Abstract: To provide an electrolyte for a storage device capable of lowering the electric resistance and maintaining a high capacity even after charging and discharging are repeatedly carried out, and a storage device.

Abstract: A flexible circuit board is provided. The flexible circuit board includes a base film with an outer lead region defined on either one surface or the other surface and an outer lead provided in the outer lead region and connected to an electronic device, in which the outer lead includes a plurality of first outer leads and a plurality of second outer leads formed to be spaced apart from each other so as to face each other in the outer lead region, and in which the number of the plurality of first outer leads is greater than the number of the plurality of second outer leads.

Abstract: A flexible circuit board is provided. The flexible circuit board includes a base film with an outer lead region defined on either one surface or the other surface and an outer lead provided in the outer lead region and connected to an electronic device, in which the outer lead includes a plurality of first outer leads and a plurality of second outer leads formed to be spaced apart from each other so as to face each other in the outer lead region, and in which the number of the plurality of first outer leads is greater than the number of the plurality of second outer leads.

Abstract: The metallic sealed double container of the present invention includes an outer container, an inner container, an outer lid for the outer container, and an inner lid for the inner container, all of which being formed from thin metallic sheet. Connection holes are formed in the outer lid and the inner lid by burring, and both end parts of thin-walled pipes are respectively connected while inserted in the connection holes. The inner lid is joined to the inner container, and the outer lid is joined to the outer container, thereby constituting a metallic sealed double container in which the inner container is isolated in the outer container. As a result, the weight of the metallic sealed double container is reduced, the temperature in the inner container can be maintained over long periods of time, and the heat-insulating effect of the resulting sealed double container is high.

Abstract: The metallic sealed double container of the present invention includes an outer container, an inner container, an outer lid for the outer container, and an inner lid for the inner container, all of which being formed from thin metallic sheet. Connection holes are formed in the outer lid and the inner lid by burring, and both end parts of thin-walled pipes are respectively connected while inserted in the connection holes. The inner lid is joined to the inner container, and the outer lid is joined to the outer container, thereby constituting a metallic sealed double container in which the inner container is isolated in the outer container. As a result, the weight of the metallic sealed double container is reduced, the temperature in the inner container can be maintained over long periods of time, and the heat-insulating effect of the resulting sealed double container is high.

Abstract: According to one embodiment, a mobile electronic device that makes an initial response in a slot marker system, includes a reception unit configured to receive an initial response command from a terminal, a recognition unit configured to recognize a total slot number N (integer equal to or greater than 2) set in the terminal, from the initial response command received by the reception unit, a logic unit configured to generate an integer n from a random number, a storage unit configured to store data set to the mobile electronic device and representing whether the mobile electronic device is a main device or a sub device, and a control unit configured to cause the logic unit to generate 0 as integer n, thereby responding to the initial response command for the first time, if the mobile electronic device is set as the main device.

Abstract: A portable electronic apparatus has a first storage section configured to store information to be communicated to the processing apparatus and formats for a frame to be transmitted to the processing apparatus, in association with one another. The processing apparatus has a second storage section configured to store information communicated by the portable electronic apparatus and the format of the frame transmitted by the portable electronic apparatus, in association with each other. The portable electronic apparatus select one of the formats stored in the first storage section based on the data to be transmitted to the processing apparatus. The processing apparatus recognize information communicated by the portable electronic apparatus based on the format of the frame received from the portable electronic apparatus.

Abstract: A processing apparatus of portable electronic devices, a portable electronic device, and a processing system of portable electronic devices are provided, each of which can process data at high speed. The processing apparatus has a transmitting/receiving unit configured to transmit and receive data to and from the portable electronic device. In the processing, the transmitting/receiving unit generates a first command and adds a second command to the first command.

Abstract: According to one embodiment, a mobile electronic device that makes an initial response in a slot marker system, includes a reception unit configured to receive an initial response command from a terminal, a recognition unit configured to recognize a total slot number N (integer equal to or greater than 2) set in the terminal, from the initial response command received by the reception unit, a logic unit configured to generate an integer n from a random number, a storage unit configured to store data set to the mobile electronic device and representing whether the mobile electronic device is a main device or a sub device, and a control unit configured to cause the logic unit to generate 0 as integer n, thereby responding to the initial response command for the first time, if the mobile electronic device is set as the main device.

Abstract: A portable electronic apparatus has a first storage section configured to store information to be communicated to the processing apparatus and formats for a frame to be transmitted to the processing apparatus, in association with one another. The processing apparatus has a second storage section configured to store information communicated by the portable electronic apparatus and the format of the frame transmitted by the portable electronic apparatus, in association with each other. The portable electronic apparatus select one of the formats stored in the first storage section based on the data to be transmitted to the processing apparatus. The processing apparatus recognize information communicated by the portable electronic apparatus based on the format of the frame received from the portable electronic apparatus.

Abstract: A processing apparatus of portable electronic devices, a portable electronic device, and a processing system of portable electronic devices are provided, each of which can process data at high speed. The processing apparatus has a transmitting/receiving unit configured to transmit and receive data to and from the portable electronic device. In the processing, the transmitting/receiving unit generates a first command and adds a second command to the first command.

Abstract: A communication medium according to this embodiment is a communication medium which transmits read data in accordance with a read command from a communication medium processing apparatus and stores write data transmitted in accordance with a write command from the communication medium processing apparatus. This communication medium includes a storage unit configured to store data, a transmission data generating unit configured to divide data stored in the storage unit on a predetermined data unit basis, attach a check code to each divided data obtained by dividing the data, and generate transmission data including a plurality of divided data with the check codes, and a communication unit configured to transmit the transmission data generated by the transmission data generating unit to the communication medium processing apparatus.

Abstract: The radio card of the present invention is such that corresponding unit radio cards do not have their antennas matched in configuration position to each other even if these unit radio cards are placed one over the other by inverting one relative to the other in a right/left inversion relation and in a top/down inversion relation or turning one through an angle of 180° relative to the other.

Abstract: The radio card of the present invention is such that corresponding unit radio cards do not have their antennas matched in configuration position to each other even if these unit radio cards are placed one over the other by inverting one relative to the other in a right/left inversion relation and in a top/down inversion relation or turning one through an angle of 180° relative to the other.

Abstract: An epoxy resin comprising (A) an epoxy resin, (B) a curing agent and (C) a filler, in which the epoxy resin (A) contains a bisphenol F-type epoxy compound (a), the filler (C) contains spherical silica and the filler (C) accounts for from 88 to 96% by weight of the resin composition, has good soldering heat resistance enough for high-temperature solder reflow and has good moldability. A semiconductor device encapsulated with the resin composition is useful for use in electronic appliances.