|Engineering Dept. Patents|
|S.No.||Patent Filed Number||Patent filed Date||Patent Report|
|1||202111021739||18/06/2021||Manpreet Singh Bajwa, Deepak Kumar, Dinesh Deshwal and Monika
This invention relates to improvisation in delivery, as the revenue model of any food mechanism application is based on restaurant advertisement, event advertisement, event ticket listing, consulting services, online food ordering and subscriptions and we focus on ordering mechanism with new fundamental changes of registered restaurants can promote their offers and meals without bothering the delivery of the orders. But there are some issues with the ordering mechanism. One client can order only one order at a time. We propose a mechanism in which we allow the client to order from two places at a time with two delivery professionals. We also allow the client two order from two places and deliver at two different places with a profile-based ordering mechanism. This is the USP of this application here we have varied profiles related to their various interesting cuisines or past ordered restaurants and recommendation on the basis of the above. We have a collaborative or content-based algorithm for the recommendation. We will be applying a chatbot that can also function as a virtual assistant on the basis of keywords to place the order. These above changes may bring more business to this application and grow wider. We also prefer review-based analysis.
|2||202111020252||03/05/2021||Ms. Monika and Mr. Dinesh Deshwal- Wall Climbing Robot
Abstract: The invention generally relates to a device for ascending a vertical surface. In all applications which require traversing on a completely vertical pathway, the vertical advancement is done manually. Any application that requires climbing of a vertical wall, for instance establishment and maintenance operations of a building, the vertical wall has to be scaled by a person, generally through a suspension support system. The conventional suspension support system is unsafe as there always remains a risk of the worker being involved in an accident, which poses a risk to the life of the worker. Attempts have been made at designing and configuring automated or remotely controlled devices that can climb vertical walls, to replace the conventional suspension support systems.
|3||202111019330||27/04/2021||Mr. Dinesh Deshwal and Ms. Monika – Ploughing Machine
Abstract: The invention generally relates to a ploughing machine, more particularly it relates to a multipurpose ploughing machine (MPMM). It has been designed to replace multiple machines with one single machine. Various types of machines are known for ploughing soil. MPPM is a combination of Harrow Machine, Cultivator Machine, along with Sowing Machine. It can be mounted on the number of modified vehicles. To prepare the soil for deeper ploughing and seed sowing, the primary action of getting the field ready for that harrow is used. Later the same machine is converted into a cultivating machine to ready the field for sowing the seeds. After ploughing, the same machine is again converted into a sowing machine to complete the ploughing process.
|4||339172-001||16/02/2021||Dr. Atul Babbar – Liquid spray bottle with corner refilling attachment
Abstract – Focus on the constant liquid spray bottle, rapid refilling of the liquid in the bottle would make the bottle’s usability more noticeable. It would definitely reduce operator time and fatigue to refill the bottle repeatedly. Hence, to enhance the overall spraying and liquid refilling ability, a ‘Liquid spray bottle with corner refilling attachment’ has developed.
|5||2020104395||01/10/2021||Dr. Ajay – SELF SANITIZING ATTENDANCE RECORDER WITH THERMAL SCREENING
Abstract – The present invention relates to an attendance recorder 100 comprising an electronic enclosure 102, a face detection module 104 mounted on the enclosure 102 and configured to process facial samples of atleast one user received from a set of IR sensors 106, a vein detection module 108 mounted on the enclosure 102 and configured to process vein sample(s) of another or same user received from a set of Near-Infrared LEDs 110, a thermal screening module 112 fitted on the
enclosure 102 and operable to calculate temperature of the users using a set of Infra-Red thermal sensors, a touch screen 114 mounted on the enclosure 102 to enable interactive display of results obtained from the first module 104, second module 108 and third module 112 and a UV sanitization strip 116 augmented behind both, the touch screen 114 and the second module 108, to ensure their self sanitization
|6||2021100325||01/02/2021||Dr. Ajay – In-Bed Exercising and Monitoring Device
Abstract – The present invention relates to an exercising bed comprising a mainframe 3 bearing a backrest section 1 hingably attached to a leg-rest section 2 for supporting a patient’s lying body, atleast two support frames 6 substantially fenced around the backrest section 1 and the leg-rest section 2 to restrain unbalancing of the body, multiple belt slots 7, atleast one linkage 8a,8b connected to either of the sections 1,2, wherein the linkage 8a,8b transforms translator motion received from their respective actuators 9a,9b into rotatory motion of the sections 1,2, one or more longitudinal and latitudinal supporters 10a,b rotatably connected to the linkages 8a,b multiple sensors arranged at substantially relevant positions to capture plurality of parameters relating to the body and a remotely controlled computing unit 11 operable to control the sections 1,2 based on information received from the sensors.
