camera filter is the aperature of recharging batteries also know as gain.
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You need to be able to see the slide and the aperature is that opening in the body tube.
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If you think about your lens like a papertowel tube over your eye. Now constrict the tube so that it is thinner. This is what the aperature ring does on the end of your lens; it constricts the light flow so that you don't have overexposed images, or helps you to bring out certain colors if you are doing artistic shots. Experiment with changing the aperature in the same setting, you will understand how it works. If you happen to have a non-digital lens lying around, change the aperature off the body, and you will have a perfect understanding how it works.
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When the f-stop of a camera increases in size the aperature also gets bigger
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The smaller the aperture, the sharper the image. If your question is WHY that happens, hopefully another contributor will help out with that answer.
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The aperature can control the amount of light that comes into the camera just like the pupil of the eye.
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No. Iron sights or peep sights (aka aperature sights) are the only type allowed for the merit badge.
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The best photo management programs for a professional when utilizing the MAC system is either Aperature or Lightroom. If you are using the Windows based operating system use Flickr.
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It governs the amount of light that is transmitted to the film (or digital imaging device) by virtue of the it's size (diameter). It works in conjunction with the shutter, which controls the amount of light through the time span it is open.
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One can find reviews about the iPhoto alternative Aperture from a variety of places. One can read computer magazines, read blogs on Aperature, and ask and view responses on forums.
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The aperture of the lens
The shutter speed
The ISO setting-how sensitive you want the camera sensor to be
4 answers
Redfield International sights are 1/8th minute compared to many target sights that are 1/4 minute. The Redfield International Match Metallic Target Sight, Item No. 712000, with 7/8" dia. aperature disk, has 1/4 minute adjustments per click and originally sold for $32.95. The International Mark 8, Item 71300, with 7/8" dia. aperature disk has 1/8 minute adjustments per click and originally sold for $39.95. The windage adjustment screw is marked "MK 8" on this model.
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The fundus is the top portion of the uterus, at the opposite end from the cervix. It projects above the entrance of the uterine tubes.
3 answers
the resolution of an optical system. Shorter wavelengths and higher numerical apertures result in higher resolution, allowing for sharper images with greater detail. It is important to select the appropriate combination of wavelength and numerical aperture based on the specific requirements of the application.
2 answers
By 'fade', I presume you mean out of focus.
What you are referring to is called 'depth of field'. This is by how much the picure is in focus from nearest the furthest point.
To make the focus sharper and only focus at one distance, you need the aperature as wide a possible, the smallest number 'F' stop. So now when you focus on the foreground, the background will be out of focus.
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Few. After the ending of Portal 2, I doubt there would be a problem leading to Chell's Re-Entrance into Aperature. Since Glados was erased, it would make for a good storyline, but would re-hash Portal 1. Portal is still a good game, and it would always be dumb to put a money making game to rest. In the end, it's their choice.
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Not being an expert, my personal answer is that it depends on where you live. If you live in the US, for example, a place were we have a lot of baggage about black people, I would imagine the child would have the features most black people have- kinky hair, larger nose aperature, thicker lips etc... Someone from Africa, however, might feel that the child looks "white."
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To take pictures, like any other camera. The Brownie Box camera by Kodak was one of the first mass produced ones and was named because it looked like a box. The earliest ones had to be sent to Kodak to have their film removed and replaced. They had no flash, no focus or aperature settings and worked outdoors.
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Bright field microscopy is a basic technique where light is transmitted through a specimen with little contrast, resulting in a bright background. The specimen appears dark against the bright background, making it suitable for observing stained samples or transparent objects. This technique is commonly used in biological studies to visualize cells and tissues.
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Spherical aberration can be corrected by using a combination of lenses that have different curvatures to focus light rays to a single point. Another method can involve using aspheric lenses that have surfaces designed to counteract spherical aberration. Additionally, adjusting the aperture size of the lens can also help reduce spherical aberration.
