is an emerging method for growing plants without using soil or any

aggregate medium. The plant will be suspended in a mist, closed or partially closed environment and the roots will be sprayed with

nutrient added water solution. The root and the lower stem of the plant will be supplied with all the necessary nutrition needed for a

plant by means of spraying the nutrient water solution. In this invention the growing of plant is carried out by using semi-closed

acrylic tank. The nutrient solution in the acrylic tank is sprayed in the root zone and shoot zone at regular intervals. In addition the

refrigeration system is installed to maintain the optimum desired temperature in the root zone . The refrigeration system is powered by

solar panels. The system is also incorporated with Phase Change Material (PCM) .The PCM transfer the stored heat to the nutrient

solution during the night off-sun shine time. Hence desired temperature is maintained during day time through VCRs and during the

night time the PCM will maintain the desired temperature. The PCM is immersed in the nutrient solution which will store heat energy

as latent heat and release during off-sun shine time.




(19) INDIA


(54) Title of the invention : MYOMA ENUCLEATION BLADE

(51) International classification :A47J17/00





Filing Date

:NA

:NA



Filing Date

:NA

:NA


Filing Date

:NA

:NA






1)Dr. K.SARASWATHI

2)Dr.S.K.GEETHA

3)Dr.N.NIKATH NASREEN

(57) Abstract :

TITLE: MYOMA ENUCLEATION BLADE APPLICANT: SREE BALAJI MEDICAL COLLEGE & HOSPITAL, BIHER-

BHARATH UNIVERSITY ABSTRACT The present invention shall disclose a reusable, cost effective, sturdy and autoclavable

Myoma enucleation blade for removal of uterine fibroid tissue. The Myoma enucleation blade comprises of a blade[1], a shank[2] and

an handle[3]. The handle[3] is elongated and fixed to the blade[1] through the shank[2]. The handle is embossed with plurality of

serrations for grip. The Myoma enucleation blade is characterised in the blade[1] which is shape of cephalic curve and solid without

any fenestration for efficient removal of uterine fibroid tissue.




(19) INDIA


(54) Title of the invention : HYDROELECTRIC POWER GENERATION SYSTEM


:F03B17/02;

F05B2210/18;

Y02E10/20





Filing Date

:NA

:NA



Filing Date

:NA

:NA


Filing Date

:NA

:NA


1)BINOJ BS Address of Applicant :ASWATHY BHAVAN,NEAR

SCHOOL, PAMBADI,PANACODEPO,KERALA,INDIA,PIN

695542. Kerala India


1)BINOJ BS

(57) Abstract :

Abstract A method and apparatus for a hydroelectric power generation, systematic transport of water vertically from a source to its

designated highest point through a series of elevated, vertically stacked, airtight tanks. The water is dropped in freefall (waterfall),

through use of the gravitational force, from its highest point onto a turbine generator at the base to produce clean, safe, renewable

hydroelectric energy. Located at the base of the power station, is atleast one electric generator coupled to the turbines.




(19) INDIA


(54) Title of the invention : INVESTIGATION ON MECHANICAL AND DRY SLIDING WEAR BEHAVIOUR OF ALUMINUM

HYBRID COMPOSITES REINFORCED


:A61L27/04;

C22C1/05;

C22C1/10;





Filing Date

:NA

:NA



Filing Date

:NA

:NA


Filing Date

:NA

:NA


1)Dr. T. Thirumalai Address of Applicant :Technical Campus, Ibrahimpatnam,

Hyderabad - 501506, Telangana. Telangana India


1)Dr.T.Thirumalai

2)Dr.R. Subramanian

3)Dr. B.Ravisankar

4)Dr.R. Dhanasekaran

(57) Abstract :

Aluminium matrix composites have been reinforced with Boron carbide (B4C) and Graphite (Gr) for increasing mechanical

properties, wear resistance and ultimate tensile strength and reducing the density. Addition of Boron carbide (B4C) improve both

strength and wear resistance of composite, but, addition of B4C alone in higher amounts makes the composite brittle and machining

difficult. Thus, B4C can be advantageously used as a reinforcement to overcome the problem of strength reduction in Gr reinforced

composites, resulting in hybrid composites. Aluminium matrix composites reinforced with up to 12 wt B4C and 3 wt Gr particulates

are investigated in the present study. Addition of boron carbide and graphite particles reduces the density of hybrid composites thus

resulted in a light weight hybrid composites suitable for automobile applications. Hardness and tensile strength of the hybrid

composites increased with an increase in weight fraction of boron carbide. Composite with !2wt.%B4C/3wt% graphite reinforcement

showed a significant increase in hardness and correlate well with strength and wear resistance. % Elongation decreased in a linear

fashion with increasing reinforcement and AI/9B4C/3Gr hybrid composite showed a reduction in ductility when the B4C content was

increased from 0 to 12 wt%. Dry sliding wear and friction behavior of unreinforced alloy and hybrid composites showed that the wear

rate increased with increasing load and the highest wear was observed at 30 N for all the three sliding speeds (1 to 3 m/s). Maximum

wear rate was observed in unreinforced Al alloy (Al) and the lowest in AI/9%B4C/3%Gr composites which can be attributed to the

significant improvement in resistance due to presence of B4C and graphite particles. Increasing percent B4C reinforcement promotes

stronger material transfer from the counter face. Oxidation due to high interfacial temperature resulted in the formation of a protective

Mechanically Mixed Layer (MML). Wear resistance increased with increasing B4C reinforcement upto 9 per cent in the composites

and mixing B4C beyond 9% decreases the wear resistance. Among the hybrid composites, AI/9B4C/3Gr hybrid composite exhibited

the highest wear resistance and lowest COF for all applied loads. SEM fractograph showed mixed morphology involving brittle

fracture and debonding of boron carbide particles, growth and coalescence of voids in the matrix and brittle transgranular fracture.

SEM micrograph showed that reinforcement of hard B4C resulted the decreased groove width as well as debris formation due to the

improvement in load carrying capacity of composite, thus enhanced the abrasion resistance of composites and thus the decreased wear

rate.




(19) INDIA


(54) Title of the invention : SOLAR THERMAL ENERGY ABSORBER ROTATABLE AROUND COLUMN AT VERTICAL

AXIS OF CONCAVE SPHERICAL SUNLIGHT REFLECTOR•


:F24J

2/06,

F24J

2/10





Filing Date

:NA

:NA



Filing Date

:NA

:NA


Filing Date

:NA

:NA


1)VOORADI RAJESHWARA PRASAD Address of Applicant :V. RAJESHWARA PRASAD, House

No: 2-4-118, Ramnagar street, Hanamkonda Town, Warangal

District, Telangana State, INDIA PIN Code: (506001). Telangana

India


1)VOORADI RAJESHWARA PRASAD

(57) Abstract :

ABSTRACT OF THE INVENTION The device named as Solar thermal energy absorber rotatable around column at vertical axis of

concave spherical sunlight reflector is ˜a solar thermal energy collection device to be provided along vertical radial p

official journal of the patent...

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