公开(公告)号：AU2015208712A1

公开(公告)日：2016-09-15

申请号：AU2015208712

申请日：2015-01-23

Applicant: KUMAR SINGH AJAY ,  PRAHARAJU LAXMINARAYANA

Inventor： KUMAR SINGH AJAY

IPC: A01N63/04 ,  A01P13/00

Abstract: The present invention deals with a mycoherbicidal isolate of

公开(公告)号：AP201609386A0

公开(公告)日：2016-08-31

申请号：AP201609386

申请日：2015-01-23

Applicant: PRAHARAJU LAXMINARAYANA ,  KUMAR SINGH AJAY

Inventor： KUMAR SINGH AJAY

IPC: A01P13/00 ,  A01N63/04

公开(公告)号：AU2021106406A4

公开(公告)日：2021-12-09

申请号：AU2021106406

申请日：2021-08-22

Applicant: AGGARWAL ASHUTOSH DR ,  DAS UJJALKUMAR DR ,  GUPTA PANKAJ DR ,  MOKSHA LAXMI DR ,  SINGH AJAY PAL DR ,  VIJAYAKUMAR A R DR

Inventor： GUPTA PANKAJ ,  VIJAYAKUMAR A R ,  DAS UJJALKUMAR ,  MOKSHA LAXMI ,  SINGH AJAY PAL ,  AGGARWAL ASHUTOSH

IPC: C11D9/38 ,  A61K8/02 ,  A61K8/34 ,  A61K8/92 ,  A61K8/9789 ,  A61K9/00 ,  A61K36/85 ,  A61K47/10 ,  A61K47/44 ,  A61P17/00 ,  A61P31/10 ,  A61Q19/00 ,  A61Q19/10

Abstract: The present invention relates to A formulation of medicaments using Lantana Camara for treatment of Skin related diseases and methods thereof. This invention particularly relates to the 5 manufacturing of Mantana Soap from Lantana camara L. for maintaining and caring of health of skin in skin disease prone human. The novel preparation of Mantana soap from plant products of Lantana camara L. will be used to care skin in human particularly those sensitive towards skin diseases. It also helps in protecting the human from many common diseases of skin such as eczema and ring worm.

公开(公告)号：AU2015212307B2

公开(公告)日：2018-12-06

申请号：AU2015212307

申请日：2015-01-23

Applicant: KUMAR SINGH AJAY ,  PRAHARAJU LAXMINARAYANA

Inventor： KUMAR SINGH AJAY

IPC: A01N63/04 ,  A01P13/00

Abstract: The invention relates to describe host-specific extracellular phytotoxins produced by

公开(公告)号：AU2021101730A4

公开(公告)日：2021-05-20

申请号：AU2021101730

申请日：2021-04-05

Applicant: CHAKRABARTI PRASUN ,  CHAKRABARTI TULIKA ,  DHANABAL S ,  HATI ANANDA SHANKAR ,  KHAIRNAR PRERANA NILESH ,  KRISHNARAJU A ,  NALINIPRIYA G ,  PODDAR SANDEEP ,  RAMA DEVI G NAGA ,  SAMPATH KUMAR K ,  SHARMA VINAY KUMAR ,  SINGH AJAY KUMAR

Inventor： NALINIPRIYA G ,  CHAKRABARTI TULIKA ,  HATI ANANDA SHANKAR ,  SHARMA VINAY KUMAR ,  PODDAR SANDEEP ,  SAMPATH KUMAR K ,  DHANABAL S ,  KRISHNARAJU A ,  KHAIRNAR PRERANA NILESH ,  SINGH AJAY KUMAR ,  CHAKRABARTI PRASUN ,  RAMA DEVI G NAGA

IPC: G06F3/01 ,  A61F4/00 ,  G06F3/033

Abstract: DEDICATED FUNCTIONAL AREA FOR LEG OPERATED COMPUTER INTERACTIVE DEVICE FOR HANDLESS PEOPLE Patients with no or restricted handwork ordinarily experience issues in utilizing customary input gadgets, for example, a mouse or a touch screen. Having the capacity of controlling electronic gadgets can give patients full admittance to the computerized world, consequently expanding their autonomy and certainty, and enhancing their lives. In this invention, a sans hands human-PC interface was created to assist patients with controlling PCs utilizing leg developments. We portray and break down foot-based examination models and business frameworks by the way they catch enter and give input. We at that point dissect the communications among clients and frameworks from the viewpoint of the activities acted in these collaborations. DEDICATED FUNCTIONAL AREA FOR LEG OPERATED COMPUTER INTERACTIVE DEVICE FOR HANDLESS PEOPLE mediated Intrinsic Extrinsic Footaswitch. IR-based Ped Knee rars.vision croFootand depth mouse, Foot Shoes, tran, lase stickuented range TraallnMoles, soles finder,augmented Balanceboards floorsad ______________surfaces FIG 1: CATEGORIES OF FOOT INPUT SENSING I@ @ FIG 2: TOPOLOGIES FOR SURFACE-BASED FOOT MOVEMENTS IN A SEATED

