Deliverables
The overall implementation plan of the project lasts 39 months and is structured in 6 Work Units (EU), as described immediately below:
EE1: Definition of System Architecture, M1-M4, SAM
Action 1.1
Market Study & Analysis in which systematic data collection will be done by users, the target applications and their requirements will be recorded. Competitive products will be analyzed and the current technological weighting will be recorded.
Action 1.2
System Specifications on which the prototype development will be based.
Action 1.3
System Architecture and recording of its individual subsystems.
Action 1.4
Communication tools such as the project website.
Action 1.5
Cooperation Agreement that will define roles and responsibilities, ways of resolving conflicts, etc. as well as the management & protection of the Intellectual Property that will be produced.
DELIVERABLE
- Market study & analysis
- Architecture & System Specifications
- Web page
- Cooperation Agreement-IPR Agreement
EE2: Development of Oxygen Supply Control System Subsystems, M5-M12, ESS
Action 2.1
MEMS Sensor Development. Different technologies will be evaluated to select the most suitable one.
Action 2.2
Energy Management Subsystem Development and battery type selection.
Action 2.3
Development of Wireless Communication Subsystem. Different implementations will be evaluated (Bluetooth, ZigBee, WiFi...) and the most suitable one will be selected.
Action 2.4
Data Processing & Data Management Subsystem Development. The data from the oxygen supply sensor will be processed locally before transmission. The processing algorithms will also receive data from the battery status for total processing.
Action 2.5
Mechanical Shell Development of the overall prototype, in which all subsystems will be completed.
DELIVERABLE
- Oxygen Supply Control Sensor Subsystems Report
EE3: Development-Characterization of Oxygen Supply Control System, M13-M28, ESS
Action 3.1
System Assembly. Completion of the sensor, the Ministry / Self- App. Energy, the Ministry / Mato Wireless Communication and Ministry / Mato Processing in mechanical shell, shaped to the total original.
Action 3.2
System Characterization in a Laboratory Environment. With the construction of the prototypes, the programming & control of all subsystems will take place. Then their complete characterization in a laboratory environment will be implemented. The functionality of the prototypes and their performance will be confirmed.
DELIVERABLE
- Oxygen Supply Control Sensor System Report
- System Characterization Report in Laboratory Environment
EE4: Field Testing and Oxygen Supply Control System Verification, M20-M39, SAM
Action 4.1
Oxygen Supply Control System Scope and Verification (pilot stage). The compliance verification is finalized.
Action 4.2
Dissemination and Utilization Plan to identify all opportunities and activities for the promotion and future commercial exploitation of the innovative system. The plan will be based on the relevant market analysis and will include the definition of dissemination channels in order to utilize all available communication channels for the future commercial development of the project.
DELIVERABLE
- System Characterization Report in the Field
- Commercial Exploitation Plan - Co-operation of the commercially viable results of the project
EE5: Participation in trade fairs, M12-M39, SAM
The players will participate in at least 2 international trade fairs. Indicatively we mention COMPAMED & ELECTERONIKA [ESS], MEDICA & ARAB HEALTH [GSAMARAS]
DELIVERABLE
- Reporting participations in exhibitions
EE6: Introduction of Intellectual Property Rights M12 – M39, ESS
Securing technological advances through national and / or international patents. At least 1 application will be submitted for the copyright of the project to OBI.
DELIVERABLE
TABLE OF WORK UNITS
| Work Unit | Κατηγορία Δραστηριότητας | Υπεύθυνος Ε.Ε. (Φορέας) | Ανθρωπομήνες | Έναρξη (μήνας) | Τέλος (μήνας) |
|---|---|---|---|---|---|
| Defining System Architecture
|
VIE: Industrial Research (Article 25)
|
G.SAMARAS SA
|
17,20
|
1 | 4 |
| Development of Oxygen Supply Control System Subsystems
|
VIE: Industrial Research (Article 25)
|
ESS SA
|
26,40
|
5 | 12 |
| Development-Characterization of Oxygen Supply Control System
|
VIE: Industrial Research (Article 25)
|
ESS SA
|
26,20
|
13 | 28 |
| Field Control and Oxygen Supply Control System Verification
|
RDP: Experimental Development (Article 25)
|
G.SAMARAS SA
|
17,20
|
20 | 39 |
| Participation in trade fairs
|
CFSP: Aid for SME participation in trade fairs (Article 19)
|
G.SAMARAS SA
|
0,10
|
12 | 39 |
| Securing Intellectual Property Rights
|
INTRODUCTION: Innovation Aid for SMEs (Article 28)
|
ESS SA
|
0,10
|
12
|
39
|
TABLE OF DELIVERIES
| Τίτλος Παραδοτέου | Σύντομη Περιγραφή | Είδος Παραδοτέου | Ενότητα Εργασίας | Φορέας | Παράδοση (μήνας) |
|---|---|---|---|---|---|
| Market study and analysis
|
Market needs analysis and identification of System characteristics.
|
Exhibition
|
1: Defining a System Architecture
|
G. SAMARAS
|
4 |
| Architecture and System Specifications
|
Defining architecture and drawing up specifications.
|
Exhibition
|
1: Defining a System Architecture
|
G. SAMARAS
|
4 |
| Cooperation Agreement - IPR Agreement
|
It will determine all the details of cooperation between the bodies (roles and responsibilities, ways of resolving conflicts, etc.) and the relevant provisions regarding the management and protection of the Intellectual Property that will be produced as well as the policies of the Partnership.
|
Exhibition
|
1: Defining a System Architecture
|
G. SAMARAS
|
4 |
| Project website
|
Website of the project with its information concerning the object and part of the results.
|
Website
|
1: Defining a System Architecture
|
G. SAMARAS
|
4 |
| Oxygen Supply Control Sensor Subsystems Report
|
Detailed description of design and construction of individual subsystems of the oxygen supply control sensor system
|
Exhibition
|
2: Development of Oxygen Supply Control System Subsystems
|
ESS SA
|
12 |
| Oxygen Supply Control Sensor System Report
|
Detailed subsystem integration report for the creation of the oxygen supply sensor control system. Analysis of data processing and calibration algorithms.
|
Exhibition
|
2: Development of Oxygen Supply Control System Subsystems
|
ESS SA
|
12 |
| System Characterization Report in Laboratory Environment
|
Detailed report of measuring devices, measuring methods, analysis of results, laboratory characterization of oxygen supply sensor control system.
|
Exhibition
|
3: Development - Characterization of Oxygen Supply Control System
|
ESS SA
|
28 |
| System Characterization Report in the Field
|
Detailed insitu installation description to verify the specifications in real field conditions.
|
Exhibition
|
3: Development - Characterization of Oxygen Supply Control System
|
ESS SA
|
28
|
| Commercial Exploitation Plan - Co-operation of the commercially viable results of the project
|
Commercial Exploitation Plan - Co-operation of the commercially viable results of the project, which will include: Analysis of the market and potential applications, Recording of competing products and their characteristics, Evaluation of the performance and characteristics of the industrial prototypes of the project, Product industrialization plan, Selection specific markets-applications and potential customers, Promotion and marketing strategy, Sales and distribution channels.
|
Exhibition
|
4: Field Control and Oxygen Supply Control System Verification
|
G. SAMARAS
|
39 |
| Reporting participations in exhibitions
|
Reporting participations in exhibitions
|
Exhibition
|
5: Participation in trade fairs
|
G. SAMARAS
|
39 |
| Report copyright claims
|
χχχχχχχχχχχχχ
|
Exhibition
|
6: Securing Intellectual Property Rights
|
ESS SA
|
39 |