Issue template: Build design

[harmittaa]

Use this template to post your build designs (create a new issue, don't reply here)

Name of design: Short description of the design: Is the design based on another design (add link): Link to documentation: Has it been built: Is it in use / where is it used: Has it been validated in any way: (Estimated) cost of the build (MXN): (Estimated) time it takes to build: Can the parts be sourced locally: List of required components: List of required tools: Link to build instructions: What is special about this design: What help do you need with the design: Other notes:

Please pay attention to any comments added to your issue.

[harmittaa]

Be sure to link all the components required.

Preferably with links, for example to an Amazon list.

Follow the discussion in the issue

[EnriqueGarzaHi]

Name of design: Modified Open Lung User interface

Description: After thorough research on ventilator protoypes, open source initiatives, etc., we found a great initiative named Open Lung, based in Toronto, Canada. Using innovation methodologies, we found an area of opportunity in the design, so we suggest to add pre-set user profiles in order to facilitate the use, especially in emergency situations

Link to documentation: https://docs.google.com/presentation/d/1iYtJw7RzVcXNlkU04j0Igw8Wo090l2Q_9WlNdgW1Ayc/edit?usp=sharing https://openlung.org/

Has it been built: No

Is it in use / where is it used: No

Has it been validated in any way: It hasn't been validated.

(Estimated) cost of the build (MXN): $6492 MXN

(Estimated) time it takes to build: Depending on availability of materials/ components, and technical expertise, one-two days approximately.

Can the parts be sourced locally: Most of them, although availability may vary on parts/components given the current demand of the products.

List of required components: This are the tasks that need to be completed in order to have the final product: Motherboard design, STM32, SAFERTOS (Altium 20) Motor Control Board Design (Altium 20) Alarm Board (Altium 20) Power Regulation, protection and selection Board (Altium 20) Sensor Board (Altium 20) Battery Management System Board (Altium 20) 2x temperature sensor in the Motor Control Area (strongly suggested) 1x humidity sensor on board 1x temperature sensor in a thermally stable area of the PCB 2x Air Flow (differential pressure) and 1/2x pressure sensors in the pneumatic area 1x Temperature sensor in the pneumatic area 1x Humidity sensor in the pneumatic area

List of required tools: Altium Designer 20

What is special about this design: Automated BVM, made with common materials, common manufacturing methods, low cost and covering basic features of a ventilator

Other notes:

[MarianoMorales]

Use this template to post your build designs

Name of design: E-19 Ventilator Short description of the design: The E-19 is a unique design so information cannot be found in other media. Likewise, it has not been previously manufactured or put into operation in health institutions. The E-19 has an evaluation and validation by the Hackathon jury called: Hack the pandemic. The purpose of the hackathon is to provide alternative solutions to an open-source source in order to reduce the impact of Covid-19 on health institutions.

Link to documentation:

https://a01339240.wixsite.com/e-19?fbclid=IwAR1fLzYxYkU_hgsNrvcpJDwlFHve4BmXjYUsJw3J6MZ6anL4szenvSygAzk

https://drive.google.com/drive/u/0/folders/12Lgi2Qh9SrZ_WkmeAS2w59bbsbn6d5R6

Has it been built: No Is it in use / where is it used: No Has it been validated in any way: Hackathon organized by Innovation Management and Sustainable Technologies (IM+ST, 2020) (Estimated) cost of the build (MXN): 5456 (Estimated) time it takes to build: 6 hours Can the parts be sourced locally: Yes List of required components:9mm acrylic sheet of 1m x 1m 3 Aluminium tubes 2 AC motors PID Controller 1 pressure sensor 1 acrylic cam 1 metal chain 1 epoxy bottle 1 hinge with screws