Abstract: A wireless communication apparatus according to an embodiment includes: a communicating unit that performs one selected from between a first download process that downloads data through a wireless communication by dividing the data into sections while using a plurality of threads and a second download process that downloads the data while using a single thread; a measuring unit that measures communication quality of the wireless communication; a judging unit that, when a deterioration in the communication quality is measured during the first download process, judges whether or not it is possible to complete the download in all of the plurality of threads before a timeout; and a controlling unit that, when it is determined to be impossible to complete the download in all of the plurality of threads before the timeout, switches the first download process into the second download process.

Abstract: A data write control device includes: a memory that stores a data write control program and data; and a processor that executes the data write control program, wherein the processor: divides data to be downloaded into pieces of divided data; downloads the pieces of divided data; and performs, based on a file system of a storage that is a storage destination to store the data to be downloaded, a first write process of sequentially writing the pieces of divided data into the storage, or a second write process of writing all of the pieces of divided data into the storage at once after all of the pieces of divided data are downloaded.

Abstract: A wireless communication apparatus determines the ratio of sockets which are allocated to a first wireless interface using a first communication network and sockets which are allocated to a second wireless interface using a second communication network, on the basis of the radio quality of the first communication network and the radio quality of the second communication network. The wireless communication apparatus generates the sockets in accordance with the determined ratio and performs wireless communication. The wireless communication apparatus measures the amount of traffic through the first wireless interface and the amount of traffic through the second wireless interface in the wireless communication using the sockets which are generated in accordance with the determined ratio. The wireless communication apparatus corrects the number of sockets allocated to the first wireless interface and the second wireless interface on the basis of the measured amounts of traffic.

Abstract: A mobile device estimates includes a processor configured to execute a process. The process includes first estimating a location of each of a plurality of base station devices present at a location communicable with the mobile device. The process includes generating a circle a radius of which is a distance between the mobile device and the base station device estimated by using radio wave intensity from the base station device, around the location of the base station device estimated at the first estimating, for each of the base station devices. The process includes second estimating a location of the mobile device by using algorithm selected based on the number of the circles of the base station devices generated at the generating and a location relation between the circles.

Abstract: A data write control device includes: a memory that stores a data write control program and data; and a processor that executes the data write control program, wherein the processor: divides data to be downloaded into pieces of divided data; downloads the pieces of divided data; and performs, based on a file system of a storage that is a storage destination to store the data to be downloaded, a first write process of sequentially writing the pieces of divided data into the storage, or a second write process of writing all of the pieces of divided data into the storage at once after all of the pieces of divided data are downloaded.

Abstract: A mobile terminal allocates data to a first wireless interface using a first communication network and a second wireless interface using a second communication network and executes wireless communication. The mobile terminal executes Web access to a server using the first wireless interface and acquires an authentication screen from the server. The mobile terminal executes Web access to a predetermined Web page, which is confirmed not to exist in advance, using the first wireless interface after the Web access is executed performed, and suppresses the allocation of the data to the second wireless interface when the Web access succeeds.

Abstract: A wireless communication apparatus according to an embodiment includes: a communicating unit that performs one selected from between a first download process that downloads data through a wireless communication by dividing the data into sections while using a plurality of threads and a second download process that downloads the data while using a single thread; a measuring unit that measures communication quality of the wireless communication; a judging unit that, when a deterioration in the communication quality is measured during the first download process, judges whether or not it is possible to complete the download in all of the plurality of threads before a timeout; and a controlling unit that, when it is determined to be impossible to complete the download in all of the plurality of threads before the timeout, switches the first download process into the second download process.

Abstract: A mobile device estimates includes a processor configured to execute a process. The process includes first estimating a location of each of a plurality of base station devices present at a location communicable with the mobile device. The process includes generating a circle a radius of which is a distance between the mobile device and the base station device estimated by using radio wave intensity from the base station device, around the location of the base station device estimated at the first estimating, for each of the base station devices. The process includes second estimating a location of the mobile device by using algorithm selected based on the number of the circles of the base station devices generated at the generating and a location relation between the circles.

Abstract: A wireless communication apparatus generates sockets in a first wireless interface using a first communication network and a second wireless interface using a second communication network. Then, the wireless communication apparatus executes wireless communication using the generated sockets. Then, when an application is executed, the wireless communication apparatus controls the use of the sockets on the basis of the communication network used by the application.

