Implementation of R & D work to place on the market a smart cabinet that holds mobile devices (Q137226): Difference between revisions
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(Removed claim: summary (P836): The project involves R & D, which will result in a smart cabinet to manage the stored mobile equipment fleet (at TRL9 level), which allows the automation of processes associated with the diagnosis, repair and management of portable computers used by pupils in school classes. The tests will include the following steps: 1 — Analysis of the theoretical theme of the device being built and the development of the flagship technology components. The...) |
(Created claim: summary (P836): The subject of the project is to undertake R & D research, which will result in an intelligent cabinet for managing the fleet of stored mobile devices (at TRL9 level), which allows automation of processes related to diagnosis, repair and management of mobile computers used by students in school classes. The studies will include the following steps: 1 – Performing theoretical analysis of the problems of the built device and developing modelling o...) |
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The subject of the project is to undertake R & D research, which will result in an intelligent cabinet for managing the fleet of stored mobile devices (at TRL9 level), which allows automation of processes related to diagnosis, repair and management of mobile computers used by students in school classes. The studies will include the following steps: 1 – Performing theoretical analysis of the problems of the built device and developing modelling of the basic components of technology. The aim of this phase is to develop all the technological components necessary for the operation of the invention. All possible variants of individual components will be developed that correspond to concepts based on research carried out on similar functional solutions. 2 -Verification of developed solutions models in close to real environments. The aim of this stage is to build a “pre-prototype”, i.e. ad-hoc structures, in order to test the different solutions developed in the previous stage for individual technological components. In particular, the components will be subject to verification in combination with actual components (mobile devices). 3 – Construction of the prototype of the device and its demonstration in close to real conditions. The aim of this phase is to build a fully functional prototype and subject it to a series of tests verifying its efficiency, usability and safety. 4 -Demonstration of the prototype under operational conditions. The aim of the stage is the final test of demonstration prototypes under operational conditions. The main group of testers will be educational units (mainly secondary schools: high school and technology) that use portable computers in the learning process. (English) | |||||||||||||||
| Property / summary: The subject of the project is to undertake R & D research, which will result in an intelligent cabinet for managing the fleet of stored mobile devices (at TRL9 level), which allows automation of processes related to diagnosis, repair and management of mobile computers used by students in school classes. The studies will include the following steps: 1 – Performing theoretical analysis of the problems of the built device and developing modelling of the basic components of technology. The aim of this phase is to develop all the technological components necessary for the operation of the invention. All possible variants of individual components will be developed that correspond to concepts based on research carried out on similar functional solutions. 2 -Verification of developed solutions models in close to real environments. The aim of this stage is to build a “pre-prototype”, i.e. ad-hoc structures, in order to test the different solutions developed in the previous stage for individual technological components. In particular, the components will be subject to verification in combination with actual components (mobile devices). 3 – Construction of the prototype of the device and its demonstration in close to real conditions. The aim of this phase is to build a fully functional prototype and subject it to a series of tests verifying its efficiency, usability and safety. 4 -Demonstration of the prototype under operational conditions. The aim of the stage is the final test of demonstration prototypes under operational conditions. The main group of testers will be educational units (mainly secondary schools: high school and technology) that use portable computers in the learning process. (English) / rank | |||||||||||||||
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| Property / summary: The subject of the project is to undertake R & D research, which will result in an intelligent cabinet for managing the fleet of stored mobile devices (at TRL9 level), which allows automation of processes related to diagnosis, repair and management of mobile computers used by students in school classes. The studies will include the following steps: 1 – Performing theoretical analysis of the problems of the built device and developing modelling of the basic components of technology. The aim of this phase is to develop all the technological components necessary for the operation of the invention. All possible variants of individual components will be developed that correspond to concepts based on research carried out on similar functional solutions. 