Industrial automation products in the conception of Industry 4.0

Szulewski, Piotr

doi:10.17814/mechanik.2016.8-9.329

Cited by 4 publications

(3 citation statements)

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“…Historically, the IoT arises from the idea of the intelligent building 23 launched in the middle 80s. Currently, the IoT is used in controlling of production lines participating in Industry 4.0 revolution 24,25 , car traffic in the cities for Smart Cities 26,27 , air quality upon large surface, remote healthcare [28][29][30][31] , etc. Such a big diversity of possible IoT applications is based on the same idea of operation.…”

Section: Mips -Millions Of Instructions Per Secondmentioning

confidence: 99%

ZnO nanorods as a piezoelectric energy harvester from light induced flexions

Haras¹,

Wlazło²,

Andrysiewicz³

et al. 2023

Smart Materials for Opto-Electronic Applications

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Rapid growth is promoting the Internet of Things (IoT) to become one of the main branches of the semiconductor industry. Surprisingly, the IoT growth would have been even faster if economically attractive and reliable alternatives for batteries and wires had been available. Providing power supply to the IoT nodes is challenging regarding their: (i) quantity (close to 8x the human population), (ii) harsh operation environments, (iii) size (typical footprint much smaller than mm2) and (iv) hard-to-reach locations. Modern IoT node requires very small energy (less than 100μJ/cycle) to operate. Wire supply of energy is expensive and uncomfortable while using a battery requires periodic replacements/maintenance and produces tons of toxic waste. Energy Harvesting (EH) could be a solution to overcome the IoT supply difficulties offering self-supplied nodes enabling further IoT market growth. EH converts natural or waste energies (vibrations, heat losses, light, etc.) into useful energy. We present an innovative two-step conversion harvester capable of transforming light into electricity via the PieZoelectric (PZ) effect. Our approach uses a Photo- Mobile Polymer (PMP) integrated with the PZ material. PMP serves as light-to-movement transducer and PZ converts the light-induced PMP flexions into voltage. As a PZ material, a nanostructured ZnO nanorods were used as their fabrication is cheap and ready-to-use at industrial scale. ZnO performance characterization in a dedicated flexions simulator revealed energy as high as 80nJ during 55sec bending runs. This result encourages further PMP and ZnO optimization enabling extension of piezoelectrics onto light conversion.

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Section: Mips -Millions Of Instructions Per Secondmentioning

confidence: 99%

ZnO nanorods as a piezoelectric energy harvester from light induced flexions

Haras¹,

Wlazło²,

Andrysiewicz³

et al. 2023

Smart Materials for Opto-Electronic Applications

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“…Przemysł 4.0) [1,6,7] wdraża się rozwiązania pozwalające na swobodny przepływ informacji między systemami w przedsiębiorstwie przemysłowym. Coraz częściej wprowadza się automatyzację procesów produkcyjnych, mającą na celu zwiększenie wydajności wytwarzania i możliwość wprowadzania zmian asortymentu [8,9,2].…”

Section: Wprowadzenieunclassified

Construction of Communication Structure: Programming Software for Off-line Robots – MATLAB

Muszyńska¹,

Szybicki²,

Pietruś³

2019

PAR

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Streszczenie: Projektując i budując fabryki zgodnie z ideą Przemysłu 4.0 powszechne jest stosowanie systemów zrobotyzowanych. Wówczas istotne jest monitorowanie oraz analiza parametrów pracy tych systemów, co umożliwia zwiększenie wydajności, bezpieczeństwa pracy, wydajniejsze zarządzanie produkcją. W systemach zrobotyzowanych wymiana danych między urządzeniami odbywa się za pomocą standardów komunikacyjnych, np.: Profibus, DeviceNet, RS-485, OPC. W ramach pracy zaprezentowano własne rozwiązanie na bazie standardu OPC do wymiany danych między systemem zrobotyzowanym a środowiskiem MATLAB. Zaprezentowano aplikację wykorzystującą GUI, gromadzącą i przetwarzającą dane procesowe ze zrobotyzowanego stanowiska wyposażonego w manipulatory firmy ABB.

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“…IoT is considered one of the leading technologies, which is projected to increase and reach 50 billion devices by the year 2030 [1,2]. Applications of IoT are primarily based on low-power consumable devices, which are used in home appliances or automation [3], hospitals [1], and healthcare [4,5] as well as in numerous industrial processes [6]. Typically, IoT devices receive or generate data and then transmit it wirelessly to other devices to perform any given task.…”

Section: Introductionmentioning

confidence: 99%

Powering internet-of-things from ambient energy: a review

et al. 2023

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Internet-of-thing (IoT) is an assembly of devices that collect and share data with other devices and communicate via the internet. This massive network of devices, generates and communicates data and is the key to the value in IoT, allowing access to raw information, gaining insight, and making an intelligent decisions. Today, there are billions of IoT devices such as sensors and actuators deployed. Many of these applications are easy to connect, but those tucked away in hard-to-access spots will need to harvest ambient energy. Therefore, the aim is to create devices that are self-report in real-time. Efforts are underway to install a self-powered unit in IoT devices that can generate sufficient power from environmental conditions such as light, vibration, and heat. In this review paper, we discuss the recent progress made in materials and device development in power- and, storage units, and power management relevant for IoT applications. This review paper will give a comprehensive overview for new researchers entering the field of IoT and a collection of challenges as well as perspectives for people already working in this field.

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Industrial automation products in the conception of Industry 4.0

Cited by 4 publications

References 0 publications

ZnO nanorods as a piezoelectric energy harvester from light induced flexions

ZnO nanorods as a piezoelectric energy harvester from light induced flexions

Construction of Communication Structure: Programming Software for Off-line Robots – MATLAB

Powering internet-of-things from ambient energy: a review

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