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Your LCD panel is likely failing, according to several sites. If it is on an edge, though, it could be software/cable related (external connection with the Sky+HD Box).
If this is a CRT (tube) TV and nothing but the line is present, then it could be the horizontal deflection system is broken. If there is still a picture, you may be seeing the support wires (there will be 2 or 3 or them) that hold up the aperature grid on Trinitron-style CRT televisions. This is normal.
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The iris is the colored part of the eye that surrounds the pupil, controlling how much light enters the eye by adjusting the size of the pupil. Just behind the iris is the lens, which further focuses the light onto the retina for processing.
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The light meter lets you set either the shutter speed or the aperature. When you look in the view finder you'll see either a red positive or red negative sign. This means there is either too much light or not enough light based upon the cameras settings. If you want to control the shutter speed set it where you want it to be. The aperature setting is the variable setting that you move until you see a green dot in the view finder. When a green dot is found in the view finder you have the correct settings. If you can't get a green light by adjusting the aperture setting then the shutter speed is too fast for the lighting conditions. In this case move the shutter speed to a slower setting then adjust the aperture ring again. It's all about the lighting with this camera. If you do not see a green light in the view finder you do not have adquate light to expose the film properly. By the way, you should not hold a camera in your hand with a shutter speed of one sixtieth of a second or less. The picture will blur from motion. This is much easier to show than explain. I . I am a photography teacher at a local high school and we use the 3800N camera.
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The formula for calculating the microscopic resolution is given by resolution = 0.61 x wavelength / numerical aperture. The resolution is the ability of a microscope to distinguish between two points in an image. It is influenced by the wavelength of light used and the numerical aperture of the microscope lens.
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Resolution in electron microscopy is determined by the wavelength of the electrons, which is much smaller than that of visible light. Therefore, the resolution in electron microscopy is not limited by numerical aperture like in light microscopy. Instead, it is determined by the wavelength and energy of the electrons used in the imaging process.
2 answers
During the Apollo 11 mission, the cameras used to capture the images were set to expose for the bright sunlit lunar surface, making the stars too faint to be captured in the photos. Additionally, the lunar module's surfaces reflecting sunlight could have further drowned out the faint light of the stars in the images.
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Any good 35MM SLR like the Canon AE-1 can be used for great closeup photography. With the normal 50mm lens they can focus to around 18 inches. For closer work you need either closeup filters (they are not really filters) which work like a magnifying glass that screw in like filters onto the front of the lens. Another way is using extension tubes. These are hollow tubes that come in different lengths and mount between camera body and lens. For manual tubes, the lens must be "stopped down" to the shooting aperature prior to releasing the shutter. Automatic tubes will do this automatically when the shutter is released. A third option is an automatic bellows, which will provide an infinite range of extension between the minimum and maximum provided, as opposed to tubes which are fixed but can be used in various combinations to provide some flexibility of choice.
The close up filters have the advantage regarding low cost and do not cause a reduction in light transmission. However, they can reduce image quality if they are dirty or cheaply made. The tubes (and especially the bellows) are more expensive but have the advantage that they will not degrade the image quality by introducing more glass. However, spacing the lens farther away from the camera causes a reduction in light strength and is quite noticeable when the distance is maximized. Regardless of the method chosen, you will find depth of field will be reduced as the magnification increases.
If using a bellows or automatic tubes, ensure the lens aperature is properly working.
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Math is important to help understand the relationships between aperature and shutter speed, depth of field, white balance, focal length, composition such as the rule of thirds, and you better know your math when you start buying cameras and lenses because the costs add up quickly. Michelle ress usa
To calculate ratios for enlargements, to work out lighting angles to avoid shadows, to calculate distance from an object and select the correct aperture setting, to calculate developing times if working in a darkroom, to measure chemicals for same situation. Digital photagraphy takes away the need for some of the skills but professionals would still learn the original basics to start with. rjm. UK.
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probably to take a picture of something very bright, like the sun.
