System manual authored and composed by Donna Cusano, intended for community staff to better use and understand QuietCare basic and advanced reporting to improve care in facilities.
The LYNX Touch is a dynamic, full-color touchscreen security system and home controller that allows users to control their security system, thermostats, lighting, door locks, and more from one touchscreen. It provides energy savings and home management by allowing control of Z-Wave enabled devices. The system offers 24/7 professional monitoring, two-way voice communication, and remote control through a mobile app.
The FIBARO Wall Plug is an intelligent outlet adapter that is the smallest in the world. It allows users to remotely control connected electrical devices and monitor their power consumption from the FIBARO home automation system. The Wall Plug has a user-friendly design and easy plug-and-play setup without requiring tools. It provides real-time and historical energy monitoring of connected devices to help users reduce costs.
The document discusses Home Center Lite, a small and affordable home automation controller from FIBARO. It can control up to 230 devices in a home and integrate various systems like security, lighting, appliances, and multimedia. The compact device allows users to remotely control and monitor their home from anywhere using a mobile app for increased convenience, energy efficiency and safety.
This document discusses innovations in clinical security and mobility at hospitals in the Valencia region of Spain. It describes a solution using identification bracelets, mobile beacons, and a central server to locate and track patients and assets in real time. The system provides secure identification, effective tracking and analytics, and mobility of information. It has been implemented at the new Hospital La Fe in Valencia to guarantee clinical security for over 1,500 patients and 1,000 assets across its 260,000 square meter facility.
Care Technology Systems makes products that allow transparent, unobtrusive monitoring of seniors and disabled persons, allowing their caregivers to keep tabs on them while maintaining the dignity of independent living.
1) The document discusses a system called QuietResponse that provides safety monitoring and staff efficiency metrics for senior living communities.
2) QuietResponse uses sensors and wireless technology to track resident movement, falls, entry/exit from residences, and more to ensure safety and provide data on staff response times and incidents.
3) The system aims to improve resident experiences, empower staff, and provide measurable performance data to facility managers.
The Exotic Sun Tanning Center Management Software allows users to manage all aspects of a tanning salon from a single system. It provides overview of sunbed availability and usage, comprehensive sales tracking, multi-lingual support, client-server architecture, extensive reporting, secure user permissions, and remote software assistance.
This document discusses Rees Scientific's Centron Environmental Monitoring Systems (EMS). Centron EMS provides environmental monitoring, integrated access control, and automated watering solutions for laboratories and other high-security facilities. It can monitor multiple locations from a single system and provide instant data access and analysis. Centron EMS offers alarm notification, flexible programming, documentation, and networking capabilities. Rees Scientific provides full turnkey installation including validation, training, service, and warranties.
The LYNX Touch is a dynamic, full-color touchscreen security system and home controller that allows users to control their security system, thermostats, lighting, door locks, and more from one touchscreen. It provides energy savings and home management by allowing control of Z-Wave enabled devices. The system offers 24/7 professional monitoring, two-way voice communication, and remote control through a mobile app.
The FIBARO Wall Plug is an intelligent outlet adapter that is the smallest in the world. It allows users to remotely control connected electrical devices and monitor their power consumption from the FIBARO home automation system. The Wall Plug has a user-friendly design and easy plug-and-play setup without requiring tools. It provides real-time and historical energy monitoring of connected devices to help users reduce costs.
The document discusses Home Center Lite, a small and affordable home automation controller from FIBARO. It can control up to 230 devices in a home and integrate various systems like security, lighting, appliances, and multimedia. The compact device allows users to remotely control and monitor their home from anywhere using a mobile app for increased convenience, energy efficiency and safety.
This document discusses innovations in clinical security and mobility at hospitals in the Valencia region of Spain. It describes a solution using identification bracelets, mobile beacons, and a central server to locate and track patients and assets in real time. The system provides secure identification, effective tracking and analytics, and mobility of information. It has been implemented at the new Hospital La Fe in Valencia to guarantee clinical security for over 1,500 patients and 1,000 assets across its 260,000 square meter facility.
Care Technology Systems makes products that allow transparent, unobtrusive monitoring of seniors and disabled persons, allowing their caregivers to keep tabs on them while maintaining the dignity of independent living.
1) The document discusses a system called QuietResponse that provides safety monitoring and staff efficiency metrics for senior living communities.
2) QuietResponse uses sensors and wireless technology to track resident movement, falls, entry/exit from residences, and more to ensure safety and provide data on staff response times and incidents.
3) The system aims to improve resident experiences, empower staff, and provide measurable performance data to facility managers.
The Exotic Sun Tanning Center Management Software allows users to manage all aspects of a tanning salon from a single system. It provides overview of sunbed availability and usage, comprehensive sales tracking, multi-lingual support, client-server architecture, extensive reporting, secure user permissions, and remote software assistance.
