Estudio del Impacto en el análisis de ciclo de vida de dar o no una segunda vida a las baterías de vehículos eléctricos
d:(Bateries elèctriques -- Reciclatge)
d:(Electric batteries--Recycling)
ewaste recycling
Es mostren els missatges amb l'etiqueta de comentaris MSF. Mostrar tots els missatges
Es mostren els missatges amb l'etiqueta de comentaris MSF. Mostrar tots els missatges
Solar Powered Raspberry Pi
http://www.instructables.com/id/Solar-Powered-Raspberry-Pi/
Create a portable battery and solar powered Raspberry Pi Zero web server
So a brief list of the components:
Raspberry Pi2
16GB Class 10 MicroSD card
4G LTE USB modem
100Wp MonoCrystalline PV panel
52Ah SLA battery
10A Solar charge controller with advanced charging (including float charge) and temperature compensation
INA219 board for voltage monitoring and graphing on the web
12-to-5V stepdown regulator
A well built enclosure for the whole thing to sustain the rain, snow, and the burning 35C during summer
Create a portable battery and solar powered Raspberry Pi Zero web server
How to Use Solar Cells to Power a Raspberry Pi 3 Single Board Computer
How to build a solar powered Raspberry Pi #piday #raspberrypi @Raspberry_Pi
So a brief list of the components:
Raspberry Pi2
16GB Class 10 MicroSD card
4G LTE USB modem
100Wp MonoCrystalline PV panel
52Ah SLA battery
10A Solar charge controller with advanced charging (including float charge) and temperature compensation
INA219 board for voltage monitoring and graphing on the web
12-to-5V stepdown regulator
A well built enclosure for the whole thing to sustain the rain, snow, and the burning 35C during summer
Solar Power for Raspberry Pi
https://www.voltaicsystems.com/blog/powering-a-raspberry-pi-from-solar-power/
This post will walk you though how to protect your Raspberry Pi while powering it from a solar-powered system, and provide some tips for reducing the power consumption. Our desired goal is to power the Raspberry Pi with only a small solar panel (which you’ll see is not easy considering how power-hungry these boards are), so we’ll provide you with the know-how and tools necessary to reduce the power consumption.
Overview:
This post will walk you though how to protect your Raspberry Pi while powering it from a solar-powered system, and provide some tips for reducing the power consumption. Our desired goal is to power the Raspberry Pi with only a small solar panel (which you’ll see is not easy considering how power-hungry these boards are), so we’ll provide you with the know-how and tools necessary to reduce the power consumption.
Overview:
- How to protect the Raspberry Pi by safely and autonomously turning it off
- How to cycle the Raspberry Pi on and off to reduce power consumption
- Third party boards to help manage powering the Pi on and off
- How to appropriately size your solar panels to maintain the Pi after you’ve reduced the power consumption
DHIS2 Live Package
https://docs.dhis2.org/2.24/en/user/html/ch02s02.html
The DHIS2 Live package is the easiest way to get started with DHIS2 on your local computer. DHIS2 Live is appropriate for a stand-alone installation and demos. Simply download the application from here. Once the file is downloaded, you can simply double-click the downloaded file, and get started using DHIS2.
The DHIS2 Live package is the easiest way to get started with DHIS2 on your local computer. DHIS2 Live is appropriate for a stand-alone installation and demos. Simply download the application from here. Once the file is downloaded, you can simply double-click the downloaded file, and get started using DHIS2.
eHealth promotion
eHealth promotion: the use of the Internet for health promotion
Abstract
The use of the Internet for health promotion is explored in this edition including growth trends, general applicability, and evaluation strategies for online interventions. This article examines the range of preliminary studies of eHealth Promotion interventions and their summary results, and reviews potential evaluation tools and their use in online programming. Also assessed is their utility in population-based programming and review-selected implications for the field.
DHIS2 Mobile
https://www.dhis2.org/mobile
Browser based mobile client
In contexts where mobile data coverage is good and health workers already have phones, using the mobile browser DHIS2 interface may be an important complement to other clients. Cheap, low end mobile phone support browser-based data entry through a simple mobile interface optimized for small screen sizes. You may also consider using a more advanced user interface customized for Android smart phones. The Android smart phone interface also supports offline data entry using HTML5.