In reality, the pinhole camera is not the ideal instrument for taking photographs of the sun. It is used instead to create certain specific effects in the photograph. Light passing through the pinhole is not brought to a sharp focus on the image plane in the same way a lens would, so the sharpness of the image is limited, and dependent on the size of the pinhole, the distance of the pinhole from the film plane, and the amount of diffraction from the edges of the pinhole. Even with optimum sharpness, the image will be very soft, with fairly fuzzy outlines. In the hands of a skilled photographer, the effect can be very pleasing.
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resolving power is the ability of an imaging device to separate distinctive points of an object; it is important because the more resolving power a microscope has the better we can see the cell and its structures
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The resolution of a telescope is its ability to distinguish two separate objects. The diffraction of light waves as they pass through the aperture of the telescope sets a limit on its resolution. This diffraction limit is a result of wave interference and is described by the Rayleigh criterion.
2 answers
The rods and cones at the rear of the eyeball convert light energy to electrical impulses that are in turn translated by your brain into images in your mind. The varying strengths and intensity of the light waves entering your eyes enables you to discern gradations in color and hue. Too much light and all you'd 'see' is brightness. Too little light, and all you'd 'see' is grey. The iris opens and closes similar to the aperature of a camera lens to allow more or less light in for the conditions, to enable your brain to make sense out of what you 'see'. This is why, for example, when you darken a room, your iris opens up to allow more light in. Or when you emerge from a dark room into a brightly lit area, your eyes need a moment to "adjust" to the increased brightness.
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Strong/large sources of light coming from behind the main subject (such as a person indoors that is in front of a window) cause the light meter to underexpose for the main subject. This is because the light meter is programmed to average the light, and the backlight shifts the exposure calculated by the meter cause underexposure. Your eyes have the ability to rapidly adjust should you look first at the window and then the person, so you will not perceive a problem when you see a normal face. The film and meter cannot handle this variation. Cameras that provide automatic backlight compensation will increase the exposure by a predetermined amount. Check your camera manual to determine how much this will be. With other cameras, you will have to use an expousre compensation control, or manually over-ride the aperature and/or shutter speed to increase exposure.
Other ways of dealing with the situation include moving the subject away from the backlight, adding fill-in flash or photographic quality reflectors to reflect the backlight onto the front of the subject.
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Taking a picture on the moon is just like taking a picture on Earth. During the moon landings, even though the sky was black, they were walking around during the lunar morning, in broad daylight. The suits they wore were bright white, the ground they were photographing was also white. With these conditions, they had to stop down the aperature and shutter speed of the camera in order to prevent the photos from being overexposed. With the settings, the very dim (by comparison) stars were not bright enough to be captured by the very short exposure time of the film.
You can test this theory yourself, using your own camera, and inside your own home. Tonight, leave the lights on in your house and take a picture, while indoors, of your cat/brother/husband/wife standing near the open window. Make sure the picture is focused on your subject! Now look at the image and count the stars that appear outisde the window. If you believe the Apollo pictures should have stars, then you should also be able to capture the stars using this experiment.
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Cerebrospinal fluid is formed in the choroid plexus within the brain's ventricles. It then circulates through the ventricular system and spinal cord central canal before being reabsorbed into the venous blood through the arachnoid granulations in the meninges.
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Aperture is the size of the hole that light has to pass through to get to the photo paper. An aperture with a small number would be a big whole and vice versa.
In practice: If the shutter speed was high (short) the aperture would be low, meaning a large hole, so that the amount of light hitting the photo paper was correct.
If the shutter speed was longer, the aperture would be a high, meaning a small hole, so that the correct amount of light met the paper... and not too much or too little.
It is also how you control the depth of field in your photograph. Small aperture gives you a deep depth of field, and a large gives you an area of sharp focus.
Hope that's slightly helpful!
