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新成員加入~ ^Q^
一直有找一台隨身機的想法, 畢竟懶人沒辦法天天把豬七百這一大袋的機絲給隨時背在身上, 但是大部分的小dc或是類單都不太能滿足要求, 直到一些無反光鏡的M43以及無反光鏡的APSC小單眼出現之後, 才漸漸吸引了我們的注意力,
P家的女朋友1號之前就很吸引人, 不管是畫質或是操作上都感覺很適合當來作為大單眼之外的小單眼隨身機, 後來S家的NEX出現後也注意了一下, 但是還是沒有女朋友1號來的吸引我們, 本想繼續等看看N家盛傳將在3,4月出現的EVIL, 跟nex一樣的APSC無反光鏡單眼, 但是P家竟然在不久之前發表了女朋友2號! 真是有點凍未條, 所以就找了個理由請了一尊回家了~ ^^"
剛拿在手上實在不太習慣這樣小巧的機身, 不過這傢伙還真好玩, 尤其銀幕觸控對焦功能很爽, 在銀幕上點畫面上的哪個位置, 他就馬上對焦到那邊之後自動按快門, 這功能還真強~~ @@"
N家的光明燈也可以直接沿用, SB800 or 900閃燈直接設定成A mode時, 可以由機身取得光圈跟ISO值的資訊, 出力很準~, 只是這小傢伙頭上頂個光明燈感覺有點不倫不類~ XD
同時弄了個N家的F mount 跟 M43 之間的轉接環, 這樣手上所有的 N鏡頭也都能沒事就裝到GF2上玩玩, 特別是300mm, 轉接過來之後就變成了 600mm !! 哇拉拉~~~ 瞬間由小炮變中炮了~ XD
買不起 Leica, 不過至少可以用用跟 Leica 關係很 "密切" 的 LUMIX, 多少可以增加一點點爽度啦~ XD
La Makina Optical Co., Ltd fu una casa giapponese attiva tra il 1967 e la metá degli anni ottanta. In Giappone era conosciuta anche come Makina Kogaku Kambushiki Kaisha. La Makina Optical fu fondata nel1967 in Gotanda, Shinagawa, Tokyo e pare che all'inizio la costruzione fosse del tutto artigianale, in un garage sul retro, e che si avvalesse dell'aiuto di numerose casalinghe pagate a cottimo che assemblavano i pezzi a casa. La Makina produsse anche obiettivi per conto terzi, come Vivitar e Hanimex. Nel 1974 iniziarono peró a commercializzare obiettivi sotto il proprio nome, Makinon, ma anche Makinar. I nomi Makina, Makinon e Makinar erano anche marchi registrati da case tedesche prima degli anni settanta. La Makina Optical non sopravvisse alla rivoluzione dell'autofocus negli anni 80 poiché alti costi di produzioni e progettazione di tali obiettivi erano insostenibili per le piccole compagnie. Tra gli ultimi tentativi fatti dalla casa per rimanere presente sul mercato ci fu questa MK-V, di cui non si sa praticamente nulla. Essa é peró molto simile alla onnipresente Cosina CT, nel caso specifico la CT-10 che era una versione molto alleggerita e completamente automatica della CT-1.
Store closed September 2017
Malone, NY. October 2016.
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Ten years separate these products. The Eee was introduced in 2007, the 620LX in 1997 or 1998. The 620LX has a very nice keyboard that you can actually touchtype on. I've typed a few documents on it using Pocket Word. Instead of using a mouse, you use a stylus on the touchscreen. The stylus stores in the side of the 620LX. The Eee uses a customized version of Xandros, the 620LX uses Windows CE 2.0. The Eee has an SD/SDHC/MMC slot; the 620LX has a CF slot. I picked up a couple of the 620LXs from my office, which was going to throw them away. Can't let a totally functional piece of electronics get thrown out.
Patrolman-9, a multiband radio from around 1974. Fun to tune around the radio bands to see what's coming in. This radio includes BFO for listening to ham operators on shortwave.
Towanda, PA. October 2017.
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Arguably the best full-frame dslr on the planet. Okay, maybe it isn't but it's my favorite dslr. Gone are the previous iterations of the 5D's and even the 6D from my collection. After having owned this 5D3 for over a year now, I can say without a doubt this is the best full frame dslr camera I've ever used. Even if Canon comes out with the Mark IV, I'm sticking with this guy.
