SACHIN AHUJA, SUSHIL KALRA, SACHIN BHOGAL, ANOOP AGGARWAL, GURDYAL SINGH, AND PRANAV AGGARWAL
CHANPREET SINGH, SAGAR JUNEJA AND AAISHWARIKA RAJ SHARMA
The present disclosure relates to an apparatus (100) for measuring growth of5 users, the apparatus includes a sensor (104) configured on a frame (102), thesensor configured to, upon activation, detect growth of the user in a vicinity of thesensor, wherein the sensor is activated by operation of a switch (106). A processor(120) operatively coupled with the sensor, a display unit (104) and a audio unit,the processor configured to receive, from the sensor, upon activation of the sensor,10 a set of signals pertaining to any or a combination of height and weight of theuser, and extract, from the received set of signals, a value of the received set ofsignals of the user, to instruct the display unit and the audio unit the value of thereceived set of signals of the user.
SHAGUN SHARMA, K.R. RAMKUMAR
The present disclosure relates to a system for generating electricity bill, the5 system includes a meter unit electrically coupled with an input supply of an areaof interest, and configured to take readings of number of electrical power unitsconsumed by the area of interest and correspondingly generate a first set of datapackets. A processing unit operatively coupled with the meter unit and a server. Amemory associated with the processing unit, for storing instructions which when10 executed causes the processing unit to: receive, from the meter unit a first set ofdata packets. Transform, using a first encryption technique, the first set of datapackets into a second set of data packets pertaining to a first encrypted values ofthe number of electrical power units consumed. Transmit, to the server, thesecond set of data packets.
RAMKUMAR KETTI RAMACHANDRAN, VAISHALI BHATIA
The present disclosure pertains to a health monitoring and sanitizing system (200)for a non human entity (110). The system (200) includes a device (108) with firstset of sensors (202) configured to detect temperature and a second set of sensors(204) configured to detect health parameters of the non human entity (110) and analert unit (212). The system (200) includes a passage with a third set of sensors10 (206) configured to sense the non human entity (110) and a sanitization unit 210configured to sanitize the non human entity (110). The system (200) includes aprocessing unit (208) which facilitates generating a set of alert signals when thetemperature and the health parameters are found beyond predetermined limit .Theprocessing unit (208) facilitates actuating the sanitization unit (210) upon sensing15 the non human entity (110) on the passage. The system (200) helps in suggestingdiet plan and health advice to owner of the non human entity (110).
JASMINDER KAUR SANDHU, PRATEEK SRIVASTAV, DEEPAM GOYAL
The present disclosure provides a smart cradle 100 for monitoring infant, wherein5 the cradle 100 includes a bassinet 102 and a frame assembly 104, wherein theframe assembly 104 provides support to the bassinet 102 which holds the infant.The cradle 100 includes first set of sensors 106, at least one imaging unit 108, andmicrophones 110 to detect the various parameters associated with the infant, and aprocessing unit 206 configured to receive, extract and compare the extracted10 parameters with the predefined limit ranges. The first set sensors 106 detectsound parameter of the infant and actuate one or more operations to assist theinfant automatically, such as rocking of bassinet, playing music, patting, androtating rattles. The cradle 100 establishes communication with the one or moremobile computing devices associated with the parents to transmit real time images15 and videos of the infant.
REETU MALHOTRA, ISHETA BANSAL
The present disclosure provides a system, method and device for facilitatingauditing of electrical machines. The system comprises of a device with ascreening device to receive and sense a plurality of electrical parameters of theelectrical machine and determine power consumption values. The systemidentifies one or more components of the machine that consume power in excess10 and generates, an alert signal pertaining to the excess consumption of power oncomparison with a preset threshold value. It then determines power savingmeasures for the electrical machine; and communicates to a remote computingsystem, though a communication network, the power consumption determined,information about the one or more components of the machine that consume15 excess power and the alert signal generated.