This document discusses Rees Scientific's Centron Environmental Monitoring Systems (EMS). Centron EMS provides environmental monitoring, integrated access control, and automated watering solutions for laboratories and other high-security facilities. It can monitor multiple locations from a single system and provide instant data access and analysis. Centron EMS offers alarm notification, flexible programming, documentation, and networking capabilities. Rees Scientific provides full turnkey installation including validation, training, service, and warranties.
The document proposes an advanced security system for women's safety that uses sensors, a microcontroller, and GSM technology. It aims to overcome the disadvantages of existing systems by immediately notifying control rooms if a woman is in danger, distress, or abnormal conditions are detected. The proposed system transmits sensor data like heartbeat, temperature, and vibration readings to a receiver and control room for monitoring and emergency response. It uses a low-cost, lightweight, and flexible design based on an Arduino microcontroller to provide reliable remote security monitoring for women's protection.
This document provides an overview of OERCA, an electronic record management system for zoological institutions. OERCA allows for intuitive data entry on mobile devices, immediate analysis of metrics, and powerful communication tools. It manages animal records, health data, facility operations, and more. The system is secure, cost-effective, and saves users time over traditional methods of record keeping.
This document summarizes the new features and capabilities of the VITEK 2 Compact system for microbial identification. Key points include:
- The system has redesigned test cards with 64 wells, pre-inserted straws, and barcodes for improved accuracy, fewer manual steps, and full traceability.
- Four new test cards (GN, GP, BCL, YST) have been developed to identify different types of microorganisms, achieving identification rates of 85-100% within 10-18 hours.
- The system features an intuitive interface, automated functions to reduce manual steps and increase productivity, and software compliant with regulatory standards.
MG Stephen Gross (USAFR) NEER IPT Chair Deputy Director Deloitte & Touche Center for Cyber Innovation Using a Cloud Computing Model to Establish Net-Enabled Emergency Response (NEER) Core Services
Home Health Tech Is Here To Stay Are You 2011 Final Rough DraftLaura Mitchell
In an economy where markets are drying up left and right, there’s one market that we can guarantee will only grow: The Aging & Technology Industry. This year alone, 7000 boomers will turn 65 every day while demanding a NEW and sustainable “AGING IN PLACE” model of care. Delivered by a true integration expert, the solution combines standard home automation and smart home technologies – complete with wireless tele-medicine, brain fitness and socialization features. Learn about the future of aging and technology, why you should get involved and how to start.
Presentation by Laura Mitchell, GrandCare\'s VP Marketing, at CEDIA 2011
Panelists: Jim Gleason, Peter Radsliff
110308 keonn monitor - automatic control in the cold supply chainbetoiii
Keonn Monitor is a system that uses sensors and readers to automatically monitor temperatures throughout cold supply chains. It collects temperature data from sensors on pallets and stores it centrally. The system generates reports, sends alarms for any temperature deviations, and ensures continuity of cold chains. It helps manage compliance and reduce claims by providing detailed temperature data and reports.
The document describes a smart sensory furniture system that aims to monitor elderly individuals living alone. The system integrates sensors and actuators into furniture to capture interactions between people and their environment. Sensors can be placed in different parts of furniture or across multiple pieces. A communication structure allows sensors to send data wirelessly. Middleware is developed to manage the furniture and provide monitoring, control and autonomous capabilities. The system monitors factors like temperature, heartbeat and respiration rates to detect any changes from normal daily activities that could indicate issues with well-being or emergencies. If abnormalities are detected, alert messages are sent to caregivers. The goal is to provide virtual supervision for elderly safety and well-being without needing full-time care.
The document describes an environmental monitoring system from Rees Scientific called CentronEMS. It can monitor temperature, humidity, lighting, air pressure and other variables in animal holding rooms and laboratories. It also controls lighting and integrated card access. The system provides automated watering solutions for animal rooms through high velocity recirculating or auto-flushing designs using reverse osmosis, UV sterilization, and water conditioning. It monitors conditions with wireless or hardwired sensors.
EZcall is the best integration system available for healthcare facilities today. EZcall is the most versatile and user-friendly/cost-effective system today!
www.qbsoft.ca
www.youtube.com/qbsoft www.twitter.com/qbsoft www.slideshare.net/qbsoft
A dementia monitoring system uses passive sensors to monitor behaviors of elderly patients with dementia and alert staff to abnormal occurrences. There are three main types: standalone units with limited profiles, standalone units requiring a laptop to modify settings, and networked systems allowing central modification. Critical components include reliable bed sensors, visual indicators, silent operation, staff training, activity logging, and easy-to-use interfaces. The DCS system is a networked example that generates tailored alerts, integrates with other systems, and aims to maintain patient dignity with passive monitoring.
