101results about How to "To achieve the purpose of quality control" patented technology

The invention discloses a method for monitoring an accuracy degree of a metering balance during a production process. The method comprises the following steps of: obtaining a logic coefficient through a specific value of a weighing value of supplied materials to actual quality; after achieving production, calculating a theoretical weighing value of the metering balance of the supplied materials after production through the logic coefficient; subsequently obtaining a metering balance displayed value of the supplied materials through weighing of the metering balance; using a difference value between the theoretical weighing value and the metering balance displayed value as a judgment basis; and giving an alarm and overhauling if the difference value exceeds the standard. With the adoption of the scheme, thereby solving the problem that the accuracy degree of the metering balance cannot be tracked in real time during a practical production process; by judging and evaluating the accuracy degree of the metering balance during the production process, a sign that systematic factors is found in time according to feedback information (being abnormal or not), and measures are taken to eliminate influences, so that the metering balance is kept in a controlled state that the metering balance is only influenced by random factors during the production process, thereby achieving a purpose of controlling quality during the production process.

A hollow component consists of a substrate and several hollow molded chambers on it uniformly. Two, at least, molded chambers arranged in space. One, at least, inner molding rib chamber formed by sidewall of each chamber and the substrate is cast in site. The outer molding surface of the chamber is formed to be rib, beam or wall cast in site. One chamber, at least, has some holes to be cast into supports in the chamber inside to transfer and bear load so as to improve its mechanical performance. It is available in hollow floors, roofs, foundation substrates, walls and bridge beams of concrete cast in site.

A cavity component includes cavity die shell and base plate. It is featured as connecting said shell with base plate to form an integral unit, arranging at least two said shells on base plate alternatively, using cavity die shell side surface and base plate to form internal-rib die cavity with at least one cast-in-place structure and using the other external side surface of cavity die shell to form external-rib side template of cast-in-place structure, setting convex die block on side template of cavity die shell for decreasing use amount of concrete and projecting convex die block on opposite side template at the same opposite axle.