108 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, a multiplexer that multiplexes encoded data, 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.

A port management table 2 which stores connectable terminal information indicating an upper limit value of the number of terminals connectable to each port A, B and C is provided in a MAC bridge 1. When address retrieving means 7 of an address learning section 3 receives packet information Hi at the ports A, B and C from terminals of a network, the address retrieving means 7 retrieves the port management table 2. When the upper limit number is satisfied, register number addition/subtraction 8 adds/subtracts the number na of registrations, and writes a transmission origin address of packet information received by address table updating means 9 in an address table 5.

When a total of the number of application programming interface calls called from a plurality of clients is less than or equal to an upper limit number of application programming interface calls associated with a user identifier, a client who uses a service by calling the application programming interface is permitted to use a service.

A host server of a storage system transmits path information and a simultaneous command issue number to a storage managing server, while the path information corresponds to such paths that when the host server executes an application program, the host server accesses to a logical volume, the simultaneous command issue number corresponds to a total number of commands issued to the respective paths. A storage monitoring agent server transmits to the storage managing server, an upper limit number of command multiplex numbers. When accepting path information, a simultaneous command issue number, and the command multiplex number upper limit value, the storage managing server proportionally distributes the command multiplex number upper limit value of the port to the respective paths so as to calculate a command multiplex upper limit value, and calculated result.

The issuance timing of commands received from and transmitted to among a plurality of processing units is controlled efficiently. An execution command storage unit 222 stores execution commands, received from an external command transmitting entity, where a predetermined upper-limit number of execution commands to be stored is set. An execution command issuing unit 230 retrieves the execution commands stored and issues them to a command execution entity. An adjustment command storage unit 224 stores the adjustment command, transmitted from the command transmitting entity, to adjust the issuance order of the execution commands. A storage area for storing the execution commands to be stored in the execution command storage unit 222 and a storage area for storing the adjustment command to be stored in the adjustment command storage unit 224 are separately provided. When the adjustment command is stored, the execution command issuing unit 230 issues an execution command received after the reception of the adjustment command, on the condition that the issuance of execution commands received prior to the reception of the adjustment command has been completed.

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.

A wireless terminal capable of securing the number of station units capable of simultaneous communication with one unit of access point, reducing power consumption, and ensuring stable communication quality. In the wireless terminal (100), an interference determining section (109) determines whether or not an interference wave is at a predetermined level or more on the basis of the RSSI and SNR of the received signals which are calculated by an RSSI (Received Signal Strength Indicator) calculating section (104) and SNR (Signal to Noise Ratio) calculating section (105) and the presence/absence of a demodulation error notified from a demodulation section (108). A number-of-retransmission upper limit setting section (113) sets the upper limit of the number of retransmission smaller than when the interference wave is at the predetermined level or lower if the interference wave is at the predetermined level or more. A WLAN transmitting circuit (115) repeats the transmission of a transmitting signal by the upper limit number of retransmission till the transmission of the transmitting signal is successful.

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 ).

An IP telephone system having a plurality of terminals, comprising storage means storing relationships between terminal ID and user ID for each of the plurality of terminals, server performing call processing control related to each terminal logged in and registered, storage means storing upper limit numbers of the respective terminals possible to log in for each user in accordance with the user ID, comparison means comparing and collating between the number of the logged in and registered terminals and the upper limit number corresponding to the user ID on the basis of the user ID, when the user ID is input in the terminal, and controller allowing terminal with the user ID input thereto to be logged in and registered, when the number of the logged in and registered terminal is not more than the upper limit number as the result of comparison and collation from the comparison means.

This interference check device (1A) is provided with: a model count upper limit input unit (12) to which is input the model upper limit count for geometric models set to a modelling subject that is the subject of an interference check; a modelling processing unit (14) that generates model candidates from the modelling subject using no more than the model upper limit count of geometric models; a processing-computation-volume upper limit setting unit (16) that sets the computation upper limit volume for the interference check on the basis of the computational processing volume required for each process of a controller that controls the modelling subject; a smallest-contained-volume model determination unit (18A) that determines the model candidate having the smallest contained volume of the model to be the modelling subject model among the model candidates subjected to the calculation process of the interference check at no greater than the computation upper limit volume; and an interference check unit (20) that performs the interference check between models using the determined model.

An information processing device includes a detection unit and an avoidance unit. The detection unit monitors one or both of a utilization rate of memory capacity allocated to a process, and a processing time to take to process a request. The detection unit detects a state where a fault is likely to occur in the information processing device, based on the monitoring result. The avoidance unit executes fault avoidance processing when the state where the fault is likely to occur is detected. The fault avoidance processing is processing that to lowers an upper limit number of threads from a standard value to a limit value that is less than the standard value, and extends a waiting time of a thread from a standard time to an extended time that is longer than the standard time.

Disclosed is a method for improving electrostatic resistance of a capacitive screen by filtering algorithm. The capacitive touch screen is disposed on an electronic device. The method includes the steps: firstly, setting an upper limit number X of interrupt pulse times which are reported to a capacitive touch screen control IC (integrated circuit) module by the capacitive touch screen in unit time; secondly, allowing the capacitive touch screen control IC module to cyclically detect in real time the interrupt pulse times Y reported by the capacitive touch screen in unit time; thirdly, comparing X to Y, returning to the step 2 if X is larger than Y, allowing the capacitive touch screen control IC transmits data to a master chip for processing, and executing the step 4 if X is not larger than Y; fourthly, filtering to remove all the data transmitted in the step 3 before reporting to the master chip. The mass abnormal data generated by the capacitive touch screen are removed by filtering when the capacitive touch screen generates static electricity, so that the electrostatic resistance of the capacitive touch screen of the started electronic device is improved and false triggering caused by static jamming is avoided.

