摘要:
A distributed storage system comprises a plurality of data storage nodes that store a plurality of object data items in a distributed manner. The plurality of object data items are respectively characterized by a data coordinate and identified by a data identifier. The plurality of data storage nodes are respectively assigned a node coordinate in a space identical to that of the data coordinate. After selecting as first data storage nodes from among the plurality of data storage nodes a plurality of data storage nodes each assigned a node coordinate having a relatively short distance from a data coordinate characterizing each of the plurality of object data items, any of the object data item is respectively stored in a data storage node determined based on a data identifier that identifies the object data item from among the plurality of first data storage nodes.
摘要:
Output signals of two adjacent data signal lines DA1 to DAn and DB1 to DBn are supplied to comparators CMP1 to CMPn, respectively. When pixels are inspected, different signal potentials are input to signal input terminals 14a and 14b. Signals are written to pixels from the first row to the last row. Thereafter, a pre-charging process is performed by supplying a voltage to the terminals 14a and 14b. Thereafter, signals are read from all the pixels from the first row to the last row. The signal potentials that have been read are compared by the comparators CMP1 to CMPn. Depending on the relations of voltages written as digitally-compared outputs of the comparators CMP1 to CMPn, defective pixels are detected.
摘要:
A gasket material including: a metal plate; and a fluorine rubber layer having a Vickers hardness of 15 to 30 N/mm2, being provided on one side or both sides of the metal plate, and obtained from a fluorine rubber composition containing a fluorine rubber polymer. The gasket material maintains a sealing bead surface at a high surface pressure without changing the engine block design and the gasket design and also possible to absorb flange surface roughness that is an original purpose of the rubber layer.
摘要翻译:一种垫片材料,包括:金属板; 以及维氏硬度为15〜30N / mm 2的氟橡胶层,设置在金属板的一侧或两侧,由含氟橡胶聚合物的氟橡胶组合物得到。 垫圈材料在高表面压力下保持密封胎圈表面,而不改变发动机缸体设计和垫圈设计,并且还可以吸收作为橡胶层原始目的的法兰表面粗糙度。
摘要:
A gasket material contains a steel plate and a foamed rubber layer disposed on both sides or one side of the steel plate. The foamed rubber layer is provided by a process including foaming a pre-foamed layer containing a pre-foamed composition. The pre-foamed layer has a thickness of 15 to 50 .mu.m, and the pre-foamed composition has a foaming factor of 2 to 4.
摘要:
Disclosed is an object arrangement apparatus which arranges a plurality of objects approximately uniformly to a plurality of arrangement destinations by a comparatively easy processing configuration. This object arrangement apparatus includes an arrangement destination determination means. The arrangement destination determination means refers to sequence information generated based on unique information for objects and refers to corresponding information between arrangement destination identifiers identifying arrangement destinations of the objects and second numbers associated with the arrangement destination identifiers. The arrangement destination determination means generates first numbers by using the sequence information, the first numbers not having a correlation therebetween when the first numbers are generated with different sequence information, and repeats generating a new first number until the first number matches the second number contained in the corresponding information. The arrangement destination determination means determines, when the first number matches any of the second numbers, to arrange the object to an arrangement destination corresponding to the arrangement destination identifier related to the matched second number.
摘要:
The present invention relates to a gasket material including: a metal plate; and a fluorine rubber layer having a Vickers hardness of 15 to 30 N/mm2, being provided on one side or both sides of the metal plate, and being obtained from a fluorine rubber composition containing a fluorine rubber polymer. According to the gasket material, it is possible to maintain a sealing bead surface at a high surface pressure without changing the engine block design and the gasket design and also possible to absorb flange surface roughness that is an original purpose of the rubber layer.
摘要翻译:本发明涉及一种垫圈材料,包括:金属板; 以及在金属板的一侧或两侧设置维氏硬度为15〜30N / mm 2的氟橡胶层,由含有氟橡胶聚合物的氟橡胶组合物得到。 根据垫圈材料,可以在不改变发动机缸体设计和垫圈设计的情况下将密封胎圈表面保持在高表面压力,并且还可以吸收作为橡胶层原始目的的法兰表面粗糙度。
摘要:
A gasket material to be mounted on an engine of a vehicle, including: a metal plate; a film made from silica and a reaction product of an acid component and metal or a metallic compound; and a rubber layer formed on at least one of opposite surfaces of the metal plate through the film.
摘要:
The present invention provides a gasket material containing a steel plate and a foamed rubber layer disposed on both sides or one side of the steel plate, wherein the foamed rubber layer is provided by a process including foaming a pre-foamed layer containing a pre-foamed composition, wherein the pre-foamed layer has a thickness of 15 to 50 μm, and the pre-foamed composition has a foaming factor of 2 to 4, a method for producing a gasket material, and a gasket containing the gasket material.
摘要:
A material for a gasket used in a vehicular engine comprising a steel plate, a coating film which is formed on one or both sides of said steel plate, and a rubber layer formed on said coating film, wherein the coating film comprises an acid, water-dispersible silica, a titanium compound, and a water-soluble polymer represented by a specific formula.
摘要:
An apparatus for placement of an object includes a placement site search unit. The placement site search unit searches a placement site of the object based on a first vector element that has organized first identifiers for first placement sites existing in a system and on a second vector element that has organized second identifiers for second placement sites not existing in the system (FIG.1).