In one sentence, describe what the following article is about: High eye pressure (medically known as ocular hypertension) is difficult to diagnose, as it does not show any visible symptoms such as redness or eye pain. A diagnosis cannot be made using visual examination alone, so you will need to have your eyes examined by an eye specialist. He will use a combination of methods to identify ocular hypertension.   Tonometry. This procedure is used to measure intraocular pressure in the eyes and gauge whether the level of pressure is still within normal limits. The eye is numbed and then an orange dye is inserted to help the specialist identify the level of pressure. A machine is used to measure the pressure in the eye by applying pressure to the eye. However, it’s important to take the corneal thickness into account as people with thicker corneas may show falsely higher measurements.  A reading of 21mmHg or higher usually indicates the presence of ocular hypertension. It’s rare for someone with a reading of 30 mmHg or less to have glaucoma. However, other conditions can affect this reading, such as head or eye injuries or a buildup of blood behind the cornea.  Air puff. With this procedure, the patient is asked to look straight into an apparatus while the specialist shines a light into the eye. The apparatus then sends a quick puff of air directly into the eye. A special machine reads the pressure by assessing the changes in the light reflections upon the strike of air into the eye. Ocular hypertension is associated with increasing age along with other factors. Several factors may contribute to the development of ocular hypertension, including:   Excessive aqueous production. Aqueous humor is a transparent liquid manufactured in the eye. It drains from the eye by means of the trabecular meshwork. If excessive aqueous humor is produced, the pressure in the eye increases.  Inadequate aqueous drainage. Improper drainage of aqueous humor can lead to increased eye pressure.  Certain medications. Certain drugs (such as steroids) can cause ocular hypertension, especially in people with pre-existing risk factors.  Eye trauma. Any irritation or injury to the eye can affect the balance of aqueous production and drainage from the eye and may result in increased eye pressure.   Other eye conditions. Ocular hypertension is usually linked with other eye ailments such as pseudo exfoliation syndrome, corneal arcus, and dispersion syndrome. Anyone can develop high eye pressure, but studies show that the following groups are at increased risk of developing the condition:   African-Americans. Individuals over the age of 40. Persons with a family history of ocular hypertension and glaucoma. People with thinner central corneal thickness measurements.
Summary: See an eye specialist for a diagnosis. Discuss potential causes of the condition with your doctor. Identify your risk factors for ocular hypertension.

You want to start by trimming the mustache with a pair of clippers or a small pair of scissors. The shorter hair is less likely to catch in the razor, and you’ll also have a clearer view with which to work. Whether in the shower or just over the sink, you should clean the skin and then apply heat. If you do not shower, then the best way to apply heat is with a wrung out, warm towel over the mustache for about a minute. The heat both softens the hair and opens the pores, which means a closer shave with less irritation. Pre-shave oils give you both an extra layer of lubrication and protection against skin irritation when wet shaving. Apply a small amount to the skin around your upper lip that will come in contact with the razor. Whether you prefer canned shave gels or mixing your own shaving soap in a mug, you need to work it into a creamy lather and apply it to your face. Regardless of which type you use, applying with a shave brush helps exfoliate the skin as well as lifting and softening the hair. Using a fresh razor that has been heated with warm water, make short strokes in the same direction as the grain of the hair. Since hair does not typically grow at right angles out of a man’s face, you can test the grain direction for your particular mustache by running your fingers over the scruff to find the direction it feels smooth as opposed to prickly.  For safety razors, you want to hold the razor at about a 30-degree angle, and you do not want to apply pressure. Simply allow the weight of the razor to slide across the skin with your hand guiding it instead of pulling it.  For cartridge razors, keep the plane of the cutting surface parallel with the skin. The close spacing in multi-blade cartridges will likely require rinsing the blade after each short stroke. Stretch your upper lip downward to give yourself a taut, flat shaving surface. Especially if you have a thick mustache and didn’t trim it very short to start, this may take several passes. Be thorough, but also be aware that many passes can lead to more nicks and shaving irritation. Reapply shaving gel or soap as needed. A nice cold water rinse when you have finished will soothe the skin and close the pores that you opened with the shower or warm towel. As with an electric shave, you will want to apply an aftershave the complements your specific skin type.
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One-sentence summary -- Trim your mustache. Clean and prep the skin. Apply a pre-shave oil. Apply a shave gel or soap. Shave in short strokes with the grain of your mustache. Rinse face with cold water. Apply aftershave.

Problem: Article: Lift up the handle to open the press. Move the heat platen away from the silicone pad. Keep the press open while it heats up during the next step. The following instructions should work for most models of heat presses. Read the instructions on your transfer paper to find out what temperature you should be using. Turn the thermostat knob clockwise. Wait for the press to heat up; a light will flash on. Once the desired temperature is reached, turn the knob counterclockwise until the light turns off. In most cases, you will need to set the temperature to 350 to 375°F (177 to 191°C). Twist the pressure knob clockwise to increase pressure, and counterclockwise to decrease pressure. The pressure will be based on the thickness of your project; the thicker it is, the less pressure you will need. Be careful not to twist it too far, or the swivel arm may come off. In most cases, you will need to use medium to high pressure. Hold down the minute and second buttons to increase or decrease the times. When you press the start button, the timer will start—but don't press it yet! Listed below are the recommended times based on the type of transfer you may be using. If your paper lists a different time, use that instead:  Ink-Jet transfer paper: 14 to 18 seconds Laser copier/printer transfer paper: 18 to 25 seconds Sublimation transfer: 25 to 30 seconds Embroidered appliqués: 20 to 30 seconds Die cut vinyl lettering: 45 to 60 seconds
Summary:
Open the press. Adjust the temperature. Adjust the pressure. Set the timer.