| R, Ganesh Kumar. | Agriculture water purifying device / | Patent | Bio-Medical Engineering |
|
|
Type:Patent Subject:Bio-Medical Engineering |
Description:Patent Number: 363685-001, Applicant: S Nithyananthi.
|
|
| S, Sundara Pandiyan. | Cloud and IOT based alcohol and health monitoring system / | Patent | Bio-medical Engineering |
|
|
Type:Patent Subject:Bio-medical Engineering |
Description:Patent Number: 202141022529, Applicant: Dr.AR.Sivakumaran.
Wireless alcohol and health monitoring system that can monitor a human 24x7. Vehicle driving to manufacturing plants, Offices, Hospitals, Military, and other such ventures need to screen their staff/faculty follow all hard-working attitudes that incorporate, not coming to premises affected by liquor. This guarantees legitimate hard-working attitudes are followed. Our proposed framework takes into consideration liquor and wellbeing checking in addition to a detailing framework that screens this and reports it to concerned staff distantly over the web. [show more]
|
|
| R, Nimson Rio. | Covid monitoring system based on sensed health parameters / | Patent | Bio-Medical Engineering |
|
|
Type:Patent Subject:Bio-Medical Engineering |
Description:Patent Number: 202141032212, Applicant: Dr. Nimson Rio R.
A covid monitoring system (100), the system (100) comprising: a wearable (102) to be worn by a primary user, wherein the wearable (102) comprises: sensors (122a-122n) configured to sense signals representing health parameters of the primary user; a location detector (124) configured to detect real-time coordinates of the primary user; a controller (130) configured to. [show more]
|
|
| Gupta, Chabi. | Development of IOT based household health safety system / | Patent | Bio-Medical Engineering |
|
|
Type:Patent Subject:Bio-Medical Engineering |
Description:Patent Number: 202141012686, Applicant: Dr. R. Kumaravelan.
IoT opens the pathway of modernized health care and safety systems to monitor the physical parameters of the persons. But the emerging count of accidents and deaths occur inside the houses are created the necessity of making real-time monitoring and identification systems to rescue the affected person whoever got injured inside the house. Thus to provide this systematic approach the combination of sensors and the micro-controller unit with IoT will help to provide the accurate and optimistic response for the recovery of the persons injured. [show more]
|
|
| Mandala, Gangu Naidu. | Device for analysis of market communication in tourism / | Patent | Bio-Medical Engineering |
|
|
Type:Patent Subject:Bio-Medical Engineering |
Description:Patent Number: 202221009290, Applicant: Dr.Shilpa Bhakar.
The present invention is a device for analysis of market communication in tourism comprises of, a display unit is split into at the 4 parts to convert into a segmented display, thereby, an electronic kit is fitted into the display unit which is being getting the data therein, it is received by an analyser, this analysed data is send to the display unit to show the graphical representation of the tourism information under four different displaying ways. [show more]
|
|
| D, Kavitha. | Device for analysis of market communication in tourism / | Patent | Bio-Medical Engineering |
|
|
Type:Patent Subject:Bio-Medical Engineering |
Description:Patent Number: 202221009290, Applicant: Dr.Shilpa Bhakar.
The present invention is a device for analysis of market communication in tourism comprises of, a display unit is split into at the 4 parts to convert into a segmented display, thereby, an electronic kit is fitted into the display unit which is being getting the data therein, it is received by an analyser, this analysed data is send to the display unit to show the graphical representation of the tourism information under four different displaying ways. [show more]
|
|
| Prathap, Boppuru Rudra. | Device, system and method for wireless control of medical devices / | Patent | Bio-Medical Engineering |
|
|
Type:Patent Subject:Bio-Medical Engineering |
Description:Patent Number: 202121038822, Applicant: Dr K. Sampath Kumar.
The various embodiments of the present invention provide a device coupled with a medical apparatus for controlling a function of the said medical apparatus. The device comprises a processing unit, a communication coupler, an actuator, an accelerometer and a sensor package. The communication coupler provides a communication interface between the processing unit and a processor of a medical apparatus. The actuator is connected to the processing unit through an electromechanical mechanism. The accelerometer is connected to the processing unit through a bidirectional channel to control axial stability in a desirable position. The sensor package is installed over the medical apparatus and is connected to the processing unit. [show more]
|
|
| Kumar, Kukatlapalli Pradeep. | Device, system and method for wireless control of medical devices / | Patent | Bio-Medical Engineering |
|
|
Type:Patent Subject:Bio-Medical Engineering |
Description:Patent Number: 202121038822, Applicant: Dr K. Sampath Kumar.