|7||202111006553||19/02/2021||Dr. Ajay – Bio-printing device and system for wound healing Abstract – The present invention relates to a bio-printing system for real-time vivo wound healing comprising a scanning unit (5), a user interface (4), a controlling unit (2) and a bio-printing device (1) comprising an end-effector (6) contiguous to a manipulator arm for depositing bio-ink on a target area, further comprising a primary mounting (14) allowing sliding of atleast two ollow elongated secondary mountings (15a, 15b) via a rack and pinion arrangement, a scanner for real-time monitoring of target area, atleast two biomixture filled replaceable syringes (17a, 17b) insertable inside the second ary mountings (15a, 15b) to dispense bio-inks onto target
region depending on the strength of actuation received via an inbuilt linear actuator (21) and atleast one ultra-violet lamp (18) to disinfect and solidify upper layer of the bio-ink dispensed on the target area.
|8||202111001686||13/01/2021||Mr. Manpreet Singh Bajwa, Muskan Jain, Hemant Kumar – Intelligent Lighting System & METHOD FOR MULTI-MATERIAL EXTRUSION BASED 3D PRINTING
Abstact – Its main objective is to provide a single solution that can solve multiple problems, at a single time with help of street light pole.
Street Lights play an important role in avoiding accidents, crimes, and secure buildings and properties and discourage vandalism. Our purpose is to fulfil all needs with the usage of a minimum level of energy, providing the maximum level of brightness when required and dim if there no sign of human around, using motion detection AI-based video recorder with face detection for making records and cross-checking any accident while detecting wanted criminals etc other features together sum up the intelligent lighting system.
|9||202011046242||23/10/2020||Dr. Ajay – It is an object of the present subject matter provide a 3DOF (degree of freedom) mechanism for construction and thermoplastic large-scale Fused Filament Fabrication (FDM) 3D printing.It is another object of the present subject matter to achieve the 3DOF (degree of freedom)mechanism by using a JIB crane and self-erecting mechanism.The major problem identified in printers for building larger buildings is the build volume. Another problem is the mechanism of existing printers and these are neither compact nor easy to assemble and disassemble. The proposed mechanism is more compact in size and easy to assemble and disassemble. In addition, this single mechanism can be applied for more than one process.|
|10||202011053210||07/12/2020||Dr. Atul Babbar – Apparatus for controlling movement of vehicle
Abstract -The present disclosure relates to an apparatus for controlling movement of vehicle, the apparatus includes a frame configured with a handle adapted to be held by a user, a braking mechanism configured to the handle and coupled with a wheel, the braking mechanism comprising, a brake lever adapted to be operated by the user to move the brake lever in a first direction, wherein, the movement of the brake lever in first direction, creates a downward force to act on a lever latch to fasten a gripping element of the lever latch with a hook. A brake arm pivotally coupled to the brake lever, wherein, upon fastening the lever latch, the brake arm is moved upward to contact the wheel with a brake shoe to effect stoppage of the vehicle.
|11||334845-001||03/11/2020||Dr. Atul Babbar – Single touch lever brake for the manual rickshaw
Abstract – When the pulled Manual rickshaw is needed to be stopped on hilly slope roads, driver has to continuously apply the brake to stop the rickshaw because the release of the brake will cause the rickshaw to move backward that could lead to road accident. Hence to avoid road accidents, rickshaw’s brake is needed to apply continuously but it induces driver’s fatigue. Therefore, ‘Single touch lever brake’ has developed to work as power hand brake. The whole concept is to choke and release/unchoke the manual pulled tricycle rickshaw’s brake with a single touch specifically in hilly and rainy slope roads.
|12||202011054516||18/12/2020||Dr. Ajay – APPARATUS & METHOD FOR MULTI-MATERIAL EXTRUSION BASED 3D PRINTING
Abstact – The present invention relates to an apparatus 100 for multi-material extrusion based 3D printing comprising a telescopic column 101capable of moving longitudinally and rotationally along its axis, multiple horizontal arms 102 diverging out from a point of contact on telescopic column 101 to mimic the rotational movements, multiple mechanical actuators 103 physically associating telescopic column 101 with the horizontal arms 102 to retractably facilitate folding of the horizontal arms 102, two or more parallel vertical arms 104 disposed below each of the horizontal arms 102 and capable of moving transversally along horizontal arms 102 and multiple
extruder nozzle assemblies 105, each mounted on each vertical arm 104 for conveying multiple melted materials, further comprising atleast one outlet nozzle 106 to dispense the materials.