The mobile browser interfaces are also great complements for users who ordinarily use the web based data entry, but for some reason need to enter data while on the move. Because the browser is available in many existing handsets and require little extra setup, we typically recommend including basic training in how to access the system using the mobile browser when training staff at any level. Despite the large handset support for browser-based solutions, many projects still prefer limiting the handset base to a well-tested and controlled group of phones, to limit the support and training costs. The costs for the phones is often only a very small part of the rollout of the system, and spending a bit more on phones may give many advantages to future enhancements and evolution of the service.
Browser based mobile client
In contexts where mobile data coverage is good and health workers already have phones, using the mobile browser DHIS2 interface may be an important complement to other clients. Cheap, low end mobile phone support browser-based data entry through a simple mobile interface optimized for small screen sizes. You may also consider using a more advanced user interface customized for Android smart phones. The Android smart phone interface also supports offline data entry using HTML5.
The mobile browser interfaces are also great complements for users who ordinarily use the web based data entry, but for some reason need to enter data while on the move. Because the browser is available in many existing handsets and require little extra setup, we typically recommend including basic training in how to access the system using the mobile browser when training staff at any level. Despite the large handset support for browser-based solutions, many projects still prefer limiting the handset base to a well-tested and controlled group of phones, to limit the support and training costs. The costs for the phones is often only a very small part of the rollout of the system, and spending a bit more on phones may give many advantages to future enhancements and evolution of the service.
DHIS2
https://www.dhis2.org/
Data management and analytics
DHIS 2 lets you manage aggregate data with a flexible data model which has been field-tested for more than 15 years. Everything can be configured through the user interface: You can set up data elements data entry forms, validation rules, indicators and reports in order to create a fully-fledged system for data management. DHIS 2 has advanced features for data visualization, like GIS, charts, pivot tables and dashboards which lets you explore and bring meaning to your data.
Individual data records
DHIS 2 enables you to collect, manage and analyse transactional, case-based data records. It lets you store information about individuals and track these persons over time using a flexible set of identifiers. As an example, you can use DHIS 2 to collect and share essential clinical health data records across multiple health facilities. Individuals can be enrolled for longitudinal programs with several stages. You can configure SMS reminders, track missed appointments, generate visit schedules and much more.
Data management and analytics
DHIS 2 lets you manage aggregate data with a flexible data model which has been field-tested for more than 15 years. Everything can be configured through the user interface: You can set up data elements data entry forms, validation rules, indicators and reports in order to create a fully-fledged system for data management. DHIS 2 has advanced features for data visualization, like GIS, charts, pivot tables and dashboards which lets you explore and bring meaning to your data.
Individual data records
DHIS 2 enables you to collect, manage and analyse transactional, case-based data records. It lets you store information about individuals and track these persons over time using a flexible set of identifiers. As an example, you can use DHIS 2 to collect and share essential clinical health data records across multiple health facilities. Individuals can be enrolled for longitudinal programs with several stages. You can configure SMS reminders, track missed appointments, generate visit schedules and much more.
DHARMA
http://www.dharma.ai
For example:
EHR-LIGHT
Electronic health records systems can be challenging at best, especially for small facilities without existing enterprise-level systems. But no matter the location or level of connectivity, Dharma allows providers to create a HIPAA-compliant, lightweight cloud-based system that includes individual patient records, tracked over time, and requires no fancy network installation or server configuration. Healthcare workers can both enroll patients and manage their files, even from mobile devices; administrators can analyze aggregate data and view population trends. You can even create forms in one language and deploy them in another, so no matter where your hospitals are based, clinicians and administrators both have access to the data they need to make decisions.
Quick and easy setup means that a records system can be set up by anyone – no need for contractors or IT specialists.
Intuitive collection and management makes it easy for busy healthcare providers to enter accurate information (and busy administrators to track it).
Robust results dashboard provides actionable, real-time analytics for clinical teams, management, and third parties.
HEALTH FACILITY SURVEILLANCE
Today’s healthcare networks rely on information from their hospitals and clinics to ensure that they’re providing high-quality care to the people they serve. But collecting data on population demographics, treatments provided, and outcomes across a region can be a challenge – especially when different types of facilities are involved. With Dharma, it’s easy to monitor hospitals, clinics, and mobile healthcare centers, whether they’re around the corner or around the globe.