SUMIT, GAGANDEEP KAUR, PRATEEK SRIVASTAV
A system 100 for accommodating and monitoring pets is disclosed. The disclosed5 system 100 includes a pet house 102 that includes a housing to accommodate apet. The housing includes at least one actuator 106 configured with the at least onedoor 104 of the housing. The housing includes a first set of sensors 110-1 forcapturing biometric attributes of the pet, a second set of sensors 110-2 fordetecting anatomical movement attributes of the pet in the housing, and a third set10 of sensors 110-3 for detecting one or more environmental parameters in thehousing and correspondingly opens the door, or transmits an alert to the one ormore mobile computing devices regarding health of the pet and environment inthe housing, when at least one of the anatomical movement attributes or at leastone of the one or more environmental parameters reaches beyond a predefined15 limit.
TARANDEEP KAUR, ARSHDEEP SINGH, SARVESH TANWAR
The present disclosure relates to an apparatus (100) for balancing involuntarymuscle contraction of user, the apparatus including a frame (102) that includes aplurality of compartments (104) adapted to be worn on hand part of a user, one ormore receiving elements (110) adapted to receive one or more weights (108) ineach of the plurality of compartments, wherein one or more weights in each of the10 plurality of compartments are received by each individual joint of the hand part. Afastening element (106) coupled to each of the one or more receiving elements,the fastening element adapted to secure the one or more weights received in eachof the one or more receiving elements, to stabilize each individual joint of thehand part to balance the involuntary muscle contraction of user.
LAKSHMI SURI. ADITI CHOUDHARY, POOJA RAJPUT
The present disclosure pertains to a cooking appliance (100). The cooking5 appliance (100) includes a panel (102) configured with an outer surface andoperatively coupled to one or more heating elements, and a foldable plate (104)coupled to the panel (102) , wherein the foldable plate (104) is configured to movefrom a first pre-defined position to a second pre-defined position, and where theone or more heating elements are configured to heat the foldable plate (104). The10 first pre-defined position of the foldable plate (104) is below the panel (102) andthe second pre-defined position of the foldable plate (104) is above the panel(102), and where the foldable plate (104) is moved from the first pre-definedposition to the second pre-defined position through at least one roller (106). Thefirst pre-defined position is a contracted position of the foldable plate (104) and15 the second pre-defined position is an extended position of the foldable plate (104).
SAKSHI, CHETAN SHARMA, PRASENJIT DAS, SACHIN AHUJA, SHAILY JAIN, SHANKAR SHAMBHU
The present disclosure pertains to a device (100) to facilitate relieving trigger5 point for an entity. The device (100) includes a pad (104) adapted to be positionedon a trigger point associated with the entity, a spring (106) configured with thepad (104) and adapted to move from a first pre-determined position to a secondpre-determined position upon exerting a pre-defined pressure on the spring (106)by the entity, where the pre-defined pressure exerted on the spring (106) facilitates10 compression in the pad (104). The device (100) includes a first set of sensors(108) coupled to the spring (106) and configured to sense pressure exerted on thespring (106) and correspondingly generate a first set of signals, a heating element(110) operatively coupled to the first set of sensors (108) and configured todissipate heat on the trigger point upon receiving the first set of signals.
PRATIKSHA MISHRA, JASLEEN KAUR
The present disclosure relates to an apparatus (100) for monitoring the strength of5 muscles, the apparatus including a frame (102) adapted to be worn by a useraround a neck; an inflatable tube (108) provided in the frame; a pressure gauge(110) coupled to the tube, a first support element (106)and second support element(104)adapted to support a first and second part of a head of the user, when thetube is inflated by an air pump (114), and pressure is applied by the user on any of10 the first support element and the second support element, the pressure beingapplied by muscles of the user, the inflated tube is accordingly compressed, thepressure gauge is configured to indicate an increased pressure inside the tubeapplied by the user, the force applied being indicative of strength of the musclesof the user.
