Summary of patents and standards - Essay Example

Summary of patents and standards Most of the encoding of graphic symbols entails only the printable keyboard characters like numbers and letters. There has been very little innovation as concerns encoding of other printable symbols. This invention aims at solving this problem by generating a model, which can encode graphics based on both the keyboard printable characters for instance letters and numbers and on other printable graphic symbols. Summary of the patent: This innovation concerns the pixelization of graphic symbols in which the inventor asserted that it is a computer-executed plan.

This invention comprised readable data for a computer, which represents an encoded pixel collection. The collection comprises several pixels organized to form a source graphic symbol of the part geometrically similar to an exclusive attribute of the intended graphic symbol. In addition, it is possible to pixel the target graphic symbol using one or more coded pixel cluster. This is the major assertion that the owner of this patent claim, which is similar to other claims. The main objective of this innovation is to encode graphic symbols founded on both the keyboard printable characters for instance letters and numbers and on other printable graphic symbols.

Consequently, this will render the decoding more precise even when the printed symbols are only partly clear. The above assertion explains the first and second feature of the invention. The third feature of the invention, involves a technique for processing a printed document containing the intentioned computer legible graphic symbols. This method can help in identifying the intentioned graphic symbols. This method serves various functions. First, it has a pixel collection fashioned by vision photographing, which are adequately identifiable even at high resolution.

Secondly, this technique processes the cluster to identify distinct graphic symbols each comprising no less than one respective pixel collections. Another function of this method is to discover one or more pixel collection in each distinct graphic symbol. Lastly, this third feature of the innovation decodes one or more pixel collection for every distinct graphic symbol; hence, it is easy to identify the related distinct graphic symbol. The fourth feature of the invention is that there is an encoder, which can encode a pixilated graphic symbol.

This fourth feature of the invention also serves several functions. First, it has a pixel extraction unit for attaining an encoded pixel collection that has a graphic symbol typical code. Secondly, this fourth aspect comprises a symbol structure unit besides the pixel extraction unit used in the encoded pixel collection for pixelization of the graphic symbol. The fifth and the last feature of this invention is the decoder used in decoding a pixilated graphic symbol. This decoder has a graphic processor that can manufacture a pixel collection and identify several sets of graphic symbols.

In addition, it has a pixel processor, which can process each graphic symbol as well as identifying one or more pixel collections encoded with a code attributed to the graphic symbol. Summary of standards: Abstract Most drawings and codes have to meet certain required standards. The development of ASME Y14.3 code aimed at meeting the criteria for the American National Standards. In addition, this view was to act as a standard for creating orthographic views and sectional views for any type of drawing including 2-D and 3-D. ASME Y14.3 – Multi-view and Sectional View Drawings The American Society of Mechanical Engineers created the ASME Y14.

3-2003 Multi-view and Sectional View Drawing to revise the original Y14.3, released in 1994. Engineers use both the 1994 and 2003 edition Y14.3 as a benchmark for producing orthographic views for item portrayals. This drawing explains in details the layout of secondary views, details, orthographic views, conventional drawings and sectional views. This drawing is also very useful when a user is using CAD to draw particular drawings. In this regard, the user can use Y14.3 standards to help him fully understand what the drawing should comprise or how to portray the drawing on CAD competently.

When drawing an object, some features of the object are not visible hence hidden in the interior of the object. In such a case, Y14.3 standards can be very useful since it can help in identifying such hidden features. In addition, sometimes the drawing may appear a little deviated from the original drawing. In this regard, this standard is useful since it can characterize the object for the viewer to see it in an easier or more pleasing means.