公开(公告)号：AU2020103907A4

公开(公告)日：2021-03-18

申请号：AU2020103907

申请日：2020-12-05

Applicant: BALUSAMY BALAMURUGAN DR ,  JOHRI PRASHANT DR ,  KUMAR DHANARAJ RAJESH DR ,  KUMAR SRIVASTAVA SANDESH MR ,  MESHRAM PRATIKSHA MS ,  PADMANANDAM KAYAL DR ,  PILLAI SOFIA MS ,  SAMSON EBENEZAR U MR ,  SINGH AJAY MR

Inventor： JOHRI PRASHANT ,  SAMSON EBENEZAR U ,  PADMANANDAM KAYAL ,  PILLAI SOFIA ,  MESHRAM PRATIKSHA ,  SINGH AJAY ,  KUMAR DHANARAJ RAJESH ,  BALUSAMY BALAMURUGAN ,  KUMAR SRIVASTAVA SANDESH

IPC: G08G1/087

Abstract: Smart traffic control for emergency vehicles using Internet of Things and Image Processing Abstract Due to the rapid increase in the population, more traffic on the roads has become a common problem in the present times. As the traffic increases on the roads, it creates hindrances for emergency vehicles like ambulances, police cars and fire brigades. The minimization of the travel time delay which arises due to the traffic for these emergency vehicles is the utmost necessity at this time. As uncovered by the National Institute of Emergency Medicine (NIEM), around 20% of patients requiring crisis treatment have passed on their way to the clinic due to delays because of gridlock and uncooperative drivers. To reduce the concerning proportion of such deaths, some countries opted for a separate lane system for emergency vehicles but all the countries cannot be benefited by the same solution. Some countries are populated exponentially, that despite having certain facilities, emergency vehicles cannot reach the desired location on time. The most fitting answer for the blockage issue is letting the clogged sides cross the convergence first. The thought incorporates finding the ideal way for the crisis vehicle from source to objective in the ongoing rush hour gridlock issue utilizing Dijkstra's Algorithm on the weighted diagram of continuous traffic information. The model further uses the Internet of Things and Digital Image Processing to make it work more conveniently. Here, is suggested a smart traffic control system which consists of adding IoT chips to traffic signals to modify the timer settings. These chips will work according to the resultant vector of the count of vehicles in a particular path with the need for emergency vehicles in that path. The count of the vehicles is to be calculated with the help of digital image processing of the live camera feed. The emergency vehicles are to be tracked by connecting them with the GPS and updating their location to the chips so that emergency vehicles can be prioritized. The traffic lights are supposed to work on the network of roads with the dynamic allocation of weights for one particular node i.e. between two consecutive traffic lights. The weight allocation of one particular node is to be updated globally on the network so that the track of all the nodes can be done in the real-time. Emergency Vehicle with Surveillance Tracker camera [L~a e 31Image Acquisitio Image Cropping Changesgeime ~Backracker Accordin tohheeshldn Priority Queue T IOT Relay Filtering Contour Priority Queue, contains the order in which the traffic light is to be changed at a particular junction lining Queue e Emergency ,le Tracker

公开(公告)号：AU2021104413A4

公开(公告)日：2022-05-19

申请号：AU2021104413

申请日：2021-07-21

Applicant: CHAKRABARTI PRASUN DR ,  GAUTAM SUMIT KUMAR MR ,  GHOSH AMRIT DR ,  GURE AMIN TUNI DR ,  HATI ANANDA SHANKAR DR ,  KUMAR CH MANOHAR MR ,  MURUGAIYAN CHINNADURAI DR ,  PATIL MITHUN BASWARAJ MR ,  PRABU K DR ,  SHARMA DURGA PRASAD DR ,  SINGH AJAY KUMAR DR ,  VANISREE K MS

Inventor： MURUGAIYAN CHINNADURAI ,  PATIL MITHUN BASWARAJ ,  SHARMA DURGA PRASAD ,  VANISREE K ,  PRABU K ,  HATI ANANDA SHANKAR ,  KUMAR CH MANOHAR ,  SINGH AJAY KUMAR ,  GAUTAM SUMIT KUMAR ,  GURE AMIN TUNI ,  GHOSH AMRIT ,  CHAKRABARTI PRASUN