SHALOM AKHAI, SHAVETA MALA, PRATEEK SRIVASTAVAAMIT BHATIA, AND VENKTESH SHARMA
BHARAT KAPOOR, SUSHIL KALRA, PRABHJOT SINGHSACHIN BHOGAL, PRIYANKA MALHOTRA, AND DEEPTIPRIT KAUR
RAJEEV KUMAR, GURPREET SINGH SAINI, MANISH SHARMA,DHAWAN SINGH, DALJEET SINGH, P. R. PRAJAPATIAND PREET KAUR
The present disclosure pertains to a security system (100) for land. The system5 (100) includes at least one sound wave generator (102), a set of sensors (104), acamera (106) and a controller (108). The set of sensors (104) are configured tosense movement associated with a first entity and the second entity ad accordinglythe camera (106) is activated to capture image of the first entity and the secondentity. The controller (108) is configured to identify the first entity and the second10 entity based on the captured image and facilitates actuation of the at least onesound wave generator (102). The at least one sound wave generator (102) enablesgenerating sound wave of a first pre-determined frequency and a second pre-determined frequency based on the identified first entity and the second entity.The first entity includes monkey, rat, rodent, and the likes and the second entity15 includes boar, elephant, and the likes.
SHIVA SHARMA,ANIL KUMAR SHARMA, SACHIN AHUJA
The present disclosure relates to a mattress system to assist in postural drainage5 that includes a plurality of inflatable chambers that can be inflated with thehelp of a pneumatic unit having a plurality of conduit means connecting to thechambers at one end and the inflation pumps at the other end. The chamberscan include a head section, a chest section, and a lower body section. The chestsection further has two vertical inflatable chambers wherein at least two right10 resilient lobes and three left resilient lobes are provided, the five lobesdesigned in such a way that they mimic the shapes of the lobes of lungs. Theinflation and deflation of any or a combination of the inflation chambers causeloosening of excess secretion which is further eliminated through posturaldrainage method.
SHIKHA THAKUR, KIRANDEEP KAUR
The present disclosure pertains to a cap (100) for sanitizing assembly. The cap5 (100) includes a set of sensors (102) configured at a pre-determined position ofthe cap (100), where the set of sensors (102) are configured to sense movement ofa hand associated with an entity outside a pre-defined region of the cap (100), andcorrespondingly generate a first set of signals, a pump (104) operatively coupledto the set of sensors (102), and one or more nozzles (106) fludicially coupled to a10 container (204). The cap (100) is fastened with a container (204), where thecontainer (204) is adapted to accommodate one or more fluids, and where thepump (104) facilitates movement of the one or more fluids from a first pre-determined height to the second pre-determined height based on the received firstset of signals, and where the one or more fluids are dispensed from the one or15 more nozzles (106).
VIJAY KUMAR, GURPREET SINGH, RAVINDER SINGH
The present disclosure discloses a reusable adsorbent pad 100 comprising: a first5 layer 102 comprising a plurality of pores extended along a first top end and a firstbottom end of said layer 102, wherein the first layer 102 may be made up of anti-microbial material and configured to adsorb moisture and kill microbes present inthe adsorbed moisture; and a second layer 104 made up of aromatic material,wherein a second top end of the second layer 104 is placed in tandem with the10 first bottom end of the first layer 102.
ADHISH SINGH, TARANDEEP KAUR BHATIA, NEHA SHARMA, ANKIT RAI DOGRA, MIR SALIM UL ISLAM
The present disclosure provides for a system, method and device to provide foran early detection and management of diabetic foot ulcers and includes an insoleprovided in the footwear; sensors distributed on the insole to detect pressureexerted on the sole of the foot; a processor coupled with the sensors and amemory storing instructions executable by the processor to: receive and extractdata signal of pressure exerted on corresponding sensor; compare the values ofpressure with corresponding threshold pressure values; generate an alert signalwhen value of pressure at any of the sensors is greater than the correspondingthreshold value, transmit, the values of pressure and alert signal to one or moreuser devices and display, said values of pressure on an output device.
ANIMESH HAZARI, HIMANSHU SHARMA, GAGANJOT KAUR