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■ 지난해 7월 국내 첫 출시…올해 상반기까지 18개국서 판매
□ 분리세탁과 동시세탁에 대한 고객들의 호응↑
□ 드럼세탁기 구매 고객 가운데 트윈워시 구입 비중은 절반 넘어
□ 미니워시만 구입하는 고객도 전체 미니워시 판매량의 1/3수준
■ 국내 출시 1주년 맞춰 고객 행사 진행
□ 상단 15kg 드럼세탁기, 하단 3.5kg 미니워시 결합한 트윈워시 기획 모델 출시
□ 전국 매장에서 1,500대 한정 140만원대에 판매…트윈워시 중 최저가
□ 구입 모델에 따라 최대 30만원의 캐시백 제공
□ 추첨을 통해 트롬 스타일러, 트롬 건조기 등 경품도 증정
■ 세탁기사업부장 전시문 전무는 “트윈워시의 글로벌 출시를 더욱 확대해 세계 곳곳에 세탁문화의 새로운 기준을 제시할 것” 강조
※ Social LG전자 (social.lge.co.kr/newsroom) 에서 관련 보도자료를 확인하실 수 있습니다.
We big we small,we happy we fun,we brothers we sisters. We are HOYA.
MUHAMMAD ZUL HELMI BIN SHAARI
HOYA ELECTRONICS MALAYSIA
There was absolutely no service at the ranch before Wilson Electronics. The Wilson Electronics Sleek provides service in the Jeep while in the pasture.
TN9 System
electronics
The showcase is totally safe thanks to the key locking system supplied as standard.
Le ante scorrevoli della vetrina Joy sono dotate di serrature di sicurezza a spillo
Electronics, backing LED's
Surface-mount technology (SMT) is a method for producing electronic circuits in which the components are mounted or placed directly onto the surface of printed circuit boards (PCBs). An electronic device so made is called a surface-mount device (SMD). In the industry it has largely replaced the through-hole technology construction method of fitting components with wire leads into holes in the circuit board. Both technologies can be used on the same board for components not suited to surface mounting such as large transformers and heat-sinked power semiconductors.
An SMT component is usually smaller than its through-hole counterpart because it has either smaller leads or no leads at all. It may have short pins or leads of various styles, flat contacts, a matrix of solder balls (BGAs), or terminations on the body of the component
■ 퓨리케어 슬림 정수기, 6월 한달 간 4분에 1대 팔려…LG 정수기 중 가장 인기
□ 하루 최대 판매량 800대, 주간 최대 판매량 3,300대 기록
□ 6월 LG 정수기 전체 판매량, 지난해 동기 대비 80% 증가
■ LG만의 차별화된 인버터 컴프레서 기술과 직수 타입 적용해 고객 선호도 ↑
□ 정수와 냉수는 물론 온수에도 직수 타입 적용…3가지 온도의 온수 제공
□ 업계 최초로 가로 또는 세로 형태로 설치 가능
□ 혁신적인 디자인으로 IDEA 본상 수상
■ 정수기 구입 고객 대상 다양한 할인 행사 진행
■ LG전자 정창화 한국HA마케팅FD담당“차별화한 성능과 디자인을 갖춘 퓨리케어 슬림 정수기를 앞세워 국내 프리미엄 정수기 시장을 집중 공략하겠다”고 강조
※ Social LG전자 (social.lge.co.kr/newsroom) 에서 관련 보도자료를 확인하실 수 있습니다.
■ 영국 자연사박물관에서 열리는 ‘컬러와 비전’ 展 후원
□ 울트라 올레드 TV 12대로 인류 역사와 함께 했던 색의 미학 소개
□ 15일부터 4개월 간 진행…전시기간에 10만 명 이상 방문 예상
■ 색의 아름다움을 제대로 감상할 수 있는 디스플레이로 올레드 선택
□ 고대 화석에서 도심 속 불빛까지…실제와 같은 생생함 구현
■ LG전자 영국법인장 이장화 상무, “올레드의 차원이 다른 화질로 지금껏 느껴보지 못 했던
색의 미학을 새롭게 즐길 수 있는 계기가 될 것”
※ Social LG전자 (social.lge.co.kr/newsroom) 에서 관련 보도자료를 확인하실 수 있습니다.
Local: São Jose - Aeroclube de Santa Catarina (SSKT)
Data: 23.Mar.2013
Matrícula: PT-ION
Operador: Aeroclube de Santa Catarina
Fabricante/Modelo: Cessna 177B Cardinal
Serial Number: 15077695
Matrículas anteriores:
Ano de fabricação: 1973
Based on this circuit and code:
I made mine with a home-made printed circuit board. The only thing missing is that burning turnip or pumpkin smell which only a real candle can make.
This won't burn your house down if you leave it alone though.
Somebody left this in the apartment building entrance in hopes of getting rid of it. Problem is, it's too old and bulky by today's standards (even if it "works great!"), and much too NEW for antique/collectible status. A true orphan, I'm afraid. In spite of all that, however, it's gone now-----no idea who took the thing!
Uma amiga, que gosta de coisas bem femininas e com cores fortes, fez anos e pediu um bolo. Mas o marido fez na semana passada, e acabou por pedir um bolo para os dois. Ele é mais de informática e electrónica. Conjugar estas duas coisas foi dificil, mas acabei por me lembrar - com a ajuda do marido - de uma coisa assim.