A tape reproducing apparatus has an arrangement in which if a read error occurs when a magnetic tape in which meta-data, still picture data and moving picture data are recorded is read and the kind of data such as meta-data, still picture data and moving picture is judged (steps ST14, ST19 and ST23) based on the searched state or the continuously reproducing state, whereby it is determined (steps ST11, ST16, ST20 and ST25) that retrying is made if the retrying number is less than the predetermined retrying upper limit number set in each of kind of data and that retrying is not made if the retrying number is greater than the predetermined retrying upper limit number.

A separability control device formed by connecting plural node devices in a tree-like shape while forming plural hierarchy levels placing a delivery device at a top to enable content data from the delivery device to be sequentially transferred from the node device on an upper hierarchy level to the node device on an lower hierarchy level, including:

• • a simultaneous separation process upper limit number determination means for determining a simultaneous separation process upper limit number being an upper limit number of the node devices capable of separating simultaneously based on the number of the participating node devices;
  • a separation request information receiving means; and
  • a separation permission notification means for sending a separation permission notification of permitting the node device being a separation request information sending source when the number of the node devices currently under the separation process does not reach the simultaneous separation process upper limit number.

In order to provide a number-of-times-of-image-use restricting apparatus that can prevent cost for communication with a server connected to a network from being incurred and apply restriction on use to image data, a number-of-times-of-image-use restricting apparatus includes a metadata storing unit that embed, according to use of image data, the number of times of use of the image data in the image data as metadata, a metadata reading unit that reads the number of times of use by reading the metadata embedded in the image data, and a number-of-times-of-use managing unit that manages the number of times of use of the image data on the basis of the number of times of use read by the metadata reading unit and a predetermined upper limit number of times of use.

The invention relates to a video access control method, a video access control device and a cloud server. The video access control method comprises the following steps: receiving a video access request sent by a terminal; determining whether the number of an access terminal accessed to a video indicated by the access request is equal to the upper limit number or not; accessing the terminal to video access if the number of the access terminal is smaller than the upper limit number; obtaining the access time of the terminal according to the access state of the access terminal and the to-be-accessed state of a to-be-accessed terminal if the number of the access terminal is equal to the upper limit number; and sending the access time to the terminal, so that the terminal outputs the access time. According to the invention, terminal users can clearly know how long to wait to access and watch a video; therefore, the problems that the terminal users indefinitely and always pay attention and wait or repetitively try to access requests can be avoided to a certain degree; and user experience is better.

A communication system includes at least one device, at least one cloud server, and a communication relay device that relays communication between the at least one device and at least one application executed by the at least one cloud server. The communication relay device receives a connection request to establish an individual connection between the communication relay device and one of the at least one application. The communication relay device determines an application-specific upper-limit number and establishes a new individual connection with the application, on condition that the total number of individual connections currently established between the communication relay device and the application is less than the application-specific upper-limit number for the application. In the presence of a high-load application, the communication relay device increases the time interval of requests for communication between the high-load application and the communication relay device.

eNB 200 controls wireless connections established by UE 100-1 with other communication apparatuses. The eNB 200 performs control such that number of the wireless connections established by the UE 100-1 is equal to or less than a connection allowance number indicating an upper limit number of the wireless connections allowed to the UE 100-1.

An image processing apparatus including at least one processor that executes a program, includes an analysis unit configured to analyze a print job, an optimization unit configured to, based on a result of the analysis performed by the analysis unit, combine a plurality of objects included in the print job into one object according to an upper limit number, which is different according to a type of the objects to be combined, an intermediate data generation unit configured to generate intermediate data based on the objects combined by the optimization unit, and an image data generation unit configured to generate image data from the intermediate data generated by the intermediate data generation unit.

The invention discloses a cargo stowage calculation method based on cargo distribution site, cargo volume and vehicle type, which is characterized by comprising the following steps of: S1, inputting all available vehicle information including vehicle types, vehicle quantity upper limits corresponding to the vehicle types, and loading spaces of the vehicle types; S2, screening out the vehicle typecapacity with the size or weight larger than the maximum vehicle type capacity, and removing the vehicle type capacity from the intelligent combination list for manual processing; S3, ranking the vehicle types in a descending order according to the vehicle type ranking volume, and outputting a vehicle type ranking sequence L (L = {1, 2, 3... t}) and the corresponding vehicle upper limit number K1(l = 1, 2, 3... t); and S4, inputting distribution area information A (A = {1, 2, 3... m}) and all non-combined DO order information D (D = {1, 2, 3... n}), wherein the DO order information comprisesthe volume Vd, the weight qd and the destination da. By means of positioning information of goods and navigation software, attributes of various goods, vehicle load and the like, the stowage rate andthe average kilometer benefit of the single vehicle are improved by analyzing early-stage configuration data and depending on a reasonable stowage algorithm.

With the object of efficiently transmitting a variety of different information signals by utilizing the multi-carrier characteristics of Multi-carrier/DS-CDMA, the present invention is characterized in that, when, in an uplink transmission from a plurality of mobile stations to a base station, the mobile stations transmit a preamble to the base station before transmitting an information symbol sequence, the mobile stations individually select a carrier from among a plurality of carriers, and, up until receiving a preamble receipt confirmation signal from the base station with a prescribed maximum number of preamble transmissions serving as an upper limit number; the mobile stations repeatedly transmit a preamble by means of the selected carrier and vary the transmission power used for the transmissions of each carrier.