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The Fresnel distance in optics is the distance from a diffracting object where the waves start to spread out and the wave nature dominates over ray optics. Beyond this distance, light behaves more like a wave with interference patterns, and ray optics principles may not be accurate. In simpler terms, when you are close to an object, you can use ray optics to describe how light travels in straight lines, but as you move further away, the wave nature of light becomes more important.
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Oil immersion is necessary when using high magnification objectives (90x to 100x) to reduce the refraction of light as it passes through the specimen, helping to improve resolution and clarity of the image. Due to the high magnification, the light needs to pass through the specimen more effectively, which is achieved by using oil with a refractive index that closely matches that of glass.
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with the window up remove the screws that hold the door panel on, 2 in armrest, 4 in panel perimeter, one in inside door handle well. Pry out the decorative lock bezel on the inside, where the black trim door sub-panel meets the dashboard (when the door is usually closed)(the part around the lock and handle assembly)(just enough to let it hang by the wires). Next,Pry out the whole door panel straight out, and pop the snap fasters (force required). Remove the armrest bracket(3 screws)(plated part with sharp edges). pull back the weather seal/vapor barier. 2 studs attach the handle. Stick your hand/arm in and feel the bottom of the actuator connecting rod. There is a plastic keep-fitting that needs to be rotated counter-clockwise so the bottom of the rod will travel forward. Pull out the rod, and put on the ground. Remove the Handle nuts from their studs, and remove the old handle. Align the new handle-depressor arm-aperature slot with the flat end of the connecting rod and stick it through the hole in the door. It takes two hands, or a friend, but you have to line it all up at once, then re-install the bottom of the rod and turn the keep-fitting to lock it in. Tighten up the stud bolts on the handle when centered and aligned,(there is a access hole with a removeable black round plug in the door sill above the striker/latch to gain access to tighten the rearward stud. Re-assemble in reverse order. Use a closed fist to re-snap the door snap-together parts.*(make sure the door lock rod fits into its slider-cover or it will not work((the red-lock button)).
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After opening the hood you must remove two #2 bolts (has the #2 on top of the bolt). One is plainly visable on the far right and left respectively of the corresponding light assembly. The other is hidden behind the shroud the first bolt is holding on.to Peel the shroud pop out center lock pin of clips(i found a fork worked well) then can be removed easily. will allow you to lift whole shroud of. makes things allot easier. back after removing the first #2 bolt on the left and right and you will see the second #2 bolt. before removing second bolt watch for spacers underneath intalled at factory for aligning. they can fall into spots that may be tough to retreive. Removal of the second bolt will not automatically cause the light assembly to pop out. You need to turn the assembly 1/8th a turn counterclockwise and pull forward. *NOTE* No tremendous amount of force should be used to get this assembly out.
(Additionally when I went to change the bulb I noticed they had taped the lights in because they didn't know how to install the lamp or didn't care.)
Anyway you get the lights off this is the way it goes back on to get that weatherproof seal. (Assuming you removed the old bulbs and have the retention rings (screws the light into the assembly))
NOTE - It doesn't have a professional fit or feel but this is the way its supposed to go.
NOTE - Now you should have a socket with a retention ring loosely hanging around the lightbulb.
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SLR stand for Single Lens Reflex. IN layman terms it means that there is a mirror between the lans and the film that reflects the image back up to the veiwfinder. SLRs generally have removable lenses. If you take the lens off you will be able to see the mirror. Another clue as to whether it is an SLR is that the veiwfinder lines up with the center of the lens.
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In film cameras, there are chemicals that change their nature when exposed to light.
Light from the sun and other sources reflects off of objects and is focused by a glass lens, at the end of the lens is an aperture control, a diaphragm that opens and closes to allow more or less light through the lens. At the rear of the camera (just in front of the film or light sensor) is a shutter. The shutter is in the form of several curtains that expose the film/light sensor to a consistent amount of light across the entire film/sensor. The amount of time the shutter is open helps determine how much light will reach the sensor.
