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5 tipi di profilo, 2 tipi di schermi, 3 bobine strip LED flessibili con 3 temperature colore, 3 tipi di controller e una gamma di alimentatori diversi: tutto questo è Meccano, il nuovo sistema di L&S che permette di creare in modo autonomo sistemi d’illuminazione lineari a LED, sicuri e garantiti. Grazie alla possibilità di acquistare i componenti sfusi, creati per essere assemblati in modo autonomo senza dover ricorrere all’elettricista, è possibile personalizzare il sistema di illuminazione secondo le proprie esigenze, in tempi rapidi e con la stessa garanzia di ogni altro prodotto a marchio L&S.
Nel settore dell’illuminazione a LED c’è una novità dedicata ai produttori di arredi per i settori del mobile e dello shopfitting. Si tratta di “Meccano”, il nuovo sistema di L&S che permette di creare in modo autonomo apparecchi d’illuminazione a LED, scegliendo il profilo lineare più adatto alle proprie esigenze, e con la garanzia di qualità che da sempre contraddistingue l’azienda di Maron di Brugnera, specializzata nella produzione di sistemi d’illuminazione a LED per interni e leader nel settore della luce per l’arredo.
Meccano è costituito da diversi componenti sfusi, profili, schermi, bobine, motori, controller e alimentatori, grazie ai quali è possibile realizzare un apparecchio illuminante completamente personalizzato e di facile assemblaggio. Questo è possibile grazie allo speciale connettore, ideato dai laboratori di Ricerca&Sviluppo di L&S, che si integra perfettamente con le bobine LED, evitando qualsiasi tipo di saldatura, e che permette così di recuperare tutta la bobina. Inoltre, a prodotto finito, sarà anche possibile cambiare idea e sostituire alcuni componenti per variare la temperatura colore, l’intensità della luce, il tipo di schermo, controller o alimentatore. Il tutto senza doversi affidare all’elettricista o a professionisti.
“L’idea di creare un prodotto come Meccano è nata in risposta al bisogno di ‘fare da soli’ – da qui Do It Yourself – nato con l’avvento delle bobine LED e che ha portato molti a realizzare prodotti ‘low cost’ e poco sicuri.” – afferma Cristiano Falcier, sales manager settore shopfitting di L&S, che continua – “In L&S ci occupiamo di Ricerca e Sviluppo non solo di nuove tecnologie, ma anche di sistemi che rispondano al meglio alle diverse esigenze. Per questo motivo abbiamo cercato una soluzione che potesse offrire un sistema personalizzabile e modellabile sulle necessità dei nostri clienti, sicura ed affidabile, e che permettesse di rispondere in tempi rapidissimi anche alle esigenze della clientela finale.”
I punti di forza di Meccano sono diversi. Primo su tutti la flessibilità, grazie alla possibilità offerta di creare il proprio sistema di illuminazione personalizzato, con un’estetica lineare e pulita ed ingombri contenuti. A questo si aggiunge la riduzione dei tempi di consegna, che diventano molto rapidi in quanto il prodotto finito può essere realizzato nel momento esatto in cui si crea la necessità di doverlo installare, determinando anche una riduzione dei costi. Infine, la possibilità di cambiare idea. Infatti, grazie agli elementi creati con una logica ad incastro, è sempre possibile smontare il prodotto finito e assemblarlo con altri componenti.
Componenti Meccano:
_5 profili di alluminio (sporgente, a incasso, inclinato – in 2 versioni – e un incasso-inclinato);
_2 tipi di schermo (opale e trasparente);
_3 bobine strip LED flessibili da 5mt (72 Led/mt, 108 Led/mt, 156 Led/mt) sia per 12Vdc che per il 24Vdc;
_3 temperature colore (Warm White, Natural White e Cold White);
_3 tipi di controller adatti sia per il 12 Vdc che per il 24 Vdc (Interruttore Infrared, Touch o sensore PIR);
_una gamma di alimentatori e componenti di fissaggio.
