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1. 发明专利

AU2021102315A4 METHOD AND APPARATUS FOR AIR FILTRATION FOR EXHAUST SILENCER OF A VEHICLE 未知
公开(公告)号：AU2021102315A4
公开(公告)日：2021-07-08
申请号：AU2021102315
申请日：2021-05-01
申请人： BORKAR PRAVIN KUMAR , CHANDE MANOJ KUMAR , DEEPAK S S K , SAHU DILESHWAR KUMAR , SRIVASTAVA SHARAD CHANDRA , SRIVASTAVA SUMIT , THAKUR MUKESH , TIWAARI JEETENDRA KUMAR , TIWARI SHRIKANT
发明人： TIWAARI JEETENDRA KUMAR , SRIVASTAVA SUMIT , CHANDE MANOJ KUMAR , THAKUR MUKESH , DEEPAK S S K , SAHU DILESHWAR KUMAR , BORKAR PRAVIN KUMAR , SRIVASTAVA SHARAD CHANDRA , TIWARI SHRIKANT
IPC分类号： B01D53/92 , B01D46/00
摘要： The present disclosure relates to an air filtration apparatus for exhaust/silencer of a vehicle. The proposed apparatus is installed in the external part of the exhaust or silencer to filter the air or smoke released by the vehicle and thereby release clean air into the environment. This apparatus consist of various layers of activated carbon, which helps in absorbing the polluted and poisonous by-products released by burning of components of Petrol and Diesel. The proposed apparatus decreases the pollution level created by the vehicles by absorbing all the poisonous and polluted by-products. Thus, this leaves us with a filtered air coming out of exhaust of the vehicles. Only required essential for the proposed apparatus are layers of sheet of activated carbon paper and this is required to be changed on monthly basis. 4r4 .4-J .4-,4-) aQ) - 0 >- U u

2. 发明专利

AU2021102958A4 A SYSTEM AND METHOD FOR PREVENTING CORONA VIRUS TRANSMISSION 未知
公开(公告)号：AU2021102958A4
公开(公告)日：2021-08-12
申请号：AU2021102958
申请日：2021-05-29
申请人： SRIVASTAVA SUMIT , CHOUDHARY PRASHANT KUMAR , JHARIA BHAVANA , BANSAL SAVINA , BANSAL RAKESH KUMAR , SRIVASTAVA SHARAD CHANDRA , RAJA ROHIT , AGRAWAL SONU , SINGH KUSHWAHA ALOK KUMAR , SINHA G R
发明人： SRIVASTAVA SUMIT , CHOUDHARY PRASHANT KUMAR , JHARIA BHAVANA , BANSAL DR SAVINA , BANSAL RAKESH KUMAR , SRIVASTAVA SHARAD CHANDRA , RAJA ROHIT , AGRAWAL SONU , SINGH KUSHWAHA ALOK KUMAR , SINHA G R
IPC分类号： G16H50/80 , A61B5/00 , A61B5/01 , A61B5/021 , A61B5/145 , G16H10/60 , G16H50/20
摘要： The present invention generally relates to a system and method for preventing corona virus transmission. The system comprises a wearable band worn on a wrist of a wearer for calculating temperature, oxygen level, and blood pressure of the wearer; a registration module for registering wearer upon feeding user credentials; a user interface engaged with the registration module for showing image of entity having covid or covid symptoms to maintain a social distancing with the entity, wherein user interface comprises image of entity having covid or covid symptoms; and a plurality of camera configured with a display for showing image of entities having covid or covid symptoms so that other entity reminds particular person to be self-quarantined. ClNJ .!Z rl I LI I

