Abstract: Example implementations described herein involve systems and methods that can include, responsive to a request to deploy an application using a storage of a storage system, managing a storage configuration for the application; managing data information and storage configuration information associated with a copy relationship between data used by the application and the storage configuration for the storage system; extracting and evaluating possible configuration patterns from the data information and the storage configuration information; and providing ones of the possible configuration patterns that satisfy specified requirements for the application.

Abstract: This screw compressor is provided with a screw rotor, a casing accommodating the screw rotor, and a liquid feed mechanism for feeding a liquid into an operating chamber enclosed by the casing, wherein the pitch of the screw rotor changes in the axial direction from a suction end surface toward a discharge end surface.

Abstract: A sharing system includes an authentication device arranged in an operation subject. The sharing system includes mobile terminals that obtain code information required to use the operation subject. The mobile terminals are allowed by the authentication device to operate the operation subject if authenticated through communication with the authentication device. The sharing system further includes a terminal checking unit that checks how many of the mobile terminals located near the authentication device can connect to the authentication device in a manner allowing for communication and can operate the operation subject. The sharing system further includes a connection switching unit that switches a connection mode of the mobile terminals that are connected to the authentication device in a manner allowing for communication based on a checking result of the terminal checking unit.

Abstract: A sharing system includes an authentication device arranged in an operation subject that can be entered and exited. The sharing system includes mobile terminals that obtain code information required to use the operation subject. The mobile terminals are allowed by the authentication device to operate the operation subject if authenticated through communication with the authentication device. The sharing system further includes a terminal checking unit that checks the number of the mobile terminals that are located near the authentication device and can communicate with the authentication device. The sharing system further includes a process execution unit that executes a process, in a case where the number of the mobile terminals checked by the terminal checking unit is more than one and any one of the mobile terminals is left forgotten in the operation subject, for allowing another one of the mobile terminals to operate the operation subject.

Abstract: A sharing system includes a sharing device arranged in a shared subject. The sharing system further includes portable terminals including a main terminal and a further terminal, each obtaining key information required to use the shared subject and configured to operate the shared subject when authenticated through communication with the sharing device. The sharing system further includes a connection control unit configured to switch communication connection between the main terminal and the sharing device to manual connection when operation privilege is granted from the main terminal to the further terminal.

Abstract: A fuel cell includes a cathode side and an anode side. An oxidant gas is fed to the cathode side. In the cathode side, an oxidant exhaust gas is generated by using the oxidant gas. A fuel gas is fed to the anode side. In the anode side, a fuel exhaust gas is generated by using the fuel gas. The oxidant exhaust gas and the fuel exhaust gas are discharged from an outlet of a mixed exhaust gas discharge pipe as a mixed exhaust gas. The dilution apparatus is connected to the outlet of the mixed exhaust gas discharge pipe. The dilution apparatus includes a stirring chamber and an opening. The stirring chamber communicates with the mixed exhaust gas discharge pipe and expands from the outlet of the mixed exhaust gas discharge pipe. The opening is provided in the stirring chamber to take in air.

Abstract: A fuel cell includes a cathode side and an anode side. An oxidant gas is fed to the cathode side. In the cathode side, an oxidant exhaust gas is generated by using the oxidant gas. A fuel gas is fed to the anode side. In the anode side, a fuel exhaust gas is generated by using the fuel gas. The oxidant exhaust gas and the fuel exhaust gas are discharged from an outlet of a mixed exhaust gas discharge pipe as a mixed exhaust gas. The dilution apparatus is connected to the outlet of the mixed exhaust gas discharge pipe. The dilution apparatus includes a stirring chamber and an opening. The stirring chamber communicates with the mixed exhaust gas discharge pipe and expands from the outlet of the mixed exhaust gas discharge pipe. The opening is provided in the stirring chamber to take in air.

Abstract: A molten metal is fed from a distributor provided in a molten metal introduction portion of a casting die to a cavity of the casting die so as to perform a casting operation. A portion of the distributor to be in contact with the molten metal is made of a copper or a copper alloy. The casting is performed while setting a cavity temperature of the casting die in an initial stage of casting to a predetermined temperature and setting a temperature of the distributor in the initial stage of casting to 65° C. or lower.

Abstract: A pharmaceutical product having excellent adiponectin production ability, and food useful for the pharmaceutical product is provided. The pharmaceutical product contains, as active ingredients, a sugar having a polymerization degree of 2-10, wherein mannose units account for not less than 50% based on the number, and a chlorogenic acid.

Abstract: A molten metal is fed from a distributor provided in a molten metal introduction portion of a casting die to a cavity of the casting die so as to perform a casting operation. A portion of the distributor to be in contact with the molten metal is made of a copper or a copper alloy. The casting is performed while setting a cavity temperature of the casting die in an initial stage of casting to a predetermined temperature and setting a temperature of the distributor in the initial stage of casting to 65° C. or lower.

Abstract: A semiconductor device, in which a test element group (TEG) including check patterns is formed together with a chip on a wafer so as to measure electric characteristics thereof, includes an interface circuit for selecting the check pattern from the test element group, a protection resistor connected in series with the test element group so as to protect the test element group, and a dummy element connected in series with the test element group. It allows the TEG test, which can be performed after packaging, to be easily performed at a high precision irrespective of dispersions of parasitic resistances and protection resistors. The test result is corrected based on the calculated values of the parasitic resistance and protection resistor and is then stored in a specific table form, wherein a pass/fail decision is made as to whether or not the test result falls within the prescribed range.

Abstract: A semiconductor device, in which a test element group (TEG) including check patterns is formed together with a chip on a wafer so as to measure electric characteristics thereof, includes an interface circuit for selecting the check pattern from the test element group, a protection resistor connected in series with the test element group so as to protect the test element group, and a dummy element connected in series with the test element group. It allows the TEG test, which can be performed after packaging, to be easily performed at a high precision irrespective of dispersions of parasitic resistances and protection resistors. The test result is corrected based on the calculated values of the parasitic resistance and protection resistor and is then stored in a specific table form, wherein a pass/fail decision is made as to whether or not the test result falls within the prescribed range.

Abstract: A semiconductor memory device can inhibit undesirable fluctuations of memory cell signals that can occur at remote ends of the device, thereby improving sense margins over conventional approaches. The semiconductor memory device (100) can include a half power source (HVCC) level generating circuit that supplies a half-supply potential for an opposite-to-cell level and for precharging digit lines. Shunting circuits (103) can shunt the connection between the opposite-to-supply level HVCP1 and the precharge (reference) level, and are situated at various places close to sense amplifier areas. This arrangement can make it possible to inhibit fluctuations in signal levels that can occur due to capacitive coupling of indeterminate data nodes when a refresh operation is introduced after power-up. Such inhibiting of fluctuations can occur even for memory cells that are situated remotely from the HVCC level generating circuit. Consequently, sense margins can be improved over conventional approaches.

Abstract: A semiconductor device is disclosed that includes blocks (101-104) having normal cell arrays and redundant cell arrays. An R/N switchover setting circuit (140) includes, in one embodiment, a plurality of normally conducting transistors arranged in series. A redundancy determination circuit (120) receives an address and determines whether or not a redundancy cell array is to be used. When a redundancy cell array is to be used, the redundancy determination circuit (120) outputs not only an active YPR signal, but also the current column-wise position of the defective cell array. The position information is applied to the switchover setting circuit (140) through a redundancy position decoder (130). The switchover setting circuit (140) generates switching signals DSW based on the received column positions, and outputs the signals to the R/N switching circuit (150).