IPC: H04W72/04 ,  G06Q10/06 ,  G06Q50/30 ,  H04W16/04

Abstract: MULTI-DIMENSIONAL RADIO RESOURCE ALLOCATION SCHEME TO CATER THE FLUCTUATIONS OF THE NETWORK SITUATIONS DUE TO 5G REAL TIME DYNAMIC TRAFFIC In a fifth-generation super thick organisation, dynamic organisation geography and traffic designs lead to excessive framework overhead and complicated radio asset conflicts. The cloud radio access organisation and haze registration are used to profit from minimal transmission delays and high computation skills. Radio asset the board for future fifth-age heterogeneous networks has emerged as a fundamental area as a result of the increased thickness of small cell organisations and radio access advancements. The complexities of these assets have received little attention; nevertheless, the late study has mostly focused on asset the board, including obstruction relief and range use. The adaptable allotment of multi-dimensional assets, including radio and optical assets, is critical for C-RoFN to enhance asset utilisation and the nature of administrations. This innovation presented a new adaptive exchanging planning method for multi-dimensional asset allocation in programming defined by C-RoFN.

公开(公告)号：AU2021102531A4

公开(公告)日：2021-07-01

申请号：AU2021102531

申请日：2021-05-13

Applicant: CHAKRABARTI TULIKA ,  HATI ANANDA SHANKAR ,  DAS ANIRBAN ,  KUNCHA PRATHYUSHA ,  SREENIVASU S V N ,  KUMAR KANDULA RAVI ,  PRASAD KOWDODI SIVA ,  KUMAR YOGENDRA ,  SINGH AJAY KUMAR ,  CHAKRABARTI PRASUN ,  DEVI G NAGA RAMA ,  BASHA SHAIK SHAKEER

Inventor： BASHA SHAIK SHAKEER ,  CHAKRABARTI TULIKA ,  HATI ANANDA SHANKAR ,  DAS ANIRBAN ,  KUNCHA PRATHYUSHA ,  SREENIVASU S V N ,  KUMAR KANDULA RAVI ,  PRASAD KOWDODI SIVA ,  KUMAR YOGENDRA ,  SINGH AJAY KUMAR ,  CHAKRABARTI PRASUN ,  DEVI G NAGA RAMA

IPC: G08G5/00 ,  B64C39/02 ,  G01W1/00 ,  G01W1/08 ,  G05D1/10

Abstract: THREE-DIMENSIONAL WIND, AIRSPEED CALCULATION, AND PREDICTION METHOD FOR AERIAL DRONES USING DEEP Abstract: Aerial drones are well known as Unmanned Aerial Vehicles (UAVs) are effectively used in many contemporaneous applications namely traffic monitoring, surveillance and reconnaissance, parcel delivery, wireless internet facility-based drone delivery, and environmental and desertification monitoring, etc. The aerial drone is operated either by humans or autonomously so that the aerial drone can navigate to the respective location to collect the informational data in many applications. The ubiquity and the versatile nature of the UAV (unmanned aerial vehicle) which is commonly known as the drones are made to measure and calculate the wind conditions. The calculation of the local wind's direction and speed becomes a vital process as it involves the drone's aviation. This gets more important in UAV as it becomes important in its applications like inspection of the infrastructure, monitoring the environment, and operations that involve search process and rescue process. The drones involved in civil applications are commonly small and tend to get diverted when the force of the wind is strong. These advancements either involve the experimentations using the indoor environmental conditions that are controlled or involves complex computation using mathematical representations. Still, there is more difficulty faced in the process of computation of the wind speed. Thus, research and experimentation are made using the machine learning algorithm. This invention is intended for the development of the method that measures the speed of the air or wind around aerial drones. This method uses the deep learning neural network for making the computation. The sensors are used for sensing the information regarding the wind speed that is stored and processed using the deep learning algorithms. UNKNOWN WIND SPEED AERIAL DRONE FEATURE VECTOR FEATURE VECTOR NORMALISATION AERIALDRONE Figure 3: Calculation method for estimating the speed of the wind.