3. 发明专利

AU2021101385A4 DELICATE VIBRATORY INSTRUMENT FOR NEONATES ORAL MOTOR SIMULATION 未知
公开(公告)号：AU2021101385A4
公开(公告)日：2021-05-13
申请号：AU2021101385
申请日：2021-03-17
申请人： KUMAR PANDA SANTOSH , KUMAR SINGH KRISHNA , KRISHN MISHRA RAM KRISHN MISHRA , PANDIAN P PAL , KUMAR E SARAVANA , NANDA ASHOK KUMAR , KHURANA JYOTI , RAJA ROHIT , SANKAT MISHRA GOURI , B THIGALE SOMNATH , SINGH KUSHWAHA ALOK KUMAR , SRIVASTAVA SHARAD CHANDRA , ANNA DHOTRE VIRENDRAKUMAR , PANDA RAMESH CHANDRA
发明人： KUMAR PANDA SANTOSH , KUMAR SINGH KRISHNA , KRISHN MISHRA RAM KRISHN MISHRA , PANDIAN P PAL , KUMAR E SARAVANA , NANDA ASHOK KUMAR , KHURANA JYOTI , RAJA ROHIT , SANKAT MISHRA GOURI , B THIGALE SOMNATH , SINGH KUSHWAHA ALOK KUMAR , SRIVASTAVA SHARAD CHANDRA , ANNA DHOTRE VIRENDRAKUMAR , PANDA RAMESH CHANDRA
IPC分类号： A61H23/02 , A61H13/00 , A61J17/02
摘要： DELICATE VIBRATORY INSTRUMENT FOR NEONATES ORAL MOTOR SIMULATION This innovation is a wifi based cost-effective water surface cleaner. In India, water contamination is expanding rapidly which tends to an issue for availability of clean water. This innovation fundamentally useful to filter of pollutants like waste-water trash, plastics, trash on coasting water surface. These contaminations mostly influence the wellbeing of an individual and influence the existence of creatures. By considering this, the trash boom has intended to clean the water surface without human effort. Present days practically all the manufacturing cycle is being atomized to deliver the items at a quicker rate. Automation plays a significant role in mass production. In innovation is mobile operated water cleaner. The primary point of the task is to lessen the labour work, time utilization for cleaning the water surface. In this project, an automated operation of water cleaning with help of a trash boom, motor, propeller, wifi and mobile is utilised which is control and monitor by an android mobile phone . This innovation fitted with debris Boom, nylon nets for debris collection, DC motor, a propeller, heltec WiFi Kit 32 with led display & motors drive controller (L298N). 1. Delicate & synthetic rubber 2. Charging unit 3. A Vibrator switch type SW-420 4. Rechargeable Battery 5. Folding joint 6. Mini Vibration Motor Fig: The compact device 1.- Delicat e& synthetic rubber 2. Charging unit 3. A Vibrator switch type SW-420 4. Rechargeable Battery 5. Folding joint 6. Mini Vibration Motor

4. 发明专利

AU2021100285A4 NOVEL 3D PRINTED BIONIC PROSTHETIC LEG 未知
公开(公告)号：AU2021100285A4
公开(公告)日：2021-04-22
申请号：AU2021100285
申请日：2021-01-17
申请人： B THIGALE SOMNATH DR , CHANDRA PANDA RAMESH PROF , KISHAN D DR , KUMAR BIJENDRA DR , KUMAR DINESH DR , MOHAN AGARWAL KRISHNA ENGR , PARASHAR APOORVA ENGR , PATTANAYAK MONALISA MRS , RAJA ROHIT DR , SARITHA S K DR , SHARAFF AAKANKSHA DR , SHARMA SURAJ DR , SINHA ADITYA ENGR , SRIVASTAVA SHARAD CHANDRA DR
发明人： CHANDRA PANDA RAMESH , RAJA ROHIT , B THIGALE SOMNATH , KUMAR DINESH , KUMAR BIJENDRA , MOHAN AGARWAL KRISHNA , SINHA ADITYA , PARASHAR APOORVA , PATTANAYAK MONALISA , SRIVASTAVA SHARAD CHANDRA , SHARAFF AAKANKSHA , SARITHA S K , KISHAN D , SHARMA SURAJ
IPC分类号： A61F2/50 , A61L27/16 , B33Y50/02 , B33Y80/00
摘要： NOVEL 3D PRINTED BIONIC PROSTHETIC LEG The proposed innovation is a novel 3D printed bionic prosthetic leg for disable once. To make this innovation natural suck proof and resist the unconditional support a Z type leap spring fitted with. This innovation will help both corrective structure and alternate of physical legs with respect to protection approaches, clinical accessibility, and intricacy of their apparent strength and control. These difficulties have urged grassroots exertion internationally to introduce practical answers for a large number of organelles around the world. This epic venture of Novel 3D printed bionic prosthetic legs is by and large identified with the added substance producing measure. Number of open-source bionic legs chose for testing and examination. These hands speak to a minimal effort answer for regular or myolectric prostheses. We regularly center on three principle parts: 3D printing utilizing distinctive 3D printers, 3D printing innovation and materials; Assembly on the Indian market, normally with the utilization of gabled latches and instruments; Functionality testing under lab conditions. At last, the after effects of these zones are summed up and potential upgrades are thought of. CF and Acrylonitrile Butadiene Styrene (ABS) materials are used in 3D printing machine to prepare bionic prosthetic leg. STL arrangement and shipped off the Computer Assisted Design (CAD) programming used to make a plan model of the attachment of bionic prosthetic leg. Terms in index: Bionic leg, 3D printing, Additive manufacturing, Conventional prosthesis, Amputation Figure 1: Proposed prosthetic leg A Zc x7 . D 0 C7 I0 -ON -*I 4 Density 1530 kg/n 3 Elasticity 2600 MPa Shear modulus 1287 MPa Poisson's ratio 0.35 Yield strength 75 MPa Ultimate tensile strength 22 MPa Modulus of elasticity 2600 MPa Table]-Parameters usedfor ABS