Olympus OM-D E-M5 + Oly 25mm f/1.8
Jan 29 2017 [Unexpected] Tragic news out of Quebec City tonight as we are learning of a shooting in a Quebec City mosque that killed at least 5 people. The news is unravelling very slowly so details aren't all that clear at the moment. So sad to hear this.. my heart goes out to the victims and their families. One minute someone is praying in peace and security and in the next minute the world's paranoia comes and takes their lives. I know all Canadians will stand up against this and support one another to end this type of hatred and sensless violence. It just seems crazy I even have to say that.. what a world we're creating...
yesterday was a crazy day lol
, also el ray is coming baaaaaak tonight :D
please comments dont just view :P we want tashjeeee3 shawi !
At the Caps game (Caps FTW!!) last night, someone kicked my phone from one step into my beer that was sitting on the step below. I didn't notice for a while. The beer drenched phone was very unhappy.
Since it's not working anyway (turns on, none of the buttons work), I figured I would perform some surgery to see if I could clear the circuit board of beer gunk. It's an old phone (like, really old), so no loss if it doesn't work. Was hoping to hold off on buying a new one, hoping against hope for a CDMA iPhone...
Update: I washed it with water first to clear the gunk, then cleaned the circuit board and the buttons (after removing it further from the housing) with rubbing alcohol and a q-tip and let it rest over night to dry. Now all the buttons work, but I can't get a signal at all. But hey, at least I can get all my contacts off the phone!
Manufactured by Miranda Camera Co., Tokyo, Japan
Model: 1966, type 1
All Miranda Sensorex produced between 1966-1972
as to Miranda Camera Co
35 mm SLR film camera
Lens: Auto Miranda 35mm f/2.8, in 5 groups 6 elements, fully automatic diaphragm coupled to TTL CdS exposure meter, w/ diaphragm setting and DOF preview levers, interchangeable, Miranda bayonet mount, filter thread 46mm, serial.no.2222339
Aperture: f/1.9 - f/16, no click stops
Focus range: 0.3-5m +inf.
The lens mount also has 44mm inner screw for Miranda 44M or other screw mount lenses via adaptors
Lens f number selector dial: settings between f/I.4 - f/8 , on left front side of the camera
Lens release: While pressing the lens lock lever on the right side of the lens barrel, turn the lens counterclockwise l/8 of a full turn. When the red dot on the barrel stops at the red line on the camera body, the lens comes off easily.
Focusing: by multi-microprism screen center, ring and scale on the lens, w /DOF scale
Shutter: cloth, horizontal focal plane, speeds 1-1/1000 +B, red marking of flash sync.1/60
setting: by a knob on the winding lever
Shutter release: on the left front of the camera, close to lens mount, w/cable release socket
Film counter: advance counting, auto-reset, left side of the pentaprism on the top plate Cocking lever: also winds the film, retractable, short strokes, double exposure prevention, on the right of the top plate
Film winding indicator (shutter cocking): red: cocked, white: not cocked; beside the cocking lever
Mirror: Instant return
Viewfinder: SLR Pentaprism, interchangeable, (but not screen), no parallax (difference between the area covered by the viewfinder and by the taking lens)
Vievfinder release: by small silver button on the back of the top plate, slide the knob to left and slide the finder to backwards
Exposure meter: CdS meter, TTL, bottom-weighted average metering (eliminates the light-influence of the sky), fully open aperture light reading
Exposure setting: firstly set the desired speed, set film ASA, set the lens selector dial for the lens on the camera, and turn on the meter switch, then turn the aperture ring until the needles (one is in open C shape) match in the viewfinder, (indeed these needles are on the screen)
ASA setting: 25-1600, window on the speed dial; setting: by lifting and turning the outer ring
On/Off switch: near the re-wind knob ,
On/Off indicator:, small window beside the "Battery" stamping, on the flash synchronizer selector ring on the bottom of the re-wind knob
Re-wind lever: knob with collapsable crank
Film rewind release button: on the bottom plate of the camera
Flash PC socket: left side of the camera
Flash synch: FP (flash bulbs focal plane) 8t, X 1/60t, setting via flash synchronizer selector ring, small window beside the "Flash" stamping, on the bottom of the re-wind knob
Self timer
Back cover: hinged, w/ double safety self-locking device; detachable
Tripod socket: 1/4''
Strap lugs
Body: metal; Weight: near 1000gr
Battery: only for lightmeter, Mercury 1.35v PX625, (accepts PX625A / LR9, but better is 1.35v Zinc/air)
Battery chamber: on the left back of the top plate
serial.no.705778
w/ case and old leather strap
Miranda Sesorex is a system SLR camera with a wide interchangeability of both viewfinders and lenses. It is TTL progression from the Automex models in 1967.
There are seven almost-the-same but distinct versions of Sensorex.
There are two very peculiar features in Miranda: the interchangeable prism (the Nikon F was the only other camera at the time with this feature), and the front-mounted shutter release.
Low noise shutter and vibration-free mirror mechanism.
