What is the recognition of magnetic ink characters?
Recognition of magnetic ink characters, often shortened as a micr, is a computer reading method. Computers detect magnetized metals in characters ink and determine their sequence from the ink gap. Magnetic ink features are often used on banking documents, including checks, and blocked numbers are commonly associated with the concept of advanced technologies. The use of these characters provides banks with a high -accurate and efficient way of sorting documents and input data.
The most important part of the ink used to create characters is a powder that has the potential to be magnetic. Iron oxide powder is usually used to produce ink for printing characters. When the characters are going to read, the paper goes through a strong magnet that magnetizes iron oxide in the ink. Furthermore, the reading head passes through characters and detects the magnetic forces formula. It is similar to the way computers use reflected light patterns to read barcodes.
Special fonts that create distinctive formulas have been developed specifically for use in recognizing magnetic ink characters. Two fonts are used for this process around the world: the E-33b is found in the United States, the UK and India, while documents in some other countries have the characters on CMC-7. The font consists of zero numbers through nine and four characters that send messages to a computer about what to do with information. These 14 characters are the only ones in the actual fonts, but some people have developed full fonts in the style of magnetic ink characters for use on personal computers.
The most common use of magnetic ink signs is in banking. Inspections often bear magnetic markers of account numbers and the code number they draw on from. These magnetic charreacts are used to sort controls. Automation of this part of banking allows bankers to process checks faster.
Recognition of magnetic ink characters is widely used because of its many benefits. The computer reader relies more on the location of the magnetic powder rather than the appearance of the ink, so that the number or writing is not reduced by exceeding the accuracy of the values. The inspections that are sorted by recognizing the characters of magnetic ink are rarely directed incorrectly, and therefore the method has survived since its development at the age of 50.