If you want to know how a camera works, here:
If you are looking at an image the light bouncing off the object you are photographing, passes into the camera, through a set of lenses and onto a mirror. From there, the light bounces up and into a piece of glass called a pentaprism (a five sided prism). Once light enters the pentaprism, it bounces around in a complicated way until it passes through the eyepiece and enters your eye.
If you are looking at a photo, when you press the button on the camera, the mirror flips up, in front of the pentaprism. Instead of the light from the object bouncing on the pentaprism, the light passes directly to the back of the camera. There, it either hits photographic film or starts a chemical reaction (single use camera), or the light it impacts on a ray of light-sensitive cells that release a tiny electric charge in each activated cell (digital camera).
There are several types of camera.
The old style, using photosensitive film and chemicals. This works by having a light proof box with the film stretched across the inside.
A shutter lets light in, for a brief period, when the shutter release button is pressed. The light passes through a glass lens which focuses a picture onto the back of the inside of the camera, where the film is. The light leaves a chemical change on the photosensitive emulsion, which is invisible until processed.
After the film has been used, it has to be kept dark (in a cassette) until processed with chemicals.
That is the basics. Cameras will vary in complexity on how much adjustment of the functions are allowed, such as shutter speed, aperature, focus and automation.
Digital cameras.
The box remains the same as a film camera. Instead of the film, there is a semiconductor chip, with an open sensitive surface, onto which the picture is focused by the lens. This is commonly a Charge Coupled Device (CCD).
The chip is made up of a grid of photo sensitive pixels, the electrons are knocked off by the light, in varying degrees and leave a charge in that area.
A computer, built within the camera, can access each of the pixels, assigns a digital value, depending on the amount of charge (light) and then write this value to a file, which is then stored in non-volatile memory.
Some cameras have internal memory and others (commonly) have a removeable memory card.
The picture files can then be accessed by a cable, or removing the memory card.
Once downloaded onto another computer or printer, the pictures can then be printed using ink jet or laser printers, onto normal or glossy paper.
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If you are new to digital photography, you don't need to purchase an expensive digital camera. Even if you do have experience using a digital camera, an expensive camera doesn't always guarantee a good shot. Most importantly, you need to learn the basics of photography and learn about exposure and light - learn how to take a good picture first. Then, you can buy a fancy camera with lots of bells and whistles.
Here are suggestions for what type of camera you might need and the features they may have:
Note: These are very high level suggestions. Some cameras may have more or fewer features in their respective price ranges.
Some cameras in the lower end of this category have the following features: may not have a zoom, have an autofocus, uses CCDs as opposed to small CMOS sensors, offer resolution from 1 or 1.3 megapixel, print good photos - up to 6 X 4. This range offers a lot for the "beginning" user.
The cameras in the higher end of this category have the following: 2 to 3 megapixel, print images up to 8 X 6, offer priority modes, zoom lenses and mini-movie features; optical viewfinder.
9-07-2006
Main differences?
Just a couple.......
Some settings : A for aperature priority. S for shutter priority. M for manual mode. Many others....
Also more megapixels make a difference. (more megs = bigger sizes of picture into prints)
Lens quality..
Type of batteries it takes.
How close you can get..
Shutter speed possibilities.
And a few more....
What are the main differences between expensive and inexpensive digital cameras?
1 answer
In film cameras, there are chemicals that change their nature when exposed to light.
Light from the sun and other sources reflects off of objects and is focused by a glass lens, at the end of the lens is an aperture control, a diaphragm that opens and closes to allow more or less light through the lens. At the rear of the camera (just in front of the film or light sensor) is a shutter. The shutter is in the form of several curtains that expose the film/light sensor to a consistent amount of light across the entire film/sensor. The amount of time the shutter is open helps determine how much light will reach the sensor.
If you want to know how a camera works, here:
If you are looking at an image the light bouncing off the object you are photographing, passes into the camera, through a set of lenses and onto a mirror. From there, the light bounces up and into a piece of glass called a pentaprism (a five sided prism). Once light enters the pentaprism, it bounces around in a complicated way until it passes through the eyepiece and enters your eye.