View data changes in a population over time for any question, customized by day, week, or month.
Cross-comparisons make it easy to quickly identify trends.
Staff management enables you to track healthcare providers’ ability to collect data down to the individual level.
For example:
EHR-LIGHT
Electronic health records systems can be challenging at best, especially for small facilities without existing enterprise-level systems. But no matter the location or level of connectivity, Dharma allows providers to create a HIPAA-compliant, lightweight cloud-based system that includes individual patient records, tracked over time, and requires no fancy network installation or server configuration. Healthcare workers can both enroll patients and manage their files, even from mobile devices; administrators can analyze aggregate data and view population trends. You can even create forms in one language and deploy them in another, so no matter where your hospitals are based, clinicians and administrators both have access to the data they need to make decisions.
Quick and easy setup means that a records system can be set up by anyone – no need for contractors or IT specialists.
Intuitive collection and management makes it easy for busy healthcare providers to enter accurate information (and busy administrators to track it).
Robust results dashboard provides actionable, real-time analytics for clinical teams, management, and third parties.
HEALTH FACILITY SURVEILLANCE
Today’s healthcare networks rely on information from their hospitals and clinics to ensure that they’re providing high-quality care to the people they serve. But collecting data on population demographics, treatments provided, and outcomes across a region can be a challenge – especially when different types of facilities are involved. With Dharma, it’s easy to monitor hospitals, clinics, and mobile healthcare centers, whether they’re around the corner or around the globe.
View data changes in a population over time for any question, customized by day, week, or month.
Cross-comparisons make it easy to quickly identify trends.
Staff management enables you to track healthcare providers’ ability to collect data down to the individual level.
AUCOOP Reunió 4 octubre 2017
Projectes realitzats a l'estiu 2017:
- Ghana: Nil i Janna. Contrapart Nasco
- Ethiopia: Estudiants enginyeria Física. Contrapart IPI-cooperació
- Ethiopia: Arnau, Albert, contrapart Hospital Pediatric de Meki
- Ethiopia: Adria'ns Juandiego, Quim, PereRiu. BloodPressure UnderPressure. Contrapart Hospital Gambo
- Nepal
- Nicaragua
Treball de les diferents comissions:
- Funcionament actual.
- Problemes detectats.
- Possibles solucions.
- Nous membres
- Noves comissions:
- contactes amb altres ONGs de la UPC
Projectes que continuen: i cal gent!
- BloodPressure UnderPressure
- Ethiopia- IPICoop
- Registre d'expedients mèdics (seguiment projectes Ethiopia Meki i Woldija)
- Projecte Ghana Hospital?
Projectes en marxa:
- Projectes CBI-CERN:
- Virtual Reality Training MSF
- Girls amb STEM (Natàlia)
- Projecte PAE:
- OCR d'expedients mèdics fets en paper
- TFG Marc Pons-MSF: Beneficiary Satisfaction
- Equipament mèdic - MSF. Estudiants del màster de Bioenginyeria
Nous projectes:
- Proposta amb ESADE i el seu màster en SUD
- Projecte assistència en implementació d'ERP a Casa Vinculos, Estelí, Nicaragua
- Col·laboracions mixtes de cara a projectes estiu 2018
- Projectes amb MSF:
- i ASF. Projecte info hospital, cursos, vídeos, entreteniment..
- DHIS2
Green Recovery & Reconstruction: Training Toolkit for Humanitarian Aid
An online community of practice to connect, learn, innovate and advance environmentally sustainable disaster response and risk reduction.
http://green-recovery.org/
http://green-recovery.org/
comunicacions llargues distàncies
Possibles solucions:
Tactical communications
BGAN
VSAT
VHF-HF
KA-SAT
ISATPHONE
Enllaços:
http://www.tsfi.org/en/presentation/technology/51-moyens-techniques
http://www.academia.edu/2065737/Redes_Inalambricas_para_Zonas_Rurales
Tactical communications
BGAN
VSAT
VHF-HF
KA-SAT
ISATPHONE
Enllaços:
http://www.tsfi.org/en/presentation/technology/51-moyens-techniques
http://www.academia.edu/2065737/Redes_Inalambricas_para_Zonas_Rurales
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