The document discusses developing an enterprise mHealth strategy. It outlines assessing the current mHealth environment and stakeholder needs. It then proposes a methodology for crafting a vision, evaluating requirements, and developing a strategic plan through workshops with various constituents to achieve consensus on standards, technical architecture, and an implementation plan. The goal is an integrated mHealth approach that plugs selected products into a sound technology and business model.
The document discusses the HandKey-2 biometric hand geometry reader from Schlage. It provides 10 reasons for selecting the HandKey, including its field-proven reliability with hundreds of thousands installed worldwide, convenience through fast verification in under 1 second, and versatility in being used as a standalone system or integrated into access control systems. Key features include antimicrobial coating, blue hand outline to reduce error, and ability to write compact biometric templates to a card.
The document discusses the HandKey-2 biometric hand geometry reader from Schlage. It provides 10 reasons for selecting the HandKey, including its field-proven reliability with hundreds of thousands installed worldwide, convenience through fast verification in under 1 second, and versatility in being used as a standalone system or integrated into access control systems. Key features include antimicrobial coating, blue hand outline to reduce error, and ability to write compact biometric templates to a card.
A Healthcare Monitoring System Using Wifi ModuleIRJET Journal
This document presents a healthcare monitoring system using WiFi modules. The system uses sensors like a temperature sensor and heart rate sensor connected to an Arduino microcontroller to monitor patients' vital signs. The sensor data is sent wirelessly to a monitoring center using a WiFi module. Doctors can access the continuously recorded medical data to diagnose patients remotely. The system aims to provide constant monitoring without confining patients to beds and reduce human errors in manual data logging. It allows for broader use among patients, medical professionals and in rural areas with limited access to healthcare.
[Webinar] Software: The Lifeblood of any Medical DeviceICS
This document provides an overview and agenda for a presentation on embedded medical software platforms for global markets. It discusses BlackBerry Technology Solutions (BTS) and its QNX and Certicom divisions. It covers healthcare trends like increasing device complexity and connectivity. Software platform considerations for medical devices are outlined, including reliability, safety and security. An overview of ICS and its Qt application development framework is also provided. User experience and human factors are discussed.
This document discusses how companies can maximize uptime of remote mobile devices through remote mobile device management. It introduces Supply Chain Services and their focus on providing solutions for warehousing and distribution industries. A live demonstration of Soti's MobiControl mobile device management software is shown, focusing on features like device monitoring, provisioning, software updates, remote support and security. LXE is discussed as a provider of mobile computers suited for demanding environments like cold storage. The presentation concludes that combining an appropriate mobile device management software with hardware rated for the environment can provide significant returns on investment through improved productivity and reduced support costs.
Worldwide equipment trends in pest control are being driven by factors like environmental concerns, health concerns, and regulations. Trends include prescription or low dose applications using more efficient equipment to use less chemicals and reduce risks, as well as humane rodent traps that are bait-free, humane, and discreet. New technologies being used include radio-frequency identification (RFID) to track items like termites and bees, and camera technologies for automated pest detection and monitoring.
Viterion Vitacast 1000 Patient Instructions for UseDonna Cusano
The document provides instructions for using the Vitacast 1000 device. It explains how to power on the device, connect to cellular service, log in using a passcode, take daily readings by connecting health devices or manual entry, receive advice messages from practitioners, and follow the daily schedule set by the healthcare provider by completing readings, questions and messages. The device is intended to assist healthcare practitioners in remotely monitoring patients' vital signs and providing customized care advice.
The document proposes an advanced security system for women's safety that uses sensors, a microcontroller, and GSM technology. It aims to overcome the disadvantages of existing systems by immediately notifying control rooms if a woman is in danger, distress, or abnormal conditions are detected. The proposed system transmits sensor data like heartbeat, temperature, and vibration readings to a receiver and control room for monitoring and emergency response. It uses a low-cost, lightweight, and flexible design based on an Arduino microcontroller to provide reliable remote security monitoring for women's protection.
This document provides an overview of OERCA, an electronic record management system for zoological institutions. OERCA allows for intuitive data entry on mobile devices, immediate analysis of metrics, and powerful communication tools. It manages animal records, health data, facility operations, and more. The system is secure, cost-effective, and saves users time over traditional methods of record keeping.
This document summarizes the new features and capabilities of the VITEK 2 Compact system for microbial identification. Key points include:
- The system has redesigned test cards with 64 wells, pre-inserted straws, and barcodes for improved accuracy, fewer manual steps, and full traceability.
- Four new test cards (GN, GP, BCL, YST) have been developed to identify different types of microorganisms, achieving identification rates of 85-100% within 10-18 hours.
- The system features an intuitive interface, automated functions to reduce manual steps and increase productivity, and software compliant with regulatory standards.