Per ulteriori info:
www.bluwom.com | Udine – Milano Tel. 0432 886638
Resp. Ufficio stampa: Laura Elia ufficiostampa@bluwom.com
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L'articolo L&S presenta “Meccano – Do It Yourself” il sistema che permette di creare autonomamente lampade a LED lineari sembra essere il primo su Info FVG - News e Comunicati Stampa dal Friuli.
Pattern: Sylvi
Yarn: 14 hanks of Berroco Peruvia Quick
Needles: US 10
Sylvi is done. I ended up only using 14 hanks instead of the 15 I bought. This is a very, very dense and heavy coat, but it has undeniable wow factor. It has taken quite a bit of work and frustration, but in the end, I am very happy with the results. I bought leather buttons (5$ buttons?!) at Britex in San Francisco and sewed them on this morning. Josh took me to Castle Rock to shoot some photos of the FO. It was a beautiful day out and we got some nice shots. Unfortunately, I lost one of the buttons on the trail. :( Good thing I bought an extra one, though. I need to reinforce the buttons!
Some thoughts in retrospect:
- I think I would have knit the back first as usual because my row gauge was different when knitting the sleeves in the round from knitting the other pieces flat. I had to frog half the back piece when I found this out.
- I used to hate seed stitch but I don't mind it so much anymore after this project.
- Wool coats take daaaaaaaays to dry after wet blocking!
- I think I must like patterns with leaf motifs. *sweatdrop*
- I do believe this is my first FO of 2009.
PictionID:44723526 - Title:Atlas Program Component - Catalog:14_013258 - Filename:14_013258.TIF - - - Image from the Convair/General Dynamics Astronautics Atlas Negative Collection. The processing, cataloging and digitization of these images has been made possible by a generous National Historical Publications and Records grant from the National Archives and Records Administration---Please Tag these images so that the information can be permanently stored with the digital file.---Repository: San Diego Air and Space Museum
The component parts had been standing around for a long time. I finally saw the possibility of putting them together and having a more functional way to hold my bikes when minor work is needed. The upright post is a piece of 8" x 10" beam. Not an everyday find, but I did come across it as a discard a few years ago. The hanger arms are from a bike carrier for car installation. Also a curbside find.
(www.excessparts.net/) - Office equipments are now mostly made up extensively of electronic parts. Some companies have their own team who do the repairs as well as the maintenance of office equipments. Others hire outside experts in fixing problems with electronic devices. Because technicians expect repetitive problems on equipments, they buy electronic components in wholesale.
AIRBUS A400M "ATLAS" (C/N: 116) BELGIAN AIR COMPONENT (CT-05) / AEROPUERTO DE SEVILLA (LEZL) ESPAÑA-SPAIN / VUELO DE ENTREGA
I've completely reworked the hadware board. The basics remain the FPGA module Terasic, the DE0-Nano. This board contains a lot of I / O lines and is super fast. Everything is on a single-sided PCB. The output transistor drivers ( 20 pieces 500 mA/ 45V outputs ) are in SMD to save board space. The DE0-nano FPGA board is as a Peggy-back board mounted on ther driver PCB. Via the USB connector, the FPGA program can be re-written.
What does this interface:
* 20 open collector outputs via JP10 and JP11.
- Camera meter
- Camera shutter
- X1 flash1 signaal ( manual or TTL mode flash1)
- Q1 flash1 signaal ( TTL mode flash1 ) or X3 flash3 manual mode.
- X2 flash2 signaal ( manual or TTL mode flash2)
- Q2 flash2 signaal ( TTL mode flash2 ) or X4 flash4 manual mode.
- DIR steppen motor board.
- Step steppen motor board.
- Enable steppen motor board.
- 1 Spare output.
- 4 outputs used to drive the color background module. Via JP12
- 6 outputs used to drive the Cree foreground module. Via JP9
Enc1 connector:
2 inputs from a rotary encode frontplate. Used as general digital input value.
Enc2 connector:
2 inputs from a rotary encode frontplate. Used to move the step motor of the lineaire stage module in manual mode.
