110 results about "Upper limit numbers" patented technology

An SBR encoder includes a filter bank that receives an input signal, a time / frequency grid generator that controls a number of bits of various parameters, a parameter calculator that calculates various parameters, a parameter coding unit that encodes the parameters, an upper-limit number-of-bit storage unit that stores an upper limit of the number of bit of encoded data of high-frequency component finally generated in a high-pass encoding process, and a number-of-bit controller. The number-of-bit controller controls the high-pass encoding process by preferentially encoding a parameter having a large influence to sound quality and not encoding a parameter having a small influence to the sound quality relative to a plurality of parameters, so that the number of bits of the encoded data of high-frequency component finally generated in the high-pass encoding process becomes equal to or less than the upper limit to be stored in the upper-limit number-of-bit storage unit.

In an image forming device, images of originals up to an upper limit number of stapling are read (S 1 to S 5 ) and image data thereof are processed (S 6 to S 8 ). If a paper sensor has detected a subsequent original even when the number of pages of the read images reaches NS 0 (S 1 , S 2 ), a finisher discharges a bundle of printed papers without stapling. Consequently, the number of the printed papers included in the discharged bundle is made less than the upper limit number. In a case where the number of the printed papers sent to the finisher (S 12 , S 13 ) is less than a set number NS 1 (S 15 ), the bundle is discharged without being stapled after the number of the printed papers reaches NS 1 (S 17 ).

A position measurement portion manages a measurement target area by dividing the area into a plurality of section areas, and also manages, or keeps track of, an intra-area interfering object number which is the number of interfering objects in a given section area, independently for each of the plurality of the section areas. The travel controller determines, independently for each of the plurality of section areas, if the section area is in a congested state in which the intra-area interfering object number is greater than a set upper limit number, and selects a congested area travel mode as the travel mode when the travel controller is about to cause the vehicle to travel in a section area that is determined to be in the congested state.

The invention relates to a dynamic adjusting system and a dynamic adjusting method of a network game server. The dynamic adjusting system comprises a statistics module, a decision-making module and an adjusting module, wherein the statistics module regularly makes statistics of number of people logging in the server; and the decision-making module determines a node server switched between a game server cluster and a node server pool according to the number of people trying to log in the server by utilizing a preset server dynamic adjusting algorithm: the algorithm is characterized in that when multiple node servers in the game server cluster exist, the sum of the number of online people and the number of people trying to log in the server does not exceed a first preset upper limit number, the node server with the number of online people being lower than the first preset lower limit number in the game server cluster is determined as the node server to be switched into the node server pool; and the adjusting module sets the configuration information of the node server to be switched, so that the node server stays in the game server cluster or in the node server pool. Due to the adoption of the dynamic adjusting system and the dynamic adjusting method, the resource of the node server can be reasonably utilized, the game experience of a game player can be improved, and practicability is realized.

In an image forming device, images of originals up to an upper limit number of stapling are read (S1 to S5) and image data thereof are processed (S6 to S8). If a paper sensor has detected a subsequent original even when the number of pages of the read images reaches NS0 (S1, S2), a finisher discharges a bundle of printed papers without stapling. Consequently, the number of the printed papers included in the discharged bundle is made less than the upper limit number. In a case where the number of the printed papers sent to the finisher (S12, S13) is less than a set number NS1 (S15), the bundle is discharged without being stapled after the number of the printed papers reaches NS1 (S17).