MG Stephen Gross (USAFR) NEER IPT Chair Deputy Director Deloitte & Touche Center for Cyber Innovation Using a Cloud Computing Model to Establish Net-Enabled Emergency Response (NEER) Core Services
Home Health Tech Is Here To Stay Are You 2011 Final Rough DraftLaura Mitchell
In an economy where markets are drying up left and right, there’s one market that we can guarantee will only grow: The Aging & Technology Industry. This year alone, 7000 boomers will turn 65 every day while demanding a NEW and sustainable “AGING IN PLACE” model of care. Delivered by a true integration expert, the solution combines standard home automation and smart home technologies – complete with wireless tele-medicine, brain fitness and socialization features. Learn about the future of aging and technology, why you should get involved and how to start.
Presentation by Laura Mitchell, GrandCare\'s VP Marketing, at CEDIA 2011
Panelists: Jim Gleason, Peter Radsliff
110308 keonn monitor - automatic control in the cold supply chainbetoiii
Keonn Monitor is a system that uses sensors and readers to automatically monitor temperatures throughout cold supply chains. It collects temperature data from sensors on pallets and stores it centrally. The system generates reports, sends alarms for any temperature deviations, and ensures continuity of cold chains. It helps manage compliance and reduce claims by providing detailed temperature data and reports.
The document describes a smart sensory furniture system that aims to monitor elderly individuals living alone. The system integrates sensors and actuators into furniture to capture interactions between people and their environment. Sensors can be placed in different parts of furniture or across multiple pieces. A communication structure allows sensors to send data wirelessly. Middleware is developed to manage the furniture and provide monitoring, control and autonomous capabilities. The system monitors factors like temperature, heartbeat and respiration rates to detect any changes from normal daily activities that could indicate issues with well-being or emergencies. If abnormalities are detected, alert messages are sent to caregivers. The goal is to provide virtual supervision for elderly safety and well-being without needing full-time care.
The document describes an environmental monitoring system from Rees Scientific called CentronEMS. It can monitor temperature, humidity, lighting, air pressure and other variables in animal holding rooms and laboratories. It also controls lighting and integrated card access. The system provides automated watering solutions for animal rooms through high velocity recirculating or auto-flushing designs using reverse osmosis, UV sterilization, and water conditioning. It monitors conditions with wireless or hardwired sensors.
EZcall is the best integration system available for healthcare facilities today. EZcall is the most versatile and user-friendly/cost-effective system today!
www.qbsoft.ca
www.youtube.com/qbsoft www.twitter.com/qbsoft www.slideshare.net/qbsoft
A dementia monitoring system uses passive sensors to monitor behaviors of elderly patients with dementia and alert staff to abnormal occurrences. There are three main types: standalone units with limited profiles, standalone units requiring a laptop to modify settings, and networked systems allowing central modification. Critical components include reliable bed sensors, visual indicators, silent operation, staff training, activity logging, and easy-to-use interfaces. The DCS system is a networked example that generates tailored alerts, integrates with other systems, and aims to maintain patient dignity with passive monitoring.
The document discusses developing an enterprise mHealth strategy. It outlines assessing the current mHealth environment and stakeholder needs. It then proposes a methodology for crafting a vision, evaluating requirements, and developing a strategic plan through workshops with various constituents to achieve consensus on standards, technical architecture, and an implementation plan. The goal is an integrated mHealth approach that plugs selected products into a sound technology and business model.
The document discusses the HandKey-2 biometric hand geometry reader from Schlage. It provides 10 reasons for selecting the HandKey, including its field-proven reliability with hundreds of thousands installed worldwide, convenience through fast verification in under 1 second, and versatility in being used as a standalone system or integrated into access control systems. Key features include antimicrobial coating, blue hand outline to reduce error, and ability to write compact biometric templates to a card.
The document discusses the HandKey-2 biometric hand geometry reader from Schlage. It provides 10 reasons for selecting the HandKey, including its field-proven reliability with hundreds of thousands installed worldwide, convenience through fast verification in under 1 second, and versatility in being used as a standalone system or integrated into access control systems. Key features include antimicrobial coating, blue hand outline to reduce error, and ability to write compact biometric templates to a card.
A Healthcare Monitoring System Using Wifi ModuleIRJET Journal
This document presents a healthcare monitoring system using WiFi modules. The system uses sensors like a temperature sensor and heart rate sensor connected to an Arduino microcontroller to monitor patients' vital signs. The sensor data is sent wirelessly to a monitoring center using a WiFi module. Doctors can access the continuously recorded medical data to diagnose patients remotely. The system aims to provide constant monitoring without confining patients to beds and reduce human errors in manual data logging. It allows for broader use among patients, medical professionals and in rural areas with limited access to healthcare.
[Webinar] Software: The Lifeblood of any Medical DeviceICS
This document provides an overview and agenda for a presentation on embedded medical software platforms for global markets. It discusses BlackBerry Technology Solutions (BTS) and its QNX and Certicom divisions. It covers healthcare trends like increasing device complexity and connectivity. Software platform considerations for medical devices are outlined, including reliability, safety and security. An overview of ICS and its Qt application development framework is also provided. User experience and human factors are discussed.