5. 发明专利

DE202021103650U1 Verkehrsüberwachungssystem 未知
公开(公告)号：DE202021103650U1
公开(公告)日：2022-03-04
申请号：DE202021103650
申请日：2021-07-07
申请人： CHANDANAN AMIT KUMAR , CHANDE MANOJ KUMAR , CHOUDHARY MINU , JHARIA BHAVANA , KALLEPALLI ROHIT KUMAR , RAJA HIRAL , RAJA ROHIT , SHARMA PRAKASH CHANDRA , SHARMA SURAJ , SRIVASTAVA SHARAD CHANDRA , SRIVASTAVA SUMIT , THAKKAR PRIYANKA BIBAY
IPC分类号： G08G1/00
摘要： System (100) zur Objekterkennung und Objektverfolgung zur Verkehrsüberwachung, umfassend:eine Eingabeeinheit (102), die konfiguriert ist, um einen Videofeed zu empfangen, wobei der Videofeed einer Verkehrsumgebung entspricht;;einen Konverter (104), der konfiguriert ist, um den Videofeed von der Eingabeeinheit (102) zu empfangen, um den Videofeed in Frames umzuwandeln;eine Vorverarbeitungseinheit (106), die mit dem Konverter (104) verbunden ist, die konfiguriert ist, um die Frames zu empfangen, um unerwünschte Verzerrungen zu unterdrücken und Bildmerkmale der Frames zu verbessern, indem eine Rauschfilterung gefolgt von RGB (Rot Grün Blau) auf HSL (Farbton, Sättigung) angewendet wird und Helligkeit)-Umwandlung, wobei die Rauschfilterung auf Gaußsche Kantenstoppfunktion basierende anisotrope (GESFA) Filter verwendet, die Unschärfe begrenzen;eine Hintergrundentfernungseinheit (BGR) (108), die ein verbessertes Gaussian Mixtures Model (IGMM) zugunsten des BGR-Prozesses an den Frames verwendet, wobei das GMM eine Doppelplateaus-Histogramm-Entzerrung (DPHE) verwendet, um die Bildverbesserungsqualität zu verbessern;eine Bewegungsschätzeinheit (110), die konfiguriert ist, um eine genetische Kreuzsuche (GCS) zu implementieren, um zusätzlich zur genauen Bewegungsschätzung effektiv zu werden, wobei die Bewegungsschätzeinheit (110) eine Bewegung zwischen zwei Frames berechnet, die in unterschiedlichen Zeitintervallen aufgenommen werden, die für intended bestimmt sind jedes Pixel auf einem Frame, wobei ein Block des Frames zusätzlich zu den Bewegungsvektoren als die Eingaben des GCS genommen wird;eine Verfolgungseinheit (112), die konfiguriert ist, um eine Objektverfolgung (OT) durchzuführen, wobei die Verfolgungseinheit (112) Objekte auf den Rahmen verfolgt, die auf Kanten, Ecken sowie Regionen der Objekte zentriert sind, unter Verwendung von CFR (Canny Edge Detection, Feature) aus einem beschleunigten Segmenttest zusammen mit einer Region of Interest (ROI)-Erkennung).

6. 发明专利

AU2021100059A4 SELF-CLEANING AND GERM-KILLING REVOLVING PUBLIC TOILET FOR COVID 19 未知
公开(公告)号：AU2021100059A4
公开(公告)日：2021-03-25
申请号：AU2021100059
申请日：2021-01-06
申请人： CHANDRA PANDA RAMESH , RAJA ROHIT , CHAKRABORTY SUDESHNA , SHARMA NITIN , SHARMA KANCHAN , KUMAR SHUKLA PRAVEEN , YADAV RUCHI , GUPTA SHIKHA , SINGH KUSHWAHA ALOK KUMAR , SINGH RAMESH , SRIVASTAVA SHARAD CHANDRA , KUMAR SINGH MUKESH
发明人： CHANDRA PANDA RAMESH , RAJA ROHIT , CHAKRABORTY SUDESHNA , SHARMA NITIN , SHARMA KANCHAN , KUMAR SHUKLA PRAVEEN , YADAV RUCHI , GUPTA SHIKHA , SINGH KUSHWAHA ALOK KUMAR , SINGH RAMESH , SRIVASTAVA SHARAD CHANDRA , KUMAR SINGH MUKESH
IPC分类号： E03D9/00 , E03D5/10 , E03D11/12
摘要： SELF-CLEANING AND GERM-KILLING REVOLVING PUBLIC TOILET FOR COVID 19 Self-cleaning and germ-killing revolving public toilet was initially designed by a manufacturing hygienic toilet system based in Rotterdam, Netherlands. The proposed scheme is a modification of the same promising better utility and more sustaining. This scheme involves the toilets used by the public intended for four persons simultaneously and the other gets sanitised and made ready during the period when one is engaged. It will change a normally disgusting encounter into a perfect and safe one with progressive self-cleaning toilet framework for public spaces of sterile toilet frameworks. A self-cleaning toilet is built where the water of wardrobe is the force source and principal component for the cleaning, drying and sterilizing of the toilet seat and toilet bowl. The toilet utilizes its cover top and seat as its essential apparatuses to achieve all the activities depicted above. A programmed sensor is incorporated in this system for flushing purpose to make this scheme more attractive. Key words: Self-cleaning, germ-killing, hygienic, sterilizing, sensor, flushing Fig.1.Self-cleaning and germ-killing revolving public toilet

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