The various embodiments of the present invention provide a device coupled with a medical apparatus for controlling a function of the said medical apparatus. The device comprises a processing unit, a communication coupler, an actuator, an accelerometer and a sensor package. The communication coupler provides a communication interface between the processing unit and a processor of a medical apparatus. The actuator is connected to the processing unit through an electromechanical mechanism. The accelerometer is connected to the processing unit through a bidirectional channel to control axial stability in a desirable position. The sensor package is installed over the medical apparatus and is connected to the processing unit. [show more]
|
|
| Robert, A R Shynu. | Grip-on: The ergonomic walking stick / | Patent | Bio-Medical Engineering |
|
|
Type:Patent Subject:Bio-Medical Engineering |
Description:Patent Number: 202241053663, Applicant: Joel Sebastian.
A high percentage of elderly users depend on walking slicks to get better support or assistance in maintaining a good posture while walking. An ergonomically well-designed walking stick can only provide good postural stability. For the past few decades in India, no significant changes or innovations have been made to the conventional walking stick. The study identified that majority of the users are facing difficulty in handling these conventional walking sticks. [show more]
|
|
| R, Ganesh Kumar. | Machine learning based EEG signal processing for smart patient monitoring system / | Patent | Bio-Medical Engineering |
|
|
Type:Patent Subject:Bio-Medical Engineering |
Description:Patent Number: 202141022214, Applicant: Dr. Ganesh Kumar R.
In the current pandemic situation, patients with critical diseases are lacking immediate care which would reduce the mortality rate. This invention focuses on continuous monitoring of patient™s EEG signals for occurrence of any seizures in brain signals. This system is designed using machine learning algorithm for resource optimization thereby implemented using VLSI technology. [show more]
|
|
| Thomas, Jyothi. | Non-contact oximeter cum thermometer / | Patent | Bio-Medical Engineering |
|
|
Type:Patent Subject:Bio-Medical Engineering |
Description:Patent Number: 202241009488, Applicant: Jyothi Thomas.
The invention pertains to the field of Covid-19 Equipment. The invention uses non-contact sensors to measure Sp02 level and human body temperature. The Invention can be classified under the Covid-19 as it includes sensors to identify an infected person. The objective of the invention was to tackle the problem of the detection of an infected Person in crowded places without having contact with devices. The basic idea behind the invention was to check the oxygen level as well as the temperature of a person without having contact with the devices used. [show more]
|
|
| B J, Bejoy. | Non-contact oximeter cum thermometer / | Patent | Bio-Medical Engineering |
|
|
Type:Patent Subject:Bio-Medical Engineering |
Description:Patent Number: 202241009488, Applicant: Jyothi Thomas.
The invention pertains to the field of Covid-19 Equipment. The invention uses non-contact sensors to measure Sp02 level and human body temperature. The Invention can be classified under the Covid-19 as it includes sensors to identify an infected person. The objective of the invention was to tackle the problem of the detection of an infected Person in crowded places without having contact with devices. The basic idea behind the invention was to check the oxygen level as well as the temperature of a person without having contact with the devices used. [show more]
|
|
| J, Chandra. | Personal automatic panic alert-papa / | Patent | Bio-Medical Engineering |
|
|
Type:Patent Subject:Bio-Medical Engineering |
Description:Patent Number: 202241049073, Applicant: Meenakshi Malaviya.
A panic attack is a mental impairment condition that causes the loss of many lives. The level of attack can be mild to extreme and can be scaled using biomarkers produced automatically by the body. Some of the biomarkers are heart rate variability, fluid changes like cortisol and adrenaline, breathing rate, air quality index, and core temperature. The data sources for the biomarkers can be clinical scales, environmental factors, sensors, wearable devices, and diagnostic surveys. [show more]
|
|
| N, Arul Kumar. | Sensor based intelligent smart watch for early detection of heart attacks in patients suffering from cardiovascular diseases / | Patent | Bio-Medical Engineering |
|
|
Type:Patent Subject:Bio-Medical Engineering |
Description:Patent Number: 202141045592, Applicant: Dr.S.Balamurugan.