Abstract: A wireless communication apparatus determines the ratio of sockets which are allocated to a first wireless interface using a first communication network and sockets which are allocated to a second wireless interface using a second communication network, on the basis of the radio quality of the first communication network and the radio quality of the second communication network. The wireless communication apparatus generates the sockets in accordance with the determined ratio and performs wireless communication. The wireless communication apparatus measures the amount of traffic through the first wireless interface and the amount of traffic through the second wireless interface in the wireless communication using the sockets which are generated in accordance with the determined ratio. The wireless communication apparatus corrects the number of sockets allocated to the first wireless interface and the second wireless interface on the basis of the measured amounts of traffic.

Abstract: A mobile terminal allocates data to a first wireless interface using a first communication network and a second wireless interface using a second communication network and executes wireless communication. The mobile terminal executes Web access to a server using the first wireless interface and acquires an authentication screen from the server. The mobile terminal executes Web access to a predetermined Web page, which is confirmed not to exist in advance, using the first wireless interface after the Web access is executed performed, and suppresses the allocation of the data to the second wireless interface when the Web access succeeds.

Abstract: The method for inspecting a length-measurable product includes manufacturing the length-measurable product 1 whose length at least in one direction can be measured, when a defect 4 occurs in the length-measurable product 1, applies a marking 6 to a length-measurable product 1 having the defect 4, and includes the steps of detecting presence of a defect 4 in the length-measurable product, measuring a length of the length-measurable product 1 at least in one direction, and applying a marking to a predetermined marker area 5 in a length direction of the length-measurable product 1 having the defect 4, on the basis of positional information on the defect obtained in the defect detecting step and length measurement information obtained in the length measuring step.

Abstract: Provided is a manufacturing method for a bundle product that includes an inspecting step of inspecting two or more threads continuously running in parallel in the longitudinal direction, a collecting step of collecting the threads, and a cutting step of cutting, after completion of the collecting, all the collected threads at a predetermined position, to obtain a bundle product having plural threads converged into a bundle. In the manufacturing method, an amount of collection in the collecting step is adjusted on the basis of inspection results obtained in the inspecting step so that at least one managed quantity for plural threads selected from a group including a total number, a total weight, a representative weight, a total outside diameter value, a representative outside diameter value, a total surface area, and a representative surface area of the plural threads constituting the bundle product exceeds a predetermined value.

Abstract: An information processing apparatus includes a first casing and a second casing hinge-connected to the first casing via a hinge part. A sub display provided to the second casing is exposed to the outside when the first casing and the second casing are in a closed state, and displays a plurality of input numeral keys in a first display area when the first and second casings are in the closed state. A control unit accepts an input of any input numeral key from among the plurality of the input numeral keys displayed in the first display area and decides the input of the accepted input numeral key. While following pressing of an outgoing call key provided to the second casing, an outgoing call is performed to another information processing apparatus identified by a combination of the decided numerals based on the input numeral keys whose inputs have been decided.

Abstract: An information processing apparatus includes a first casing and a second casing hinge-connected to the first casing via a hinge part. A sub display provided to the second casing is exposed to the outside when the first casing and the second casing are in a closed state, and displays a plurality of input numeral keys in a first display area when the first and second casings are in the closed state. A control unit accepts an input of any input numeral key from among the plurality of the input numeral keys displayed in the first display area and decides the input of the accepted input numeral key. While following pressing of an outgoing call key provided to the second casing, an outgoing call is performed to another information processing apparatus identified by a combination of the decided numerals based on the input numeral keys whose inputs have been decided.

Abstract: A pneumatic cylinder has a shaft member having a piston and a piston rod combined with each other in an axial direction, a cylinder body supporting the shaft member with the piston rod protruding outwardly therefrom so as to freely reciprocate linearly, and porous air bearings and which are incorporated into the cylinder body and slidably support the piston and the piston rod. Materials whose thermal expansion coefficients are approximately equivalent are used for the shaft member, the cylinder body, and the air bearings. While gaps between the shaft member and the air bearings are held constant, and the functions of air layers formed in the gap, namely, a sliding function and a sealing function can be maintained stably regardless of temperature change.

Abstract: A pneumatic cylinder has a shaft member having a piston and a piston rod combined with each other in an axial direction, a cylinder body supporting the shaft member with the piston rod protruding outwardly therefrom so as to freely reciprocate linearly, and porous air bearings and which are incorporated into the cylinder body and slidably support the piston and the piston rod. Materials whose thermal expansion coefficients are approximately equivalent are used for the shaft member, the cylinder body, and the air bearings and. While gaps between the shaft member and the air bearings and are held constant, and the functions of air layers formed in the gap, namely, a sliding function and a sealing function can be maintained stably regardless of temperature change.