2 -Verification of developed solutions models in close to real environments. The aim of this stage is to build a “pre-prototype”, i.e. ad-hoc structures, in order to test the different solutions developed in the previous stage for individual technological components. In particular, the components will be subject to verification in combination with actual components (mobile devices). 3 – Construction of the prototype of the device and its demonstration in close to real conditions. The aim of this phase is to build a fully functional prototype and subject it to a series of tests verifying its efficiency, usability and safety. 4 -Demonstration of the prototype under operational conditions. The aim of the stage is the final test of demonstration prototypes under operational conditions. The main group of testers will be educational units (mainly secondary schools: high school and technology) that use portable computers in the learning process. (English) / qualifier | |||||||||||||||
point in time: 21 October 2020
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Revision as of 19:57, 21 October 2020
Project in Poland financed by DG Regio
| Language | Label | Description | Also known as |
|---|---|---|---|
| English | Implementation of R & D work to place on the market a smart cabinet that holds mobile devices |
Project in Poland financed by DG Regio |
Statements
819,285.57 zloty
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1,211,213.26 zloty
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67.64 percent
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31 December 2018
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31 December 2020
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TOWARZYSTWO HANDLOWE "ALPLAST" SPÓŁKA Z OGRANICZONĄ ODPOWIEDZIALNOŚCIĄ SPÓŁKA KOMANDYTOWA
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Przedmiotem projektu jest podjęcie badań B+R, których wynikiem będzie inteligentna szafa do zarządzania flotą przechowywanych urządzeń mobilnych (na poziomie TRL9), która umożliwia automatyzację procesów związanych z diagnostyką, naprawą i zarządzaniem komputerów przenośnych użytkowanych przez uczniów na zajęciach szkolnych . Badania obejmować będą następujące etapy: 1 -Przeprowadzenie analizy teoretycznej problematyki budowanego urządzenia i wypracowanie modelowe podstawowych komponentów technologii. Celem niniejszego etapu jest opracowanie wszystkich niezbędnych do działania wynalazku komponentów technologicznych. Opracowane zostaną wszystkie możliwe warianty poszczególnych komponentów, które odpowiadać będą konceptom sformułowanym na podstawie przeprowadzonych badań na zbliżonych funkcjonalnie rozwiązaniach. 2 -Weryfikacja opracowanych modeli rozwiązań w środowisku zbliżonym do rzeczywistego. Celem niniejszego etapu jest budowa „pre-prototypu” tj. konstrukcji typu ad-hoc celem przetestowania opracowanych w poprzednim etapie różnych rozwiązań dla poszczególnych komponentów technologicznych. W szczególności weryfikacji podlegać będzie działanie komponentów w połączeniu z rzeczywistymi elementami (urządzeniami mobilnymi). 3 –Budowa prototypu urządzenia i jego demonstracji w warunkach zbliżonych do rzeczywistych. Celem niniejszego etapu jest budowa w pełni funkcjonalnego prototypu i poddanie go szeregom testów weryfikujących jego sprawność, użyteczność oraz bezpieczeństwo. 4 -Demonstracja prototypu w warunkach operacyjnych. Celem etapu jest ostateczny test prototypów demonstracyjnych w warunkach operacyjnych. Główną grupą testerów będą jednostki oświatowe (głównie szkoły średnie: licea i technika), które wykorzystują komputery przenośne w procesie nauczania. (Polish)
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The subject of the project is to undertake R & D research, which will result in an intelligent cabinet for managing the fleet of stored mobile devices (at TRL9 level), which allows automation of processes related to diagnosis, repair and management of mobile computers used by students in school classes. The studies will include the following steps: 1 – Performing theoretical analysis of the problems of the built device and developing modelling of the basic components of technology. The aim of this phase is to develop all the technological components necessary for the operation of the invention. All possible variants of individual components will be developed that correspond to concepts based on research carried out on similar functional solutions. 2 -Verification of developed solutions models in close to real environments. The aim of this stage is to build a “pre-prototype”, i.e. ad-hoc structures, in order to test the different solutions developed in the previous stage for individual technological components. In particular, the components will be subject to verification in combination with actual components (mobile devices). 3 – Construction of the prototype of the device and its demonstration in close to real conditions. The aim of this phase is to build a fully functional prototype and subject it to a series of tests verifying its efficiency, usability and safety. 4 -Demonstration of the prototype under operational conditions. The aim of the stage is the final test of demonstration prototypes under operational conditions. The main group of testers will be educational units (mainly secondary schools: high school and technology) that use portable computers in the learning process. (English)
21 October 2020
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Identifiers
RPZP.01.01.00-32-0007/18
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