After removing the pentaprism, the camera is fully functional, can still meter and focus, especially handy for close-up work.
Sensorex was the flagship model at that time. Miranda was apparently the first Japanese SLR manufacturer, and for a time, Miranda used to compete with Nikon and Topcon for build quality and optics.
The Miranda was also sold as Soligor in Europe.
The Miranda Camera Company, originally named the Orion Camera Company, manufactured cameras in Japan between 1955 and 1978. Their first camera was the Miranda T. Unlike many Japanese made cameras, Miranda did not make their own lenses and had to rely on other manufacturers to supply them.
Many Miranda SLRs had advanced or sophisticated features for their day. Almost all Miranda SLR's shared the same basic lens mount, but the mount complexity increased over the years to accommodate more aperture and metering controls.
Unable to keep up with the increasing manufacturing automation of the larger manufacturers, and the increasingly sophisticated electronics of competing cameras, Miranda ceased producing cameras.
More info: Miranda Camera Co ,
in J Ollinger Camera coll , Miranda in Wikipedia, Manual in Butkus org, Karen Nakamura, Miranda in Camerapedia
Nikon Df, die neue Vollformat-Spiegelreflexkamera im Retro-Look mit 16 Megapixel-Sensor. Den ausführlichen Bericht gibt's hier:
www.ralfs-foto-bude.de/neuheiten/spiegelreflexkameras/nik...
The Nixie Watch project plods on! Software development begins.
Every project needs to go through this phase, at least in my scheme of handling things.
Here we see the Development Environment of Kings hosting an Atmel ATTiny861 microcontroller (MCU). Just out of shot is my laptop, upon which I wrote software for the MCU that causes it to blink an LED. This is a nice quick way to make sure that I haven't fried the chip and that I've wired everything up properly. For the programmers out there, I consider this step to be the "Hello World" of MCU programming - though this implementation is a bit more sophisticated than it needs to be; the LED blink is driven by a timer interrupt.
This version differs from the IN-14 clock version linked above in that it's all powered by batteries. One of the challenges of designing the watch software will be to set it up so that the MCU draws a minimum of power - not a pressing issue for a clock which is going to be plugged in to a wall socket, but critical for a thing like this which I would like to run for months on a trickle of current.
The little black box in the center right contains 2 AA batteries, which are standing in for the single lithium watch battery which will run the MCU in the real watch. Below it is the display power supply with its own battery. Getting the MCU and display working together is going to be the tricky part. To conserve power, the MCU will run a program that will cause it to immediately shut itself off - but not quite all the way off; it'll be just awake enough to notice when the display power supply fires up. That is, when the watch's wearer presses the button to show the time. At that point the chip will awaken, fetch the time from a crystal-based real time clock chip (not yet wired up), and start showing it on the nixies. When the wearer releases the show-time button, the display power supply will be disconnected and the MCU will notice that, stop trying to display the time, and hibernate again.
Interestingly, if you find such things interesting, this is the way most battery powered computerized widgets work; for instance, games on the Nintendo Game Boy (which I used to program, back when I was younger and even dumber) spend most of their time with the main processor asleep like that. At least they do if they were written well.
After a bit more fiddling I will be able to wire this to the display prototype and it will start being a watch - at least in the functional sense. Trying to wear the prototype on your arm would be like wearing a very geeky buckler.
This is Kodak's modification of a Polaroid 195, to test their own integral print materials for the Kodamatic instant-picture system. The modifications added motorized rollers on the bottom (not visible here) and a manually operated "pick" that turns on the motor and pushes the exposed print unit towards the rollers.
It is, to the best of my knowledge, unique. Kodak must have made at two or three of these, but the whereabouts of the other or others is not know.
New Kensington, PA. April 2017.
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Wilkes-Barre, PA. March 2018.
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I was experimenting with Focus Stacking and wondered what it would look like in grungy Black and white
Canon FT QL, Mart 1966 ve 1972 arasında Japonya'da üretilen 35 mm SLR fotoğraf makinesidir. Standart kit lensleri Canon'un 50mm f/1.8 ; 50mm f/1.4 and 58mm f/1.2 idi.
The Canon FT QL is a 35mm single-lens reflex camera introduced by Canon of Japan in March 1966 and manufactured till 1972. The standard kit lenses were Canon's 50mm f/1.8 ; 50mm f/1.4 and 58mm f/1.2.
These models were exported from Minecraft, using the freeware tool Mineways and printed on a Zprinter 650. The pictures show several steps of the process of taking the models out of the printer and depowdering them.
These models will be shown saturday 21st of january 2012 at a small exhibition/science-/art-fair at a local school, as all models were created by pupils. The creators are about 12 to 14 years old.