Acho que não ficou mal de todo.
Bolo simples com recheio de brigadeiro com 2,2kg.
____________________________
It was a friend's birthday. She likes girly things and strong colours and she asked for a cake. But her husband had his birthday last week, so she asked for a cake for two. He likes computers and electronics. Think of a cake to put those two things together was hard. But with my husband's help, it came out this way.
I think it came out well enough.
Simple cake with chocolate fudge filling.
2242 is seen with the rear popped open for a pre-service inspection after arriving in Edmonton from Vancouver
366/360
My small lens is finally back after a repair fortunately covered by the warranty.
This one was taken with a 40-150mm lens and two extension tubes (10mm and 16mm)
The Digilent Electronics Explorer board (EE board) includes all of the test and measurement equipment needed to design, build, and test analog and digital circuits of all types. Built around a large solderless breadboard, the EE board includes a 4-channel mixed-signal USB oscilloscope, waveform generator, variable power supply, voltmeter, reference voltage generator, and thirty-two digital signals that can be configured as a logic analyzer, pattern generator, or any one of several static digital I/O devices. All of these instruments can be connected to circuits built on the solderless breadboards using simple jumper wires.
store.digilentinc.com/electronics-explorer-all-in-one-usb...
OK, so I decided not to be so secretive about what I'm building. If I end up giving this to someone as a gift, they can act surprised (and will be if they don't look at my Flickr stream!)
It's a die roller! A little widget that lets you press a button and get a random roll of two six-sided dice displayed on the LEDs what are cleverly arranged as though die pips.
As shown in the previous shot, its power switch lets you choose between two modes. These are not yet written but will be Animated mode and Non-animated mode. In animated mode the dice will rapidly flash through random rolls as long as the action button is held down, then when it's released, it will slow down for a couple seconds and stop on the actual roll. Non-animated mode will be the same except it won't have the slowdown part, it'll just stop. In either case you won't be able to re-roll for a second or two, so that a stutter on the button won't trash a legitimate roll. I figured non-animated mode would be for the veteran user who just needs to get some die-rolling done and doesn't need all that fancy_pants frippery.
Right now the only thing the circuit does is check to see, on startup, if the switch is in animated or non-animated mode; if animated, it shows 11 on the dice like this, and if not, it shows a 7. Most happily, it worked on the first try!
Tech details: all the parts of this project, including the screws, circuit board, wire, battery clip, and everything, is stuff that I had lying around in my electronics collection, in some cases for over 15 years. The brains of the outfit is a venerable PIC 16F84 (not even an 84A, it's the real MicroCoy), the microcontroller that was the champeen among hobbyists throughout the late 1990s, and for which gobs of amateur code still exist online because the Web doesn't forget, or at least it can't be counted on to forget just because things get outdated. These days it's also possible to find a bunch of message board entries with people asking about the 16F84 and others non-answering in that way wannabe techies often do i.e. "why would you wanna use THAT piece of junk? The 16F628 is sooo much newer and better and cheaper (sneer, sneer)" and now you can even find the equivalent with people disparaging the obsolescent F628 because time marches on and, as I said, the web doesn't forget. I can't wait to see what people get into after the F88!
Anyway, it's an old chip in this circuit. It's date-coded 2002 and is the black-bodied caterpillar dingbat in the bottom center. The shiny metal thingy to the right of it, labeled "M-TRON", is a quartz crystal that provides the "heartbeat" for the circuit - in this case, at a pokey 4 megahertz; that is indeed mega- and not giga-, since these chips are modest in scope and ability. Newer microcontrollers have an equivalent to this timing crystal built in, so it's kind of quaint to see one this big and ancient: its date code hints that it was manufactured a few weeks after I graduated from high school, class of '85, so it's been 4 megahertzing along for a very long time. (really they only work when there's power applied and a few other parts wired to them, but it's a fun thought to say that it's oscillated somewhere in the neighborhood of 3.362688×10¹⁵ times.)
The little chip on the left is a power regulation gadget, not so exciting as the other stuff but more of an unsung hero. It has two sidekicks, those can-shaped capacitors just above it. It's probably the most expensive single piece on here, at $5 or $6 purchased in single quantity, but it does have one excellent property. I.e., cheap voltage regulators exist that can deliver a solid 5 volts like this one does very easily, but they need an input of 7 volts or more while this one only needs about 5.3 or 5.4. The circuit is built to run off a 9V battery, so the 7 volt requirement wouldn't seem to be a problem - except that I'd like it to work with a rechargeable 9V battery, and those only actually deliver 7.2 volts when fully charged, so their life would be very short with one of the cheaper regulators. Nifty, eh?
So now: develop the software, then the hard part: mount it in a box to make it presentable.
The Electronics and Semiconductor Industry Executive Council is a global steering group of Siemens PLM Software customers, within the E&S industry. This council has met every year since 2006 in locations around the world to collaborate with each other and with Siemens PLM executives to focus on PLM best practices and needs within this industry.
The 2014 meeting was held in Chengdu, China, hosting executives from the USA, Sweden, Germany, South Korea and China, as well as leaders within Siemens, and Analyst firm IDC.