This document discusses how companies can maximize uptime of remote mobile devices through remote mobile device management. It introduces Supply Chain Services and their focus on providing solutions for warehousing and distribution industries. A live demonstration of Soti's MobiControl mobile device management software is shown, focusing on features like device monitoring, provisioning, software updates, remote support and security. LXE is discussed as a provider of mobile computers suited for demanding environments like cold storage. The presentation concludes that combining an appropriate mobile device management software with hardware rated for the environment can provide significant returns on investment through improved productivity and reduced support costs.
Worldwide equipment trends in pest control are being driven by factors like environmental concerns, health concerns, and regulations. Trends include prescription or low dose applications using more efficient equipment to use less chemicals and reduce risks, as well as humane rodent traps that are bait-free, humane, and discreet. New technologies being used include radio-frequency identification (RFID) to track items like termites and bees, and camera technologies for automated pest detection and monitoring.
Similar to QuietCare System Reports Instruction Manual (20)
Viterion Vitacast 1000 Patient Instructions for UseDonna Cusano
The document provides instructions for using the Vitacast 1000 device. It explains how to power on the device, connect to cellular service, log in using a passcode, take daily readings by connecting health devices or manual entry, receive advice messages from practitioners, and follow the daily schedule set by the healthcare provider by completing readings, questions and messages. The device is intended to assist healthcare practitioners in remotely monitoring patients' vital signs and providing customized care advice.
CMS’ Final Rule expands Medicare reimbursement for chronic care management (CCM) services including telehealth. CCM requires at least 20 minutes per month of non-face-to-face care by a care team under a provider. It includes services like remote patient monitoring, medication management, and care coordination. Telehealth can help provide 24/7 access and monitor medical, functional, and psychosocial needs between in-person visits. Providers must meet documentation and patient consent requirements for reimbursement.
Training for client staff on how to fully register care management client receiving telehealth services using a proprietary telehealth web portal. Author: Donna Cusano
(Please note that animations are disabled.)
Telehealth Web Portal Introduction/TrainingDonna Cusano
Overview/training for client staff on how to use a proprietary web portal for care management clients receiving telehealth services. Designed to be presented and for reference book. Please note that animations are disabled. Author: Donna Cusano
Telehealth Integrators and Competitors LandscapeDonna Cusano
Presentation on telehealth competitive landscape with a focus on \'integrators\' providing care management as option. Overview of marketing opportunities.
QuietCare Instruction Manual for AL Staff TrainingDonna Cusano
System manual intended for community staff to better use and understand QuietCare basic and advanced reporting to improve care in facilities. Author: Donna Cusano
GE QuietCare Testimonial Flyer for Assisted Living ProfessionalsDonna Cusano
QuietCare is a monitoring system that helps assisted living facilities provide better care to residents. It detects unusual patterns in residents' bathroom visits, activity levels, and medication usage. This allows staff to check on residents and catch health issues early. Recent examples showed the system helped identify a serious gallbladder problem, urinary tract infections, falls, sleep apnea, and issues with medication administration. By learning normal routines and alerting to changes, QuietCare allows staff to address emerging conditions early and prevent worse emergencies.
- Video recording of this lecture in English language: https://youtu.be/kqbnxVAZs-0
- Video recording of this lecture in Arabic language: https://youtu.be/SINlygW1Mpc
- Link to download the book free: https://nephrotube.blogspot.com/p/nephrotube-nephrology-books.html
- Link to NephroTube website: www.NephroTube.com
- Link to NephroTube social media accounts: https://nephrotube.blogspot.com/p/join-nephrotube-on-social-media.html
Clinic ^%[+27633867063*Abortion Pills For Sale In Tembisa Central19various
Clinic ^%[+27633867063*Abortion Pills For Sale In Tembisa Central Clinic ^%[+27633867063*Abortion Pills For Sale In Tembisa CentralClinic ^%[+27633867063*Abortion Pills For Sale In Tembisa CentralClinic ^%[+27633867063*Abortion Pills For Sale In Tembisa CentralClinic ^%[+27633867063*Abortion Pills For Sale In Tembisa Central
One health condition that is becoming more common day by day is diabetes.
According to research conducted by the National Family Health Survey of India, diabetic cases show a projection which might increase to 10.4% by 2030.
These lecture slides, by Dr Sidra Arshad, offer a quick overview of the physiological basis of a normal electrocardiogram.
