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Technical Examples
- A dynamic addressing technique mirrors data across multiple banks of a memory resource. Information stored in the memory banks is organized into separately addressable blocks, and memory addresses include a mirror flag. To write information mirrored across two memory banks, a processor issues a single write transaction with the mirror flag asserted. A memory controller detects that the mirror flag is asserted and, in response, waits for both memory banks to become available. At that point, the memory controller causes the write to be performed at both banks. To read data that has been mirrored across two memory banks, the processor issues a read with the mirror flag asserted. The memory controller checks the availability of both banks having the desired information. If either bank is available, the read request is accepted and the desired data is retrieved from the available bank and returned to the processor.
- A V-engine having a plurality of cylinders (2) arranged alternately in two banks comprises a combustion chamber provided for each of the cylinders (2), an intake port (20) which connects the combustion chamber to an intake manifold (50), and an exhaust port (30) which connects the combustion chamber to an exhaust manifold (70). The intake ports (20) of the two banks are all configured so as to pass through one of the banks, and the exhaust ports (30) of the two banks are all configured so as to pass through the other bank. The angle formed by the two banks is set to eight degrees or less.
- To reduce the number of component parts for supporting an air cleaner and facilitate the assembly work of the air cleaner in a V-type engine having part of an air intake device including the air cleaner arranged between a pair of banks. The air cleaner arranged on the side of the two banks is supported by cleaner supporting units integrally provided in the cylinder blocks or the cylinder heads in the two banks.
- A method for fabricating a pattern on a substrate, includes the steps of forming banks according to formation areas of the pattern on the substrate, disposing a first function liquid between the banks, disposing a second function liquid on the first function liquid, and applying predetermined treatments to the first and the second function liquids which are disposed between the banks so as to form the pattern with plural materials stacked one on the other.
- Display devices such as EL elements or LED elements, are formed from thin film elements having banks of prescribed height and a thin film layer formed by an ink jet method in areas to be coated that are partitioned by those banks. The banks may be formed of an organic material on a bank formation surface configured of an inorganic material, plasma treatment is performed under conditions that the induction gas is fluorine-based and that fluorine is present excessively, and the areas enclosed by the banks subjected to surface treatment are filled with the liquid thin film material to form the thin film layer or layers.
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