Pengaplikasian LabVIEW Sebagai Pengendali Simulasi Tabung Hand Sanitizer

Kebutuhan masyarakat akan pentingnya hand sanitizer menjadi salah satu alasan semakin banyaknya jenis dan model hand sanitizer di pasaran. Tetapi, di beberapa tempat seperti sekolah, swalayan, dan perkantoran belum terlihat tabung hand sanitizer yang bisa memberikan informasi kepada admin apabila tabung dalam keadaan kosong. Untuk itu, penulis membuat rancangan dalam bentuk simulasi sistem monitoring tabung hand sanitizer agar mampu memberikan informasi atau notifikasi kepada admin atau pengelola tentang kondisi tabung tersebut. Penelitian ini menggunakan perangkat lunak LabVIEW dengan tampilan antar mukanya front panel, untuk mengintruksikannya melalui block diagram, dengan menggunakan metode penelitiannya yaitu simulasi. Pengujian ini dilakukan dengan menggunakan sensor infrared sebagai pendeteksi objek dalam simulasi untuk menghasilkan cairan yang keluar dari tabung pada tampilan front panel. Dari hasil penelitian, penulis menyimpulkan bahwa simulasi sistem monitoring tabung hand sanitizer berbasis LabVIEW memberikan informasi bahwa ketika sensor mendeteksi objek pada jarak 1-5 cm maka cairan hand sanitizer yang keluar dari tabung rata-rata 0,125 mililiter dengan jeda waktu dari cairan pertama dan cairan kedua keluar selama 2 detik dan pada saat yang bersamaan memberikan informasi atau notifikasi kepada admin. Dari hasil penelitian ini akan berdampak pada keefektifan pengguna atau admin dalam mengontrol setiap tabung hand sanitizer di seluruh lokasi yang di tentukan.

IoT Based Smart Parking Monitoring Using Labview and Node MCU

This paper is regarding planning a PC-based observance parking system supported IoT that may be applied at the park-like at the searching advanced and offices. This paper focuses on the event of front panel victimization National Instrument's LABVIEW package and Node MCU, Personal Computer (PC), and NODE MCU. The traditional parking lot system doesn't have a board and it cannot show the vacancy of automobile parking space. The user must gamble to hunt any vacancy and need to watch for the opposite automobile to exit from the automobile parking space. Up to the traditional parking system, it'll create the automobile parking space become well organized and user friendly. This paper can produce an automobile detection system by developing a PC-based front panel of parking lot operation knowledge. The system can convert the output from the sensing element to the programmable language to the computer-based mostly board. The board aims to indicate the standing and automobile parking space vacancy. The NODE MCU is employed to supply interfacing between hardware and package. By victimization Lab, VIEW, and Node MCU, the simulation of the physical system will be developed to watch the quantities to be measured and the standing of the instrumentation within the plant from remote purposes while not accessing the inaccessible areas of the plant. Through the traditional parking system victimization Lab VIEW and Node MCU, the front panel is with success developed and explained by planning a physical model of automobile parking space with automobile detector operation. These PC-based observance systems will be applied in varied industrial applications like building security systems and mill automation.

DEVELOPMENT OF A LABORATORY STAND FOR MONITORING THE CONTENT OF COMBUSTIBLE GASES IN THE AIR OF THE WORKING AREA

The purpose and objectives for the development of a laboratory stand for monitor ing the content of flammable gases in the air of the working area are formulated, the developed layout of the front panel of the stand is presented.

Rancang Bangun Battery Monitoring System (BMS) berbasis LabVIEW

Percepatan pengembangan kendaraan listrik di Indonesia telah tertuang di dalam peraturan presiden (Perpres) nomor 55 tahun 2019. Percepatan pengembangan kendaraan listrik ini dilatarbelakangi oleh cadangan bahan bakar minyak yang terus menurun dan bahaya pencemaran lingkungan. Selain itu, pengembangan konsep kendaraan Low-Cost Green Car (LCGC) menjadi fokus penelitian di beberapa negara untuk memerangi pencemaran lingkungan. Pengembangan teknologi komponen penyusun battery, battery monitoring system (BMS) menopang sekitar 60% keberhasilan pengembangan kendaraan listrik. BMS dirancang untuk mengakomodasi kebutuhan mengenai monitoring tegangan, arus dan temperature battery. Sensor tegangan pada BMS didesain menggunakan prinsip pembagi tegangan dengan mempertimbangkan tegangan kerja analog to digital converter (ADC) microcontroller. Penggunaan sensor arus ACS758 mempertimbangkan kebutuhan arus maksimal dari motor listrik yang digunakan. Sedangkan sensor temperature menggunakan PT100. Komunikasi serial digunakan untuk mengirimkan data dari microcontroller ke LabVIEW dengan protokol pengiriman data berupa data pembacaan tegangan, arus dan temperatur sebesar dua digit. Protokol pengiriman data dari microcontroller dicacah pada program block diagram LabVIEW dan ditampilkan pada front panel dalam bentuk grafik.