Range switch input
4 input switches to change the analog sensitivity range of the color pot meters.
Drive of the H-Bridge color shutter module:
- 6 direct FPGA outputs via JP13 and JP17.
Matrix 5X8 keyboard 40 pushbuttons. via JP14 and JP18.
LCD1 display 4X20 chars via JP16.
LCD2 display 4X20 chars via JP15.
4 I/O connectors via JP2 still no assigned function.
Connection via the general GPIO3 connector from the top of the FPGA DE-Nano board.
2x13 pins connected to JP5 and JP6.
8 analog inputs 12 bit resolution via JP8.
- 4 inputs are used for the color setting.
- 1 input used for the stepper speed
- 3 free analog inputs, no function now.
Logic analyser signals:
- 8 levels out the FPGA module via JP3.
Encoder and micro switches from the lineaire stage as feedback position via JP4.
- EncA.
- EncB.
- Enc home.
- min end switch.
- max end switch.
3 I/O connectors via JP1 still no assigned function.
Power 5V and 3.3V connectors.
Last update 2 feb 2015
All of the parts for this were off the shelf 1/2" vinyl pipe fixtures from Lowe's. n.b. the socket on the three way connector that you are looking down into is threaded...important for tripod head mounting.
Composants électroniques (focus stacking).
Image composée de 57 photos prises avec la bonnette Raynox DCR-250 et assemblées avec Zerene Stacker.
Northern Constabulary BMW escorting an Italian plated tractor unit hauling a component for the tower of a wind turbine
More info about these bad boys on my blog:
cyclingwmd.blogspot.com/2009/02/introducing-vallie-compon...
Modified body, M42 adapter to create a tread in the body. Helicoil, Lens with modified M42 lens cap to mount the lens.
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Control valves, Mass flow controller, Angle Seat Valve, Sensors for industrial
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Students sorting out the resistors, capacitors, transistors, IC chips, LEDs, speakers and on-off switches for making the biometric device. They were able to stay calm and collected through this very complex and difficult process
Stuck one of my 2 temperature probes on the main heatsink, just to make sure my fiddling doesn't cause any fatal cooling problems.
Visualize Graphics provides technical illustrations and renderings of components and detailed installations to educate your audience. www.vizgraphics.com/portfolio/technical-renderings/
I used component 1 as my bottom layer, component 2 as the second layer, and component 3 as the top layer. I put a layer mask on component 2 and component 3 so I could add the parts from component 1 that I wanted. I then flattened the layers once I was happy with the whole image. After that I used the clone stamp tool on a separate layer to fix some parts of the leaves. Then I used the spot healing tool to clean up the surface of the pot and the reflection of the pot.
President of Ukraine Volodymyr Zelenskyy began his visit to the United States by visiting the Scranton Army Ammunition Plant, where components for artillery and mortar shells are produced.
The plant’s capacity is fully dedicated to meeting Ukraine’s needs, particularly for the production of 155mm shells, which has significantly increased over the past year.
The Head of State reviewed the production process and spoke with the plant’s management and employees.
During the meeting, the President outlined the situation on the battlefield and emphasized Ukraine’s need for uninterrupted and timely delivery of the announced defense support packages.
“It is an honor for us to start our visit to the United States right here in Scranton, at this plant, in Pennsylvania. We are very happy to have such partners. Of course, we understand that the United States has been helping us since the beginning of the full-scale invasion, and we are counting on continued support. I thank President Biden, the U.S. Congress, and all the workers of such plants,” Volodymyr Zelenskyy said.
Among the main topics of discussion were the importance of starting joint weapons production in Ukraine and the possibility of American investments in Ukraine’s defense industry.
The President also noted that this and other American plants have already significantly ramped up production and will continue to expand capacity.
“There are 400 people working here. I really wanted to come here and thank you. 400 people have saved millions of Ukrainians. On behalf of myself and all our people, I sincerely thank you. You have helped us withstand Putin’s onslaught,” the Head of State said, addressing the plant’s employees.