Learning objectives:
1. Define an electrocardiogram (ECG) and electrocardiography
2. Describe how dipoles generated by the heart produce the waveforms of the ECG
3. Describe the components of a normal electrocardiogram of a typical bipolar lead (limb II)
4. Differentiate between intervals and segments
5. Enlist some common indications for obtaining an ECG
6. Describe the flow of current around the heart during the cardiac cycle
7. Discuss the placement and polarity of the leads of electrocardiograph
8. Describe the normal electrocardiograms recorded from the limb leads and explain the physiological basis of the different records that are obtained
9. Define mean electrical vector (axis) of the heart and give the normal range
10. Define the mean QRS vector
11. Describe the axes of leads (hexagonal reference system)
12. Comprehend the vectorial analysis of the normal ECG
13. Determine the mean electrical axis of the ventricular QRS and appreciate the mean axis deviation
14. Explain the concepts of current of injury, J point, and their significance
Study Resources:
1. Chapter 11, Guyton and Hall Textbook of Medical Physiology, 14th edition
2. Chapter 9, Human Physiology - From Cells to Systems, Lauralee Sherwood, 9th edition
3. Chapter 29, Ganong’s Review of Medical Physiology, 26th edition
4. Electrocardiogram, StatPearls - https://www.ncbi.nlm.nih.gov/books/NBK549803/
5. ECG in Medical Practice by ABM Abdullah, 4th edition
6. Chapter 3, Cardiology Explained, https://www.ncbi.nlm.nih.gov/books/NBK2214/
7. ECG Basics, http://www.nataliescasebook.com/tag/e-c-g-basics
Hiranandani Hospital in Powai, Mumbai, is a premier healthcare institution that has been serving the community with exceptional medical care since its establishment. As a part of the renowned Hiranandani Group, the hospital is committed to delivering world-class healthcare services across a wide range of specialties, including kidney transplantation. With its state-of-the-art facilities, advanced medical technology, and a team of highly skilled healthcare professionals, Hiranandani Hospital has earned a reputation as a trusted name in the healthcare industry. The hospital's patient-centric approach, coupled with its focus on innovation and excellence, ensures that patients receive the highest standard of care in a compassionate and supportive environment.
Muktapishti is a traditional Ayurvedic preparation made from Shoditha Mukta (Purified Pearl), is believed to help regulate thyroid function and reduce symptoms of hyperthyroidism due to its cooling and balancing properties. Clinical evidence on its efficacy remains limited, necessitating further research to validate its therapeutic benefits.
Integrating Ayurveda into Parkinson’s Management: A Holistic ApproachAyurveda ForAll
Explore the benefits of combining Ayurveda with conventional Parkinson's treatments. Learn how a holistic approach can manage symptoms, enhance well-being, and balance body energies. Discover the steps to safely integrate Ayurvedic practices into your Parkinson’s care plan, including expert guidance on diet, herbal remedies, and lifestyle modifications.
Adhd Medication Shortage Uk - trinexpharmacy.comreignlana06
The UK is currently facing a Adhd Medication Shortage Uk, which has left many patients and their families grappling with uncertainty and frustration. ADHD, or Attention Deficit Hyperactivity Disorder, is a chronic condition that requires consistent medication to manage effectively. This shortage has highlighted the critical role these medications play in the daily lives of those affected by ADHD. Contact : +1 (747) 209 – 3649 E-mail : sales@trinexpharmacy.com
3. The QuietCare®Vision:
Empower every person to live a more independent, confident,
healthier life through connected technologies
Key features of the QuietCare System
• Data generated by compact wireless motion sensors –
no cameras, video or audio monitoring; no buttons or pull cords
• Learns and trends residents’ patterns of living in their home and
changes in behavior
• Sends alerts when out-of-the-ordinary situations occur so that
care staff can promptly intervene
• Provides information to help identify emerging health problems
• Works even if resident cannot summon help—no action needed
3
4. QuietCare® at Work in an Assisted Living Community
4. Powerful software analyzes
3. Communicator data, looking for emergencies
transfers data to the & significant changes in daily
1. Motion sensors are placed QuietCare server
throughout residence to track routines
resident behavior
5. Alerts for potential
emergencies are sent to staff
so they can respond
promptly
2. Resident activity is
relayed by the sensors
to a communicator
6. Password-protected, full
resident reports are also
available online
4
5. QuietCare’s components
Five or six small, wireless motion sensors are
placed strategically throughout the
residence (bedroom, bathroom, kitchen,
living room and near medications).
Each sensor transmits data about specific
daily routines to the communicator, which
regularly transmits, over a toll free number,
the data to the QuietCare server using the
existing telephone line.
The QuietCare central server analyzes the data,
identifying potential emergencies or note-
worthy changes in a resident’s routines.
Emergency alerts are generated to staff via
pager. Potential emerging problems are
reported to the website.