RANCANG BANGUN SISTEM PENGONTROLAN LAMPU BERBASIS KOMPUTER DAN ARDUINO UNTUK APLIKASI SMART HOME

Perkembangan teknologi informasi, komunikasi, dan elektronika telah banyak membantu kehidupan manusia untuk mengendalikan perangkat listrik rumah tangga. Peranti penerangan rumah tangga merupakan salah satu perangkat listrik yang mengkonsumsi energi listrik cukup banyak. Kenyataannya, seringkali pengguna lupa menghidupkan atau mematikan perangkat penerangan yang mempengaruhi efesiensi penggunaan energi listrik. Sebagai solusinya, perlu dilakukan pengontrolan lampu secara terpusat. Penelitian ini bertujuan merancang dan membuat prototipe sistem pengontrolan lampu melalui kombinasi komputer dan mikrokontroler Arduino yang diintegrasikan melalui sistem operasi Windows, perangkat lunak bahasa pemrograman C, dan pemrograman Arduino IDE. Mekanisme pengontrolan dilakukan dengan melakukan input pemilihan lokasi/ruangan dan kondisi hidup/mati lampu pada front panel komputer. Kemudian Arduino akan mengeksekusi pilihan menghidupkan/mematikan lampu di ruangan tersebut.Hasil pengujian memperlihatkan bahwa prototipe sistem pengontrolan lampu dapat bekerja dengan baik untuk menghidupkan dan mematikan lampu sesuai dengan kode ruangan yang dipilih. Konsep kerja prototipe ini cukup berpotensi untuk dimanfaatkan dalam aplikasi smart home yang berguna untuk meningkatkan efesiensi konsumsi energi listrik

Warpage Optimisation Using Recycled Polycar-bonates (PC) on Front Panel Housing

Many studies have been done using recycled waste materials to minimise environmental problems. It is a great opportunity to explore mechanical recycling and the use of recycled and virgin blend as a material to produce new products with minimum defects. In this study, appropriate processing parameters were considered to mould the front panel housing part using R0% (virgin), R30% (30% virgin: 70% recycled), R40% (40% virgin: 60% recycled) and R50% (50% virgin: 50% recycled) of Polycarbonate (PC). The manufacturing ability and quality during preliminary stage can be predicted through simulation analysis using Autodesk Moldflow Insight 2012 software. The recommended processing parameters and values of warpage in x and y directions can also be obtained using this software. No value of warpage was obtained from simulation studies for x direction on the front panel housing. Therefore, this study only focused on reducing the warpage in the y direction. Response Surface Methodology (RSM) and Genetic Algorithm (GA) optimisation methods were used to find the optimal processing parameters. As the results, the optimal ratio of recycled PC material was found to be R30%, followed by R40% and R50% materials using RSM and GA methods as compared to the average value of warpage on the moulded part using R0%. The most influential processing parameter that contributed to warpage defect was packing pressure for all materials used in this study.

Fabrication of Transparent ITO/Ga-Doped ZnO Coating as a Front Panel Electrode toward Efficient Thin Film Solar Cells

Bi-layer coatings from sputtered indium tin oxide (ITO) and gallium doped zinc oxide (Ga:ZnO) were investigated for transparency in the visible range of the electromagnetic spectrum, optical rejection ability in the near infrared spectrum and conductivity for the novel quantum dot-based solar cells. The multilayer stack produced at optimal oxygen partial pressure exhibits improved optical properties without worsening the electrical ones, even after additional oxidation during the reactive sputtering of the metal-oxides. With a mean optical transmittance of 91.3% in the visible region, mean optical rejection greater than 65% in the infrared range and resistivity lower than 0.4 × 10−2 Ω.cm, this coating is good candidate for front panel electrode in the CdS/ZnS core-shell quantum dot-based solar cells.

Research of the process of expense of working liquid and programming processes of sheep crutching and dipping operation

When clipping sheep, their wool soaks a certain part of the liquid. This leads to a certain consumption of the working liquid of the bath. The consumption of bath liquid is directly proportional to the area of wool and the total number of treated sheep. The length of the residual wool after crutching has a significant effect on the bath liquid consumption. The smaller the short shearing is, the greater the number of sheep can be processed. The change of consumption of the working liquid is strongly dependent on the number of sheep treated. The mathematical model of the process of sheep crutching and dipping operation was developed for IBM-compatible personal computers with the Windows 98/2000/XP/ NT/ 7/10 operating systems in the Delphi 7 programming language. The window based front panel for data entry is implemented, as well as a graphic representation of the calculation results. The output parameters of the mathematical model are: a graph of changes in the temperature of the working liquid in a bath for sheep dipping operation; a graph to determine the time range in which the permissible temperature value is reached; a graph to determine the number of sheep, after which the liquid must be added. A mathematical description of the process of

Design of High Stability Factor Lna using Cascade Mosfet at 850MHz Rf Frequency

Controlling noise is the primary effort in any amplifier. LNA (Low Noise Amplifier) will control the noise in front panel of amplifier stage as per FRISS law. Instead of single MOS in LNA , cascaded the MOS generates the stability factor in a better way in 850MHz RF frequency at load impedance of 50Ω. But additionally capacitor inserted cascaded MOS will pull down the stability factor. Cascasded MOS LNA have a stability factor of 1.387 and Noise Figure(dB) of 0.518