Heart attack is one of the leading reasons for human deaths worldwide. When the blood supply to heart is suddenly blocked by a clot in coronary artery, heart attack occurs. This shortage of blood supply to the heart can cause serious damage to heart muscles and may sometime lead to death of the individual. However, early detection of symptoms of heart attack and providing necessary first aid could drastically reduce the mortality rate. Fatal heart attacks are quite common in people who are already suffering from cardiovascular diseases. This invention discloses a smart watch with multiple sensors that are capable to detect the possibility of cardiac arrest and inform the same to caretakers, doctors and ambulance vehicles in the nearby geographical location. [show more]
|
|
| N, Arul Kumar. | Sensor based intelligent wearable helmet for early detection of stroke in patients / | Patent | Bio-Medical Engineering |
|
|
Type:Patent Subject:Bio-Medical Engineering |
Description:Patent Number: 202141044803, Applicant: Dr.S.Balamurugan.
Every year nearly 50 million people suffer from stroke, within which 5 million people become permanently disabled. Early detection of stroke and right time of hospitalization of patients increases the chances of complete recovery. Proposed is a sensor based intelligent wearable helmet for early detection of stroke in patients. The proposed helmet allows real-time monitoring and simultaneous analysis of health parameter of patients, the affected parts of brain and cardio vascular system. [show more]
|
|
| R, Rajesh. | Targeted drug dispensing capsule / | Patent | Bio-Medical Engineering |
|
|
Type:Patent Subject:Bio-Medical Engineering |
Description:Patent Number: 202041003843, Applicant: Shardul Ajinkya Koli.
There are various diseases that can benefit from targeted drug delivery. Many of these diseases occur in areas like stomach and the intestine. These diseases are hard to cure as there is no way to apply medications directly to the affected area. Some of them are Ulcerative colitis, Irritable bowel syndrome, Pancreatitis, Colon cancer, Chrons disease. [show more]
|
|
| B, Manoj. | Antibacterial composition against psuedomonas aeruginosa and method of preparation thereof / | Patent | Biochemistry |
|
|
Type:Patent Subject:Biochemistry |
Description:Patent Number: 201941043986, Applicant: CHRIST (Deemed to be University).
Process for preparing an antibacterial composition against Pseudomonas aeruginosa is disclosed. The process includes carbonising dry leaves of Colocasia esculenta; developing graphene nanomaterials from the carbonized dry leaves of Colocasia esculenta via modified Hummers™ method; and integrating tin oxide (SnO2) nanoparticles with the graphene nanomaterials so as to enhance antibacterial activity against P. aeruginosa and obtain graphene-tin oxide nanocomposite as antibacterial composition. [show more]
|
|
| Ravikumar R, Harish Kumar M, Kiran K and Gurumoorty S Hebbar | Extraction and characterization of biofuel from industrial waste organic pupae-silkworm / | Journal Article | Biofuel |
|
|
Type:Journal Article Subject:Biofuel |
Description:International Journal of Recent Technology And Engineering, Vol.8, Issue 3, pp.1603-1607, ISSN No: 2277-3878.
|
|
| Ravikumar R, Mosharib Ahmad Hashmi, Shankar Ganesh L, Sarvesh V Bikkannavar and Vivek D R | Biofuel production and characterization from waste chicken skin and pig fat / | Journal Article | Biofuel Production and Characterization |
|
|
Type:Journal Article Subject:Biofuel Production and Characterization |
Description:International Journal of Recent Technology And Engineering, Vol.8, Issue 3, pp.3598-3603, ISSN No: 2277-3878.
|
|
| Suma Sarojini and Della Mariya Thomas | GCMS Analysis and zebrafish studiesr reveal presence of antilipidemic phytochemicals in methanolic seed extracts of phaseolus vulgaris / | Journal Article | Biological Sciences |
|
|
Type:Journal Article Subject:Biological Sciences |
Description:International Journal of Pharmacy And Biological Sciences, Vol.9, Issue 2, pp.796-802, ISSN No: 2230-7605.
|
|