Resident status and activity are regularly
reported to a privacy-protected website
accessible to community professionals
5
6. Key activities that are tracked daily and over time
Morning wakeup time—exiting
bedroom
Bathroom visits (frequency, time spent)
Room temperature (excessively
hot/cold)
Overall activity level
Nighttime bathroom activity
Meal preparation
Medication interaction
24/7 bathroom visits
Motion through Door
Optional Alerts
o Night Time Wander
o Night Motion (leaving bed and active) 6
7. Using QuietCare
Logging In to Website Reports
Resident Status Overview
Urgent Alerts
Bathroom Risk, Room Temperature, Morning Wakeup
Non-Urgent Alerts
Nighttime Bathroom Activity, Overall Activity Level, Meal Preparation
Optional Alerts
Night Time Wander, Night Motion
Customizing Client Information
Analytics and Reports
Additional Information
Nobody’s watching...
But everybody’s looking out for me
7
8. Logging In to Website Reports
www.quietcaresystems.com
Log In Screen
8
9. Group Summary: All residents at a glance
Resident Current Status Most important activities are measured and trended
Status indicated by color
Greenindicates normal activity for that client based on past data
Yellow a change noting a potential emerging problem—Meal Preparation
Red an alert for significant change or potential distress—Bathroom Risk
Click on client to review individual summary page data.
9
10. QuietCare Alerts
Urgent Alerts
Bathroom Risk, Room Temperature, Morning Wakeup
Non-Urgent Alerts
Nighttime Bathroom Activity, Overall Activity Level, Meal Preparation
Optional Alerts
Night Time Wander, Night Motion
10
11. Urgent Alert--Emergency alert sent to pager for Bess L.
Bathroom Risk (Fall)
Individual client summary page
Confirming Potential
Bathroom Fall (Risk) alert
Confirming response to
alert
Timely response by
caregiver (within 2 minutes)
See more information— 11
over seven days
12. Seven day pattern overview for all activities tracked
Accessible from individual client summary
View resident activity over time
Multiple
Red Alerts
Bess has
had three
days of
possible
bathroom
risk or
distress--
needs
follow up.
Multiple Alerts—Room Temperature
Red Alert on Sunday @ 60 degrees generated an emergency pager alert.
With two subsequent yellow alerts reported for temperatures in the low 60
degree range, this may indicate a room problem. Red alerts are generated
after four hours of cold temperature and two hours of high temperature.
12
13. Urgent Alert--Emergency alert sent to pager for Eleanor P.
Late Morning Wakeup
Confirming alert
Eleanor did not exit the
bedroom before the
user-established
“wake-up window” set
at 8am. Alert @ 8:12am.
Confirming response
via motion through
door activity. Within
minutes….
Assistance sent
Bathroom visit
Additional activity
in/out of room thru
morning is tracked
13
14. View Eleanor’s status over past
seven days
To view, click on Red Alert
status button on Client
Summary page
Late bedroom exit is
intermittent over past week
Overall activity chart (accessed from
client summary)
High activity in 1am hour (dense bars)
Bedroom activity @ 2-3am and 7am
hours
14
15. Non-Urgent Alerts
QuietCare establishes norms for behavior
Alert reports indicate changes or deviations from these norms that need attention
Reported in summaries by 10am
Nighttime Bathroom
Activity
Frequent short visits—
much higher activity than
usual. Alert appears on
website group and client
summary. Check on Betty. This panel shows
frequency and
duration of night
To see detail-- bathroom visits
Click on Red Alert status
button
OR
Click for 7 days of data
15
16. View Betty’s 7 Day resident summary
We can see this is a sudden onset and not typical
behavior for Betty. But how is her sleep during the night?
16
17. Betty’s overall activity chart confirms sleep disruption
and need for attention
Nighttime activity in/out of bedroom and bathroom are indicators
High bar density and index numbers indicates high activity
In and out of the In and out of the
bedroom between bathroom over the same
2am and 7am hours period of time
Other non-urgent alerts: Overall Activity Level, Meal Preparation.
Alerts are generated by 10am daily to appear on reports.
17
18. Optional Urgent Alerts: Wander
Optional alerts are special settings and configurations in the system for those
identified with these special needs
Wander checks motion in and out of the residence door coupled with lack of
activity in the residence.
Programmable by community between
8pm to 8am.
Anna Marie has 5 wander alerts.
These are emergency alerts sent
by pager.
Total events show high level of
activity in passing through the
front residence door. This can
be in or out, and could be
caregiver as well as Anna Marie.
However….the report details
excessive activity not related to
another activity, such as
bathroom visits.
A Wander Alert for Anna Marie
indicates that she requires 18
immediate attention.
19. View Anna Marie’s seven day resident summary
In combination with
High level of door motion…
wander alerts…
…indicate that Anna Marie is leaving her residence repeatedly, every night.
19
20. Optional Urgent Alerts: Night Motion
Night Motion checks if resident has left their bed and is moving around
apartment at night (programmable within 8pm to 8am).