If you are looking at a photo, when you press the button on the camera, the mirror flips up, in front of the pentaprism. Instead of the light from the object bouncing on the pentaprism, the light passes directly to the back of the camera. There, it either hits photographic film or starts a chemical reaction (single use camera), or the light it impacts on a ray of light-sensitive cells that release a tiny electric charge in each activated cell (digital camera).
There are several types of camera.
The old style, using photosensitive film and chemicals. This works by having a light proof box with the film stretched across the inside.
A shutter lets light in, for a brief period, when the shutter release button is pressed. The light passes through a glass lens which focuses a picture onto the back of the inside of the camera, where the film is. The light leaves a chemical change on the photosensitive emulsion, which is invisible until processed.
After the film has been used, it has to be kept dark (in a cassette) until processed with chemicals.
That is the basics. Cameras will vary in complexity on how much adjustment of the functions are allowed, such as shutter speed, aperature, focus and automation.
Digital cameras.
The box remains the same as a film camera. Instead of the film, there is a semiconductor chip, with an open sensitive surface, onto which the picture is focused by the lens. This is commonly a Charge Coupled Device (CCD).
The chip is made up of a grid of photo sensitive pixels, the electrons are knocked off by the light, in varying degrees and leave a charge in that area.
A computer, built within the camera, can access each of the pixels, assigns a digital value, depending on the amount of charge (light) and then write this value to a file, which is then stored in non-volatile memory.
Some cameras have internal memory and others (commonly) have a removeable memory card.
The picture files can then be accessed by a cable, or removing the memory card.
Once downloaded onto another computer or printer, the pictures can then be printed using ink jet or laser printers, onto normal or glossy paper.
1 answer
Aperture is hole that shutter creates to let in light to compose your image. The bigger the aperture, or smaller the f-stop (f/2), lets in more light. The shutter speed is how fast the shutter opens and closes. This has a major part to do with the lighting and whether the motion in your picture will freeze or blur. A high shutter speed (1/4000) will freeze all motion but majorily decrease light.
5 answers
How to remove Octavia door card with door deadlocked.
all below is assuming cable to open door has snapped / jammed.
You will need the following
- a suitable torx bit
- 2 medium to large flat blade screwdrivers
- large phillips screwdriver
- small phillips screwdriver
- a Haynes manual is also a big help.
1. Open window all the way down
2. Remove triangular speaker from front of door at top of door card. Prise off with flathead screwdriver as it is only held on by 2 clips. Disconnect wiring.
3. Prise out small panel for electric mirrors with a flathead screwdriver. Remove phillips screw that is now visible behind the door pull handle.
4. Where you clasp your hand around the handle for, say, pulling the door shut after you get in the car, you will have to look and see that there is a small cylindrical plastic piece, about 10 cm long, that needs prising away with a flathead screwdriver. Remove this piece and then you should be able to prise out the entire panel for the electric switches for the windows and central locking. Remove this panel. Make sure to disconnect the wiring. You will notice that the base is held on by 5 phillips screws. Remove these and then the plastic base.
5. There are now 3 big phillips head screws visible. Remove these and note the order. The middle screw is longer and also has a white plastic bush.
6. Remove the 3 torx head screws from the bottom of the door card. You may have to use the torx bit and a pliers.
7. Pull away the door aperature weather seal from the bottom half of the B post.
8. Remove phillips screw from top piece of the cover that goes over the driver�s side seat belt. This is attached to the B post. Remove the bottom half of the same seat belt cover, attached by clips. From the back seat on the driver�s side you should gain access to the 2 hidden torx screws that were obstructed by the weather seal and seat belt covers.
9. From outside the car prise/lever off the top of the door card from the door frame. Be careful not to catch the window glass. The top of the card will now lift off the top of the door frame. Again, be careful not to damage it.