公开(公告)号：AU2021101936A4

公开(公告)日：2021-06-03

申请号：AU2021101936

申请日：2021-04-15

Applicant: B MOHAMMED ISMAIL ,  AJITHA T ,  AWASTHY MOHAN ,  CHAKRABARTI PRASUN DR ,  CHAKRABARTI TULIKA ,  HATI ANANDA SHANKAR ,  JAGLAN VIVEK DR ,  JAYABALAN SUDHARSAN ,  JIJI G ,  RAJENDRAN RAKESH ,  REDDY REDDAPPA HOSUR NANJI ,  SINGH AJAY KUMAR

Inventor： B MOHAMMED ISMAIL ,  CHAKRABARTI TULIKA ,  HATI ANANDA SHANKAR ,  AWASTHY MOHAN ,  JIJI G ,  AJITHA T ,  JAYABALAN SUDHARSAN ,  RAJENDRAN RAKESH ,  JAGLAN VIVEK ,  SINGH AJAY KUMAR ,  CHAKRABARTI PRASUN ,  REDDY REDDAPPA HOSUR NANJI

IPC: G05D1/02 ,  B25J5/00 ,  G01C21/34

Abstract: MOTION PLANNING AND CONTROL ALGORITHM FOR OBSTACLE AVOIDANCE FOR POINT MOBILE ROBOTS Abstract: Robots and robotics have gained more interest in recent years in society. The reason for this is due to robots replacing humans and their activities. This has a fall in the human resources but still, it is economic and helps in the technological growth of a country. The robots are emerging to be autonomous and when it comes to autonomous, ensuring the mobile robots (MRs) navigation strategy and its security. These two technologies become the most vital issues related to autonomous robots. Robot mobility control in an environment that is uncertain is the primary field to be considered and it helps in many branches like planning of path, tracking of a path, and avoiding obstacles. The autonomous robots gained interest becomes they are capable of completing the tasks that are scheduled, it helps in making decisions, and it navigates throughout without help from humans. There has been a lot of path planning algorithm being designed and developed so that the robots move out of their initially programmed environment which had cylinders and vertical wooden boards. The researchers made a sincere effort to make the robots move out of their artificial environment. The motion of the robots was difficult as the obstacles were moving rather than being static. Thus, the robots showed inaccurate mapping and uncertainly incomplete localization. /thus, this invention involves the development of the algorithm to plan the movement and gain control over the mobile robots (MR). The autonomous robots tend to move in an unknown environment, the robots plan their path without hitting the obstacles by computing the turning point by estimating the danger circle. MOTION PLANNING AND CONTROL ALGORITHM FOR OBSTACLE AVOIDANCE FOR POINT MOBILE ROBOTS CHECKWHETHERTHE YES SOURCE NODE IS ' END NO • IN THE PREVIOUS ITERATION, THE USED ANGULAR MOVEMENT IS REMOVED. THE ANGULAR • THE CURRENT ANGULAR MOVEMENT IS MOVEMENT IS STORED TO IDENTIFY THE NEXT CA LCULATED POSITION FOR THE MOBILE ROBOT C URRE NT PO SmION OF YES ' ANBLRT T HE MOBILE ROBOT IS MOVEMENT VALUE IDENTIFIED IS READ "i" LE SS THAN OR EQ UAL NO SET OF ALL To 8! DIRECTION -- THE DESIRED DIRECTION] SET IlS IDENTIFIED Figure 1: Algorithmic flowchart for mobile robot.

公开(公告)号：AU2018267590B2

公开(公告)日：2020-09-10

申请号：AU2018267590

申请日：2018-11-20

Applicant: LAXMIHARAYANA PRAHARAJU MR ,  SINGH AJAY KUMAR MR

Inventor： SINGH AJAY KUMAR

IPC: A01N63/30 ,  A01P13/00

Abstract: The present invention deals with a mycoherbicidal isolate of Setosphaeria monoceras sp. or extracts obtained there-from, useful for the control of Water hyacinth. The present invention also discloses biological control compositions comprising fungal isolate extract formulated in a growth medium for maintaining the viability of extract when the biological control composition is applied to weed. The present invention also discloses methods of screening fungal isolate to determine if they exhibit biocontrol activity. The present invention also discloses use of Setosphaeria monoceras strain. In yet a further aspect the invention relates to use of an Setosphaeria strain for producing a herbicidal agent effective for controlling growth of water hyacinth plants. The strain used preferably is a strain having the characterizing features of Setosphaeria strain AGWH# 11 as deposited at IMTECH under ac-cession number MTCC 597 4. The present invention to provide the 1 Ss rRNA sequence analysis showed 96% nucleotide similarity of the Fungi to Setosphaeria monoceras. (AGBIO designated AGWH#11/NCIMI370/MTCC 5974) but also indicated nucleotide variation of this fungus from other known genus of Bipolaris, Pleosporaceae, Cochiliobolus, Altemaria including an environmentally acceptable alternative to synthetic chemical herbicides for the control of weeds, such as Water hyacinth. The present invention also discloses methods of whole genome study of strain.