Inez has most likely
been identified as
requiring assistance in
moving out of bed
Both Night Bath and
She has had two Door Motion (for
caregiver assistance)
emergency alerts today appear to be correlated
in time and frequency—
with door motion after
night bath
20
21. Night Motion:
Seven day overview
Inez has relatively high
normative frequency of
night time bathroom visits.
The Night Motion alert is
frequently triggered
multiple times per night,
and correlates with Motion
through Door.
Her activity chart also
confirms this. She appears
to be receiving needed
assistance but
after she reaches
the bathroom—
perhaps to be assisted back
to bed.
21
23. Client settings and customization
Customize resident
information
Personalize for each
resident
Mark as on vacation
or away from the
site
Add caregivers
Change alert
thresholds
23
24. Customize resident information and notifications
If resident away, click here to set ―vacation‖ start/end to ensure that alerts
are not sent to caregivers
Update staff/caregiver
access information here
24
25. Customize alert windows based on caregiver knowledge
Wake-up window—this
is set as 5am-8am
Safe length of time in
bathroom can be set for
as little as 15 min., or as
long as 90 min.
Programmable room
temperature alerts: red
alert between 85°- 93°
(high) and 60°- 65° (low)
Optional Night Motion
and Wander: require
special configuration and
activation. Can be set
anytime between 8pm
and 8am. ―BedCheck‖ is
time control for motion
through door sequence. 25
26. Analytics and Reporting
Alerts Sent and Response Times
Group Management Overview
Explanation of Additional Reports
26
28. Community alerts and response times
Madeline M.’s
Wander alert shows
green for door
activity following
the alert …
indicating a timely
response below 4
minutes
There may be a
caregiver response
issue, as 4 residents
have extremely
slow response, with
Jean deL’s Wander
alert not being
responded to for
over 3 hours
28
29. Group Management Overview—Seven Days
Compiles residents with greatest number
of alerts and high frequency of activities
that may indicate potential conditions,
such as most nighttime bathroom visits
and nighttime activity
Weekly summary of all alerts:
29
30. Analytics and Staff Accountability
Reports comparing the activities among all monitored individuals.
These reports are accessed by clicking on the ‘client norms’ links at the bottom of the ‘Group Summary Page’. Unlike other QuietCare alerts that are
generated by variations in an individual’s behaviors/activities, these reports enumerate the actual level of activity comprising that norm. This
management tool provides one-page summary charts ranking the behavior of all participants, contrasting their ranking within the designated
categories, and enabling, with one glance, the prioritizing of service delivery based on relative needs. The information is sorted in descending order
of frequency. The reports also provide live links to more detailed information on each individual’s webpage.
With the exception of the Sleep Index, which provides a daily report, and Motion Through Door which reports on a 7 day norm, the other
categories reflect norms generated over the previous 30 days.
The count of total minutes of activity between 10PM and 6AM as well as the total number of hours in which some activity was
Sleep Index evidenced. A large number of minutes of activity may indicate sleep disturbance, which can be indicative of a wide range of
Individuals medical problems as well as elevating fall risk.
This report lists the average number of bathroom visits each individual had during the previous 30 day period. Some
Bathroom Visits individuals may have a relatively normal number of nighttime bathroom visits but high numbers of visits during the day.
Because the standard alerts are based on deviations from the clients’ individual norms, persons with chronically high numbers
Nighttime Bathroom of bathroom visits might go unnoticed. This and other behavior-based reports are especially valuable when first implementing
Visits QuietCare in a community in order to understand what constitutes the baseline behavior.
By listing all individuals with bathroom risk alerts (and the average number of such alerts during the previous 30 day period)
the reports can be used to allocate staff resources and document the need for additional care levels. For example, if the chart
Bathroom Risk (Fall) indicates 0.5 Bathroom Risk alerts, that would mean that during the previous 30 days, there were 15 alerts.
This feature lists all clients and their daily average number of meal preparation events during the previous 30 days (midnight to
Meal Preparation midnight).
For individuals with a medication sensor, this report notes the average daily medication-related events during the previous 30
Medication days (the average number of times each individual reached for their medication per day).
Lists the average number of bedroom exit alerts during the previous 30 day period.
Bedroom Exit
This feature has two components: 24/7 motion through door and night motion through door. The count shown for both is a 7-
day average of events. Night motion through door events can be indicative of a resident leaving their apartment or a staff
member providing bed checks and other in home services. For residents not programmed for Wander alert, this report may
Motion Through Door
document a need. For residents who are scheduled to have bed checks or assistance with toileting this report can provide
indication of whether such services have been performed.
30
31. Optional Displays
This feature lists all clients programmed for the Wander alert and the number of such events each individual had during the
previous 30 day period. QuietCare differentiates between a Wander event and other motion through door activity, such as a
Wander
staff visit, based on whether there is prior activity in the apartment before the door is opened.
This feature lists all clients programmed for the Night Motion alert and the average number of such events each individual had
Night Motion
during the previous 30 day period.
31