10. This gave me access to the door release cable which had snapped. Stuck vice grips on and pulled. Door opened.
11. You should now have access to the final set of torx screws that were hidden up against the a post.
12. Remove the red light that is visible when the door is open. Disconnect wiring. Remove tiny red light from extreme top of door panel near B post. Door card shoould now come off.
13. Bear in mind that I had a deadlocked door before I broke the door release cable. I tried thumping the door around the lock area from inside and outside. Tried every combination of pressing buttons and pulling on handles at the same time. Had also used a hair drier to heat up inside the door panel to see if this would help.
14. Note that if you are fitting a new door release cable - I got mine promptly via eBay, thanks Jo - that you don�t need to fully remove door handle and lock barrel. All you need is to remove the two large torx screws that hold the door lock in place. This gives you enough room to get the end of the new cable into its fitting in the lock. You will need help at certain times - thanks Linda - as three hands are needed on occasion.
Make sure you fit the outer cable correctly before reassembly.
15. Hope this helps as iIwas 6 weeks getting in and out of the passenger side.
1 answer
How to remove Octavia door card with door deadlocked.
all below is assuming cable to open door has snapped / jammed.
You will need the following
- a suitable torx bit
- 2 medium to large flat blade screwdrivers
- large phillips screwdriver
- small phillips screwdriver
- a Haynes manual is also a big help.
1. Open window all the way down
2. Remove triangular speaker from front of door at top of door card. Prise off with flathead screwdriver as it is only held on by 2 clips. Disconnect wiring.
3. Prise out small panel for electric mirrors with a flathead screwdriver. Remove phillips screw that is now visible behind the door pull handle.
4. Where you clasp your hand around the handle for, say, pulling the door shut after you get in the car, you will have to look and see that there is a small cylindrical plastic piece, about 10 cm long, that needs prising away with a flathead screwdriver. Remove this piece and then you should be able to prise out the entire panel for the electric switches for the windows and central locking. Remove this panel. Make sure to disconnect the wiring. You will notice that the base is held on by 5 phillips screws. Remove these and then the plastic base.
5. There are now 3 big phillips head screws visible. Remove these and note the order. The middle screw is longer and also has a white plastic bush.
6. Remove the 3 torx head screws from the bottom of the door card. You may have to use the torx bit and a pliers.
7. Pull away the door aperature weather seal from the bottom half of the B post.
8. Remove phillips screw from top piece of the cover that goes over the driver�s side seat belt. This is attached to the B post. Remove the bottom half of the same seat belt cover, attached by clips. From the back seat on the driver�s side you should gain access to the 2 hidden torx screws that were obstructed by the weather seal and seat belt covers.
9. From outside the car prise/lever off the top of the door card from the door frame. Be careful not to catch the window glass. The top of the card will now lift off the top of the door frame. Again, be careful not to damage it.
10. This gave me access to the door release cable which had snapped. Stuck vice grips on and pulled. Door opened.
11. You should now have access to the final set of torx screws that were hidden up against the a post.
12. Remove the red light that is visible when the door is open. Disconnect wiring. Remove tiny red light from extreme top of door panel near B post. Door card shoould now come off.
13. Bear in mind that I had a deadlocked door before I broke the door release cable. I tried thumping the door around the lock area from inside and outside. Tried every combination of pressing buttons and pulling on handles at the same time. Had also used a hair drier to heat up inside the door panel to see if this would help.
14. Note that if you are fitting a new door release cable - I got mine promptly via eBay, thanks Jo - that you don�t need to fully remove door handle and lock barrel. All you need is to remove the two large torx screws that hold the door lock in place. This gives you enough room to get the end of the new cable into its fitting in the lock. You will need help at certain times - thanks Linda - as three hands are needed on occasion.
Make sure you fit the outer cable correctly before reassembly.
15. Hope this helps as iIwas 6 weeks getting in and out of the passenger side.
1 answer
It, of course, depends on which movie you mean, but I'm assuming you mean the 1931 classic.
9 answers